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THE ENCYCLOPÆDIA BRITANNICA

A DICTIONARY OF ARTS, SCIENCES, LITERATURE AND GENERAL INFORMATION

ELEVENTH EDITION

 

VOLUME XVI SLICE V

Letter to Lightfoot, John


 

Articles in This Slice

Articles in This Section

LETTER LIAS
LETTERKENNY LIBANIUS
LETTER OF CREDIT LIBATION
LETTERS PATENT LIBAU
LETTRES DE CACHET LIBEL and SLANDER
LETTUCE LIBELLATICI
LEUCADIA LIBER and LIBERA
LEUCIPPUS LIBERAL PARTY
LEUCITE LIBER DIURNUS ROMANORUM PONTIFICUM
LEUCTRA LIBERIA
LEUK LIBERIUS
LEUTHEN LIBER PONTIFICALIS
LEUTZE, EMANUEL LIBERTAD
LEVALLOIS-PERRET LIBERTARIANISM
LEVANT LIBERTINES
LEVASSEUR, PIERRE EMILE LIBERTINES, SYNAGOGUE OF THE
LEVECHE LIBERTY
LEVÉE (river embankment) LIBERTY PARTY
LEVEE (reception) LIBITINA
LEVELLERS LIBMANAN
LEVEN, ALEXANDER LESLIE LIBO
LEVEN (Scotish burgh) LIBON
LEVEN, LOCH LIBOURNE
LEVEN AND MELVILLE, EARLS OF LIBRA
LEVER, CHARLES JAMES LIBRARIES
LEVER LIBRATION
LEVERRIER, URBAIN JEAN JOSEPH LIBYA
LEVERTIN, OSCAR IVAN LICATA
LEVI, HERMANN LICENCE
LEVI, LEONE LICHEN
LEVIATHAN LICHENS
LEVIRATE LICHFIELD
LÉVIS LICH-GATE
LEVITES LICHTENBERG, GEORG CHRISTOPH
LEVITICUS LICHTENBERG (German principality)
LEVY, AMY LICINIANUS, GRANIUS
LEVY, AUGUSTE MICHEL LICINIUS
LEVY (money raising) LICINIUS CALVUS STOLO, GAIUS
LEWALD, FANNY LICINIUS MACER CALVUS, GAIUS
LEWANIKA LICODIA EUBEA
LEWES, CHARLES LEE LICTORS
LEWES, GEORGE HENRY LIDDELL, HENRY GEORGE
LEWES (town of England) LIDDESDALE
LEWES (Delaware, U.S.A.) LIDDON, HENRY PARRY
LEWIS, SIR GEORGE CORNEWALL LIE, JONAS LAURITZ EDEMIL
LEWIS, HENRY CARVILL LIE, MARIUS SOPHUS
LEWIS, JOHN FREDERICK LIEBER, FRANCIS
LEWIS, MATTHEW GREGORY LIEBERMANN, MAX
LEWIS, MERIWETHER LIEBIG, JUSTUS VON
LEWISBURG LIEBKNECHT, WILHELM
LEWISHAM LIECHTENSTEIN
LEWISTON LIÉGE (province of Belgium)
LEWIS-WITH-HARRIS LIÉGE (Belgian city)
LEXICON LIEGE (feudal term)
LEXINGTON, BARON LIEGNITZ
LEXINGTON (Kentucky, U.S.A.) LIEN
LEXINGTON (Massachusetts, U.S.A.) LIERRE
LEXINGTON (Missouri, U.S.A.) LIESTAL
LEXINGTON (Virginia, U.S.A.) LIEUTENANT
LEYDEN, JOHN LIFE
LEYDEN JAR LIFE-BOAT, and LIFE-SAVING SERVICE
LEYS, HENDRIK LIFFORD
LEYTON LIGAMENT
LHASA LIGAO
L’HÔPITAL, MICHEL DE LIGHT
LIAO-YANG LIGHTFOOT, JOHN

501

501

LETTER (through Fr. lettre from Lat. littera or litera, letter of the alphabet; the origin of the Latin word is obscure; it has probably no connexion with the root of linere, to smear, i.e. with wax, for an inscription with a stilus), a character or symbol expressing any one of the elementary sounds into which a spoken word may be analysed, one of the members of an alphabet. As applied to things written, the word follows mainly the meanings of the Latin plural litterae, the most common meaning attaching to the word being that of a written communication from one person to another, an epistle (q.v.). For the means adopted to secure the transmission of letters see Post and Postal Service. The word is also, particularly in the plural, applied to many legal and formal written documents, as in letters patent, letters rogatory and dismissory, &c. The Latin use of the plural is also followed in the employment of “letters” in the sense of literature (q.v.) or learning.

LETTER (from Fr. lettre, derived from Lat. littera or litera, meaning letter of the alphabet; the origin of the Latin word is unclear; it likely has no connection to the root of linere, to smear, i.e. with wax, for an inscription made with a stylus), is a character or symbol that represents any of the basic sounds that make up a spoken word, one of the components of an alphabet. When it comes to written material, the word mainly reflects the meanings of the Latin plural litterae, with the most common interpretation being a written message from one person to another, or an epistle (q.v.). For the methods used to send letters, see Post and Postal Service. The term is also applied, especially in the plural, to various legal and formal written documents, including letters patent, letters rogatory, and dismissory, etc. The Latin use of the plural is also reflected in the term “letters” in the context of literature (q.v.) or academic study.

LETTERKENNY, a market town of Co. Donegal, Ireland, 23 m. W. by S. of Londonderry by the Londonderry and Lough Swilly and Letterkenny railway. Pop. (1901) 2370. It has a harbour at Port Ballyrane, 1 m. distant on Lough Swilly. In the market square a considerable trade in grain, flax and provisions is prosecuted. Rope-making and shirt-making are industries. The handsome Roman Catholic cathedral for the diocese of Raphoe occupies a commanding site, and cost a large sum, as it contains carving from Rome, glass from Munich and a pulpit of Irish and Carrara marble. It was consecrated in 1901. There is a Catholic college dedicated to St Ewnan. The town, which is governed by an urban district council, is a centre for visitors to the county. Its name signifies the “hill of the O’Cannanans,” a family who lorded over Tyrconnell before the rise of the O’Donnells.

LETTERKENNY, is a market town in County Donegal, Ireland, located 23 miles west-southwest of Londonderry via the Londonderry and Lough Swilly and Letterkenny railway. Population (1901) was 2,370. It has a harbor at Port Ballyrane, which is 1 mile away on Lough Swilly. The market square features a significant trade in grain, flax, and provisions. Rope-making and shirt-making are local industries. The beautiful Roman Catholic cathedral serving the diocese of Raphoe is situated on a prominent site and cost a substantial amount to build, as it includes carvings from Rome, glass from Munich, and a pulpit made from Irish and Carrara marble. It was consecrated in 1901. There is a Catholic college named after St. Ewnan. The town is managed by an urban district council and serves as a hub for visitors to the county. Its name means the “hill of the O’Cannanans,” a family that ruled over Tyrconnell before the O’Donnells rose to power.

LETTER OF CREDIT, a letter, open or sealed, from a banker or merchant, containing a request to some other person or firm to advance the bearer of the letter, or some other person named therein, upon the credit of the writer a particular or an unlimited sum of money. A letter of credit is either general or special. It is general when addressed to merchants or other persons in general, requesting an advance to a third person, and special when addressed to a particular person by name requesting him to make such an advance. A letter of credit is not a negotiable instrument. When a letter of credit is given for the purchase of goods, the letter of credit usually states the particulars of the merchandise against which bills are to be drawn, and shipping documents (bills of lading, invoices, insurance policies) are usually attached to the draft for acceptance.

LETTER OF CREDIT, is a letter, either open or sealed, from a bank or merchant, asking another person or company to give money to the person holding the letter, or another person named in it, based on the credit of the writer for a specific or an unlimited amount. A letter of credit can be general or special. It is general when it’s addressed to merchants or other individuals in general, asking them to provide funds to a third person, and it is special when it’s addressed to a specific individual by name, requesting that person to provide such funds. A letter of credit is not a negotiable instrument. When a letter of credit is issued for purchasing goods, it typically includes details about the merchandise for which payment will be made, and shipping documents (bills of lading, invoices, insurance policies) are usually attached to the draft for approval.

LETTERS PATENT. It is a rule alike of common law and sound policy that grants of freehold interests, franchises, liberties, &c., by the sovereign to a subject should be made only after due consideration, and in a form readily accessible to the public. These ends are attained in England through the agency of that piece of constitutional machinery known as “letters patent.” It is here proposed to consider only the characteristics of letters patent generally. The law relating to letters patent for inventions is dealt with under the heading Patents.

PATENT LETTERS. It's a principle of both common law and good policy that when the government grants freehold interests, franchises, freedoms, etc., to an individual, it should be done only after careful consideration and in a way that’s easily accessible to the public. In England, this is achieved through a constitutional process known as “letters patent.” This discussion will focus solely on the general features of letters patent. The laws regarding letters patent for inventions are covered under the section Patents.

Letters patent (litterae patentes) are letters addressed by the sovereign “to all to whom these presents shall come,” reciting the grant of some dignity, office, monopoly, franchise or other privilege to the patentee. They are not sealed up, but are left open (hence the term “patent”), and are recorded in the Patent Rolls in the Record Office, or in the case of very recent grants, in the Chancery Enrolment Office, so that all subjects of the realm may read and be bound by their contents. In this respect they differ from certain other letters of the sovereign directed to particular persons and for particular purposes, which, not being proper for public inspection, are closed up and sealed on the outside, and are thereupon called writs close (litterae clausae) and are recorded in the Close Rolls. Letters patent are used to put into commission various powers inherent in the crown—legislative powers, as when the sovereign entrusts to others the duty of opening parliament or assenting to bills; judicial powers, e.g. of gaol delivery; executive powers, as when the duties of Treasurer and Lord High Admiral are assigned to commissioners of the Treasury and Admiralty (Anson, Const. ii. 47). Letters patent are also used to incorporate bodies by charter—in the British colonies, this mode of legislation is frequently applied to joint stock companies (cf. Rev. Stats. Ontario, c. 191, s. 9)—to grant a congé d’élire to a dean and chapter to elect a bishop, or licence to convocation to amend canons; to grant pardon, and to confer certain offices and dignities. Among grants of offices, &c., made by letters patent the following may be enumerated: offices in the Heralds’ College; the dignities of a peer, baronet and knight bachelor; the appointments of lord-lieutenant, custos rotulorum of counties, judge of the High Court and Indian and Colonial judgeships, king’s counsel, crown livings; the offices of attorney- and solicitor-general, commander-in-chief, master of the horse, keeper of the privy seal, postmaster-general, king’s printer; grants of separate courts of quarter-sessions. The fees payable in respect of the grant of various forms of letters patent are fixed by orders of the lord chancellor, dated 20th of June 1871, 18th of July 1871 and 11th of Aug. 1881. (These orders are set out at length in the Statutory Rules and Orders Revised (ed. 1904), vol. ii. tit. “Clerk of the Crown in Chancery,” pp. i. et seq.) Formerly each colonial governor was appointed and commissioned by letters patent under the great seal of the United Kingdom. But since 1875, the practice has been to create the office of governor in each colony by letters patent, and then to make each appointment to the office by commission under the Royal Sign Manual and to give to the governor so appointed instructions in a uniform shape under the Royal Sign Manual. The letters patent, commission and instructions, are commonly described as the Governor’s Commission (see Jenkyns, British Rule and Jurisdiction beyond the Seas, p. 100; the forms now in use are printed in Appx. iv. Also the Statutory Rules and Codes Revised, ed. 1904, under the title of the colony to which they relate). The Colonial Letters Patent Act 1863 provides that letters patent shall not take effect in the colonies or possessions beyond the seas until their publication there by proclamation or otherwise (s. 2), and shall 502 be void unless so published within nine months in the case of colonies east of Bengal or west of Cape Horn, and within six months in any other case. Colonial officers and judges holding offices by patent for life or for a term certain, are removable by a special procedure—“amotion”—by the Governor and Council, subject to a right of appeal to the king in Council (Leave of Absence Act, formerly cited as “Burke’s Act” 1782; see Montagu v. Governor of Van Diemen’s Land, 1849, 6 Moo. P.C. 491; Willis v. Gipps, 1846, 6 St. Trials [N.S., 311]). The law of conquered or ceded colonies may be altered by the crown by letters patent under the Great Seal as well as by Proclamation or Order in Council (Jephson v. Riera, 1835, 3 Knapp, 130; 3 St. Trials [N.S.] 591).

Letters patent (litterae patentes) are documents issued by the sovereign “to all to whom these presents shall come,” stating the granting of some title, role, monopoly, franchise, or other privilege to the patentee. They are not sealed but are kept open (hence the term “patent”) and are recorded in the Patent Rolls at the Record Office, or for very recent grants, in the Chancery Enrolment Office, so that all subjects of the realm can read and be bound by their contents. This makes them different from other letters from the sovereign meant for specific individuals and purposes, which are sealed and closed, referred to as writs close (litterae clausae), and recorded in the Close Rolls. Letters patent are used to delegate various powers of the crown—legislative powers, such as when the sovereign allows others to open parliament or approve bills; judicial powers, like those of gaol delivery; executive powers, such as assigning the duties of Treasurer and Lord High Admiral to commissioners of the Treasury and Admiralty (Anson, Const. ii. 47). Letters patent are also used to create corporations via charter—in the British colonies, this method is frequently used for joint stock companies (cf. Rev. Stats. Ontario, c. 191, s. 9)—to grant a congé d’élire to a dean and chapter to elect a bishop, or to give a license to convocation to amend canons; to grant pardons, and to bestow certain offices and titles. Among the offices granted by letters patent, the following can be listed: positions in the Heralds’ College; the titles of a peer, baronet, and knight bachelor; appointments of lord-lieutenant, custos rotulorum of counties, judges of the High Court, and Indian and Colonial judgeships, king’s counsel, crown livings; the roles of attorney- and solicitor-general, commander-in-chief, master of the horse, keeper of the privy seal, postmaster-general, and king’s printer; grants for separate courts of quarter sessions. The fees associated with granting various types of letters patent are determined by orders from the lord chancellor dated June 20, 1871, July 18, 1871, and August 11, 1881. (These orders are detailed in the Statutory Rules and Orders Revised (ed. 1904), vol. ii. tit. “Clerk of the Crown in Chancery,” pp. i. et seq.) Previously, each colonial governor was appointed and commissioned by letters patent under the great seal of the United Kingdom. However, since 1875, it has been the practice to create the governor's office in each colony via letters patent, and then to appoint individuals to that office through commission under the Royal Sign Manual, providing the newly appointed governor with instructions in a uniform format under the Royal Sign Manual. The letters patent, commission, and instructions are commonly referred to as the Governor’s Commission (see Jenkyns, British Rule and Jurisdiction beyond the Seas, p. 100; the current forms are printed in Appx. iv. Also the Statutory Rules and Codes Revised, ed. 1904, under the title of the relevant colony). The Colonial Letters Patent Act of 1863 states that letters patent shall not take effect in the colonies or possessions beyond the seas until they are published there by proclamation or otherwise (s. 2), and shall be void unless published within nine months for colonies east of Bengal or west of Cape Horn, and within six months in other cases. Colonial officials and judges holding offices via patent for life or a set term can be removed through a special process—“amotion”—by the Governor and Council, with the right to appeal to the king in Council (Leave of Absence Act, formerly known as “Burke’s Act” 1782; see Montagu v. Governor of Van Diemen’s Land, 1849, 6 Moo. P.C. 491; Willis v. Gipps, 1846, 6 St. Trials [N.S., 311]). The law in conquered or ceded colonies can be modified by the crown through letters patent under the Great Seal as well as by Proclamation or Order in Council (Jephson v. Riera, 1835, 3 Knapp, 130; 3 St. Trials [N.S.] 591).

Procedure.—Formerly letters patent were always granted under the Great Seal. But now, under the Crown Office Act 1877, and the Orders in Council made under it, many letters patent are sealed with the wafer great seal. Letters patent for inventions are issued under the seal of the Patent Office. The procedure by which letters patent are obtained is as follows: A warrant for the issue of letters patent is drawn up; and is signed by the lord chancellor; this is submitted to the law officers of the crown, who countersign it; finally, the warrant thus signed and countersigned is submitted to His Majesty, who affixes his signature. The warrant is then sent to the Crown Office and is filed, after it has been acted upon by the issue of letters patent under the great or under the wafer seal as the case may be. The letters patent are then delivered into the custody of those in whose favour they are granted.

Procedure.—In the past, letters patent were always granted under the Great Seal. But now, according to the Crown Office Act of 1877 and the Orders in Council made under it, many letters patent are sealed with the wafer great seal. Letters patent for inventions are issued under the seal of the Patent Office. The process for obtaining letters patent is as follows: A warrant for issuing letters patent is prepared and signed by the lord chancellor; this is then submitted to the law officers of the crown, who counter-sign it; finally, the signed and countersigned warrant is presented to His Majesty, who affixes his signature. The warrant is then sent to the Crown Office and filed after letters patent are issued under the great or wafer seal, depending on the case. The letters patent are then handed over to those in whose favor they are granted.

Construction.—The construction of letters patent differs from that of other grants in certain particulars: (i.) Letters patent, contrary to the ordinary rule, are construed in a sense favourable to the grantor (viz. the crown) rather than to the grantee; although this rule is said not to apply so strictly where the grant is made for consideration, or where it purports to be made ex certâ scientiâ et mero motu. (ii.) When it appears from the face of the grant that the sovereign has been mistaken or deceived, either in matter of fact or in matter of law, as, e.g. by false suggestion on the part of the patentee, or by misrecital of former grants, or if the grant is contrary to law or uncertain, the letters patent are absolutely void, and may still, it would seem, be cancelled (except as regards letters patent for inventions, which are revoked by a special procedure, regulated by § 26 of the Patents Act 1883), by the procedure known as scire facias, an action brought against the patentee in the name of the crown with the fiat of the attorney-general.

Construction.—The interpretation of letters patent is different from that of other grants in a few key ways: (i.) Letters patent, unlike the usual approach, are interpreted in a way that benefits the grantor (i.e., the crown) rather than the grantee; however, this rule is said to be less strict when the grant is made for consideration, or when it is made ex certâ scientiâ et mero motu. (ii.) If it is clear from the grant itself that the sovereign has made a mistake or has been misled, either in terms of fact or law—such as through false claims by the patentee, misstatement of previous grants, or if the grant is against the law or vague—then the letters patent are completely invalid and can be cancelled (except for letters patent for inventions, which are revoked through a specific process outlined in § 26 of the Patents Act 1883). This cancellation can be done through a procedure called scire facias, an action initiated against the patentee in the name of the crown with the approval of the attorney-general.

As to letters patent generally, see Bacon’s Abridgment (“Prerogative,” F.); Chitty’s Prerogative; Hindmarsh on Patents (1846); Anson, Law and Custom of the Const. ii. (3rd ed., Oxford and London, 1907-1908).

As for letters patent in general, check out Bacon’s Abridgment (“Prerogative,” F.); Chitty’s Prerogative; Hindmarsh on Patents (1846); Anson, Law and Custom of the Const. ii. (3rd ed., Oxford and London, 1907-1908).

(A. W. R.)

LETTRES DE CACHET. Considered solely as French documents, lettres de cachet may be defined as letters signed by the king of France, countersigned by one of his ministers, and closed with the royal seal (cachet). They contained an order—in principle, any order whatsoever—emanating directly from the king, and executory by himself. In the case of organized bodies lettres de cachet were issued for the purpose of enjoining members to assemble or to accomplish some definite act; the provincial estates were convoked in this manner, and it was by a lettre de cachet (called lettre de jussion) that the king ordered a parlement to register a law in the teeth of its own remonstrances. The best-known lettres de cachet, however, were those which may be called penal, by which the king sentenced a subject without trial and without an opportunity of defence to imprisonment in a state prison or an ordinary gaol, confinement in a convent or a hospital, transportation to the colonies, or relegation to a given place within the realm.

LETTERS OF CACHET. When viewed purely as French documents, lettres de cachet can be defined as letters signed by the king of France, countersigned by one of his ministers, and sealed with the royal seal (cachet). They included an order—essentially any order from the king—that was to be executed by him. For organized groups, lettres de cachet were issued to require members to gather or perform a specific action; this method was used to convene provincial estates, and it was through a lettre de cachet (also known as lettre de jussion) that the king compelled a parlement to register a law despite its objections. The most famous lettres de cachet, however, were those considered punitive, by which the king sentenced a subject to imprisonment in a state prison or regular jail, confinement in a convent or hospital, exile to the colonies, or forced relocation within the country without a trial or a chance to defend themselves.

The power which the king exercised on these various occasions was a royal privilege recognized by old French law, and can be traced to a maxim which furnished a text of the Digest of Justinian: “Rex solutus est a legibus.” This signified particularly that when the king intervened directly in the administration proper, or in the administration of justice, by a special act of his will, he could decide without heeding the laws, and even in a sense contrary to the laws. This was an early conception, and in early times the order in question was simply verbal; thus some letters patent of Henry III. of France in 1576 (Isambert, Anciennes lois françaises, xiv. 278) state that François de Montmorency was “prisoner in our castle of the Bastille in Paris by verbal command” of the late king Charles IX. But in the 14th century the principle was introduced that the order should be written, and hence arose the lettre de cachet. The lettre de cachet belonged to the class of lettres closes, as opposed to lettres patentes, which contained the expression of the legal and permanent will of the king, and had to be furnished with the seal of state affixed by the chancellor. The lettres de cachet, on the contrary, were signed simply by a secretary of state (formerly known as secrétaire des commandements) for the king; they bore merely the imprint of the king’s privy seal, from which circumstance they were often called, in the 14th and 15th centuries, lettres de petit signet or lettres de petit cachet, and were entirely exempt from the control of the chancellor.

The power that the king exercised on these different occasions was a royal privilege recognized by ancient French law, and it can be traced back to a principle found in the Digest of Justinian: “Rex solutus est a legibus.” This specifically meant that when the king took direct action in the administration or in the justice system, through a special act of his will, he could make decisions without following the laws, even if it was in a way that contradicted them. This was an early idea, and back then, the orders were often just verbal; for instance, some letters patent from Henry III of France in 1576 (Isambert, Anciennes lois françaises, xiv. 278) state that François de Montmorency was “held in our castle of the Bastille in Paris by the verbal command” of the late king Charles IX. However, in the 14th century, it became established that orders should be written down, leading to the creation of the lettre de cachet. The lettre de cachet was part of the lettres closes category, as opposed to lettres patentes, which reflected the legal and permanent will of the king and had to be sealed with the state seal by the chancellor. In contrast, lettres de cachet were simply signed by a secretary of state (previously referred to as secrétaire des commandements) for the king; they only had the imprint of the king’s private seal, which is why they were often called, in the 14th and 15th centuries, lettres de petit signet or lettres de petit cachet, and were completely free from the chancellor's control.

While serving the government as a silent weapon against political adversaries or dangerous writers and as a means of punishing culprits of high birth without the scandal of a suit at law, the lettres de cachet had many other uses. They were employed by the police in dealing with prostitutes, and on their authority lunatics were shut up in hospitals and sometimes in prisons. They were also often used by heads of families as a means of correction, e.g. for protecting the family honour from the disorderly or criminal conduct of sons; wives, too, took advantage of them to curb the profligacy of husbands and vice versa. They were issued by the intermediary on the advice of the intendants in the provinces and of the lieutenant of police in Paris. In reality, the secretary of state issued them in a completely arbitrary fashion, and in most cases the king was unaware of their issue. In the 18th century it is certain that the letters were often issued blank, i.e. without containing the name of the person against whom they were directed; the recipient, or mandatary, filled in the name in order to make the letter effective.

While serving the government as a hidden tool against political rivals or dangerous writers and as a way to punish high-born offenders without the scandal of a legal trial, the lettres de cachet had many other uses. They were used by the police to deal with prostitutes, and based on their authority, the insane were locked up in hospitals and sometimes in prisons. Heads of families often used them as a form of control, for example, to protect family honor from the unruly or criminal actions of sons; wives also used them to rein in the extravagance of husbands and vice versa. They were issued by intermediaries on the advice of provincial intendants and the lieutenant of police in Paris. In reality, the secretary of state issued them in a completely arbitrary manner, and in most cases, the king was unaware of their issuance. In the 18th century, it is certain that the letters were often issued blank, meaning they didn’t include the name of the person they were directed against; the recipient, or mandatary, would fill in the name to make the letter effective.

Protests against the lettres de cachet were made continually by the parlement of Paris and by the provincial parlements, and often also by the States-General. In 1648 the sovereign courts of Paris procured their momentary suppression in a kind of charter of liberties which they imposed upon the crown, but which was ephemeral. It was not until the reign of Louis XVI. that a reaction against this abuse became clearly perceptible. At the beginning of that reign Malesherbes during his short ministry endeavoured to infuse some measure of justice into the system, and in March 1784 the baron de Breteuil, a minister of the king’s household, addressed a circular to the intendants and the lieutenant of police with a view to preventing the crying abuses connected with the issue of lettres de cachet. In Paris, in 1779, the Cour des Aides demanded their suppression, and in March 1788 the parlement of Paris made some exceedingly energetic remonstrances, which are important for the light they throw upon old French public law. The crown, however, did not decide to lay aside this weapon, and in a declaration to the States-General in the royal session of the 23rd of June 1789 (art. 15) it did not renounce it absolutely. Lettres de cachet were abolished by the Constituent Assembly, but Napoleon re-established their equivalent by a political measure in the decree of the 9th of March 1801 on the state prisons. This was one of the acts brought up against him by the sénatus-consulte of the 3rd of April 1814, which pronounced his fall “considering that he has violated the constitutional laws by the decrees on the state prisons.”

Protests against the lettres de cachet were continuously made by the Paris parliament and the provincial parliaments, and often by the States-General. In 1648, the sovereign courts of Paris managed to temporarily suppress them through a kind of charter of liberties they imposed on the crown, but it was short-lived. It wasn’t until the reign of Louis XVI that a clear backlash against this abuse became noticeable. At the start of that reign, Malesherbes, during his brief time as minister, tried to bring some fairness into the system, and in March 1784, Baron de Breteuil, a minister of the king’s household, sent out a circular to the intendants and the police lieutenant aimed at stopping the blatant abuses related to the issuance of lettres de cachet. In Paris, in 1779, the Cour des Aides called for their abolition, and in March 1788, the Paris parliament made some very forceful objections, which are significant for understanding old French public law. However, the crown did not choose to abandon this tool, and in a declaration to the States-General during the royal session on June 23, 1789 (art. 15), it did not fully renounce it. The lettres de cachet were abolished by the Constituent Assembly, but Napoleon reinstated their equivalent through a political measure in the decree of March 9, 1801, regarding state prisons. This was one of the actions cited against him by the sénatus-consulte of April 3, 1814, which declared his downfall “considering that he has violated the constitutional laws by the decrees on the state prisons.”

See Honoré Mirabeau, Les Lettres de cachet et des prisons d’état (Hamburg, 1782), written in the dungeon at Vincennes into which his father had thrown him by a lettre de cachet, one of the ablest and most eloquent of his works, which had an immense circulation and was translated into English with a dedication to the duke of Norfolk in 1788; Frantz Funck-Brentano, Les Lettres de cachet à Paris (Paris, 1904); and André Chassaigne, Les Lettres de cachet sous l’ancien régime (Paris, 1903).

See Honoré Mirabeau, Les Lettres de cachet et des prisons d’état (Hamburg, 1782), written in the dungeon at Vincennes where his father had imprisoned him with a lettre de cachet, which is one of his most powerful and articulate works, achieving widespread circulation and translated into English with a dedication to the Duke of Norfolk in 1788; Frantz Funck-Brentano, Les Lettres de cachet à Paris (Paris, 1904); and André Chassaigne, Les Lettres de cachet sous l’ancien régime (Paris, 1903).

(J. P. E.)

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LETTUCE, known botanically as Lactuca sativa (nat. ord. Compositae), a hardy annual, highly esteemed as a salad plant. The London market-gardeners make preparation for the first main crop of Cos lettuces in the open ground early in August, a frame being set on a shallow hotbed, and, the stimulus of heat not being required, this is allowed to subside till the first week in October, when the soil, consisting of leaf-mould mixed with a little sand, is put on 6 or 7 in. thick, so that the surface is within 4½ in. of the sashes. The best time for sowing is found to be about the 11th of October, one of the best varieties being Lobjoits Green Cos. When the seeds begin to germinate the sashes are drawn quite off in favourable weather during the day, and put on, but tilted, at night in wet weather. Very little watering is required, and the aim should be to keep the plants gently moving till the days begin to lengthen. In January a more active growth is encouraged, and in mild winters a considerable extent of the planting out is done, but in private gardens the preferable time would be February. The ground should be light and rich, and well manured below, and the plants put out at 1 ft. apart each way with the dibble. Frequent stirring of the ground with the hoe greatly encourages the growth of the plants. A second sowing should be made about the 5th of November, and a third in frames about the end of January or beginning of February. In March a sowing may be made in some warm situation out of doors; successional sowings may be made in the open border about every third or fourth week till August, about the middle of which month a crop of Brown Cos, Hardy Hammersmith or Hardy White Cos should be sown, the latter being the most reliable in a severe winter. These plants may be put out early in October on the sides of ridges facing the south or at the front of a south wall, beyond the reach of drops from the copings, being planted 6 or 8 in. apart. Young lettuce plants should be thinned out in the seed-beds before they crowd or draw each other, and transplanted as soon as possible after two or three leaves are formed. Some cultivators prefer that the summer crops should not be transplanted, but sown where they are to stand, the plants being merely thinned out; but transplanting checks the running to seed, and makes the most of the ground.

LETTUCE, known scientifically as Lactuca sativa (family Compositae), is a hardy annual that is highly valued as a salad plant. London market gardeners start preparing for the first main crop of Cos lettuces outdoors in early August. They set up a frame on a shallow hotbed and allow the heat to subside until the first week of October. At that time, they place soil, made of leaf mold mixed with a bit of sand, about 6 or 7 inches thick, keeping the surface within 4½ inches of the sashes. The best time to sow is around October 11, with one of the top varieties being Lobjoits Green Cos. When the seeds begin to sprout, the sashes are completely removed during the day when the weather is good and put back on, but slightly tilted, during rainy nights. Very little watering is necessary, and the goal is to keep the plants gently growing until the days start getting longer. In January, more active growth is encouraged, and in mild winters, a significant portion of the planting is done, although for private gardens, the best time would be February. The ground should be light and rich, well-manured below, and the plants should be spaced 1 foot apart in all directions using a dibble. Regular hoeing of the soil helps promote the plants' growth. A second sowing should happen around November 5, and a third in frames around late January or early February. In March, you can sow in a warm outdoor spot, and successive sowings can continue in the open border every third or fourth week until August. By mid-August, a crop of Brown Cos, Hardy Hammersmith, or Hardy White Cos should be sown, with the latter being the most reliable in harsh winters. These plants can be planted out in early October on south-facing ridges or at the base of a south wall, away from dripping eaves, spaced 6 to 8 inches apart. Young lettuce plants should be thinned in the seedbeds before they overcrowd and transplanted as soon as possible after they develop two or three leaves. Some growers prefer to sow summer crops directly where they'll stay, only thinning them out, but transplanting helps prevent them from bolting to seed and makes the best use of the space.

For a winter supply by gentle forcing, the Hardy Hammersmith and Brown Dutch Cabbage lettuces, and the Brown Cos and Green Paris Cos lettuces, should be sown about the middle of August and in the beginning of September, in rich light soil, the plants being pricked out 3 in. apart in a prepared bed, as soon as the first two leaves are fully formed. About the middle of October the plants should be taken up carefully with balls attached to the roots, and should be placed in a mild hotbed of well-prepared dung (about 55°) covered about 1 ft. deep with a compost of sandy peat, leaf-mould and a little well-decomposed manure. The Cos and Brown Dutch varieties should be planted about 9 in. apart. Give plenty of air when the weather permits, and protect from frost. For winter work Stanstead Park Cabbage Lettuce is greatly favoured now by London market-gardeners, as it stands the winter well. Lee’s Immense is another good variety, while All the Year Round may be sown for almost any season, but is better perhaps for summer crops.

For a winter supply using gentle forcing, the Hardy Hammersmith and Brown Dutch Cabbage lettuces, along with Brown Cos and Green Paris Cos lettuces, should be sown around mid-August to early September in rich, light soil. Once the first two leaves have fully developed, transplant the seedlings 3 inches apart in a prepared bed. By mid-October, carefully lift the plants with their root balls intact and place them in a mild hotbed filled with well-prepared dung (about 55°F), covering them with around 1 foot of a mix made from sandy peat, leaf mold, and a bit of well-rotted manure. Space the Cos and Brown Dutch varieties about 9 inches apart. Provide plenty of ventilation when the weather allows, and protect them from frost. For winter cultivation, Stanstead Park Cabbage Lettuce is popular among London market gardeners because it withstands winter well. Lee’s Immense is another good option, while All the Year Round can be planted for nearly any season, though it's probably best suited for summer crops.

There are two races of the lettuce, the Cos lettuce, with erect oblong heads, and the Cabbage lettuce, with round or spreading heads,—the former generally crisp, the latter soft and flabby in texture. Some of the best lettuces for general purposes of the two classes are the following:—

There are two types of lettuce: Cos lettuce, which has upright, oblong heads, and Cabbage lettuce, which has round or spreading heads. The former is usually crisp, while the latter is soft and wilted in texture. Some of the best lettuces for various uses from the two types include the following:—

Cos: White Paris Cos, best for summer; Green Paris Cos, hardier than the white; Brown Cos, Lobjoits Green Cos, one of the hardiest and best for winter; Hardy White Cos.

Cos: White Paris Cos, great for summer; Green Paris Cos, tougher than the white; Brown Cos, Lobjoits Green Cos, one of the toughest and best for winter; Hardy White Cos.

Cabbage: Hammersmith Hardy Green; Stanstead Park, very hardy, good for winter; Tom Thumb; Brown Dutch; Neapolitan, best for summer; All the Year Round; Golden Ball, good for forcing in private establishments.

Cabbage: Hammersmith Hardy Green; Stanstead Park, very resilient, great for winter; Tom Thumb; Brown Dutch; Neapolitan, best for summer; All the Year Round; Golden Ball, ideal for growing in private gardens.

Lactuca virosa, the strong-scented lettuce, contains an alkaloid which has the power of dilating the pupil and may possibly be identical with hyoscyamine, though this point is as yet not determined. No variety of lettuce is now used for any medicinal purpose, though there is probably some slight foundation for the belief that the lettuce has faint narcotic properties.

Lactuca virosa, known as strong-scented lettuce, contains an alkaloid that can dilate the pupil and might be the same as hyoscyamine, although this has yet to be confirmed. No type of lettuce is currently used for medicinal purposes, although there is likely a small basis for the idea that lettuce has mild narcotic effects.

LEUCADIA, the ancient name of one of the Ionian Islands, now Santa Maura (q.v.), and of its chief town (Hamaxichi).

LEUCADIA, the old name of one of the Ionian Islands, now known as Santa Maura (q.v.), and of its main town (Hamaxichi).

LEUCIPPUS, Greek philosopher, born at Miletus (or Elea), founder of the Atomistic theory, contemporary of Zeno, Empedocles and Anaxagoras. His fame was so completely overshadowed by that of Democritus, who subsequently developed the theory into a system, that his very existence was denied by Epicurus (Diog. Laërt. x. 7), followed in modern times by E. Rohde. Epicurus, however, distinguishes Leucippus from Democritus, and Aristotle and Theophrastus expressly credit him with the invention of Atomism. There seems, therefore, no reason to doubt his existence, although nothing is known of his life, and even his birthplace is uncertain. Between Leucippus and Democritus there is an interval of at least forty years; accordingly, while the beginnings of Atomism are closely connected with the doctrines of the Eleatics, the system as developed by Democritus is conditioned by the sophistical views of his time, especially those of Protagoras. While Leucippus’s notion of Being agreed generally with that of the Eleatics, he postulated its plurality (atoms) and motion, and the reality of not-Being (the void) in which his atoms moved.

LEUCIPPUS, Greek philosopher, born in Miletus (or Elea), founder of the Atomistic theory, was a contemporary of Zeno, Empedocles, and Anaxagoras. His reputation was so completely overshadowed by that of Democritus, who later expanded the theory into a full system, that Epicurus even denied his existence (Diog. Laërt. x. 7), a view echoed in modern times by E. Rohde. However, Epicurus does distinguish between Leucippus and Democritus, and Aristotle and Theophrastus explicitly credit him with the invention of Atomism. Therefore, there seems to be no reason to doubt his existence, despite the lack of information about his life, and even his birthplace is uncertain. There is at least a forty-year gap between Leucippus and Democritus; thus, while the origins of Atomism are closely linked to the doctrines of the Eleatics, the system developed by Democritus is influenced by the sophistic ideas of his time, particularly those of Protagoras. Although Leucippus’s concept of Being generally aligned with that of the Eleatics, he argued for its plurality (atoms) and movement, as well as the existence of not-Being (the void) in which his atoms moved.

See Democritus. On the Rohde-Diels controversy as to the existence of Leucippus, see F. Lortzing in Bursian’s Jahresbericht, vol. cxvi. (1904); also J. Burnet, Early Greek Philosophy (1892).

See Democritus. For the Rohde-Diels debate about the existence of Leucippus, refer to F. Lortzing in Bursian’s Jahresbericht, vol. cxvi. (1904); also check out J. Burnet, Early Greek Philosophy (1892).

LEUCITE, a rock-forming mineral composed of potassium and aluminium metasilicate KAl(SiO3)2. Crystals have the form of cubic icositetrahedra {211}, but, as first observed by Sir David Brewster in 1821, they are not optically isotropic, and are therefore pseudo-cubic. Goniometric measurements made by G. vom Rath in 1873 led him to refer the crystals to the tetragonal system, the faces o being distinct from those lettered i in the adjoining figure. Optical investigations have since proved the crystals to be still more complex in character, and to consist of several orthorhombic or monoclinic individuals, which are optically biaxial and repeatedly twinned, giving rise to twin-lamellae and to striations on the faces. When the crystals are raised to a temperature of about 500° C. they become optically isotropic, the twin-lamellae and striations disappearing, reappearing, however, when the crystals are again cooled. This pseudo-cubic character of leucite is exactly the same as that of the mineral boracite (q.v.).

LEUCITE, is a rock-forming mineral made up of potassium and aluminum metasilicate KAl(SiO3)2. The crystals form cubic icositetrahedra {211}, but, as first noted by Sir David Brewster in 1821, they aren't optically isotropic, making them pseudo-cubic. Goniometric measurements by G. vom Rath in 1873 classified the crystals into the tetragonal system, with the faces labeled o being different from those labeled i in the adjacent figure. Subsequent optical studies have shown that the crystals are even more complex and consist of multiple orthorhombic or monoclinic individuals, which are optically biaxial and repeatedly twinned, resulting in twin-lamellae and striations on the surfaces. When the crystals are heated to around 500° C, they become optically isotropic, losing the twin-lamellae and striations, which return when the crystals cool down again. This pseudo-cubic nature of leucite is identical to that of the mineral boracite (q.v.).

The crystals are white (hence the name suggested by A. G. Werner in 1791, from λευκός) or ash-grey in colour, and are usually dull and opaque, but sometimes transparent and glassy; they are brittle and break with a conchoidal fracture. The hardness is 5.5, and the specific gravity 2.5. Enclosures of other minerals, arranged in concentric zones, are frequently present in the crystals. On account of the colour and form of the crystals the mineral was early known as “white garnet.” French authors employ R. J. Haüy’s name “amphigène.”

The crystals are white (which is why A. G. Werner suggested the name in 1791, from white) or ash-grey in color, and they are usually dull and opaque, but sometimes they can be transparent and glassy. They are brittle and break with a conchoidal fracture. The hardness is 5.5, and the specific gravity is 2.5. Often, you can find inclusions of other minerals arranged in concentric zones within the crystals. Because of their color and shape, the mineral was known early on as “white garnet.” French authors use R. J. Haüy’s name “amphigène.”

(L. J. S.)

Leucite Rocks.—Although rocks containing leucite are numerically scarce, many countries such as England being entirely without them, yet they are of wide distribution, occurring in every quarter of the globe. Taken collectively, they exhibit a considerable variety of types and are of great interest petrographically. For the presence of this mineral it is necessary that the silica percentage of the rock should not be high, for leucite never occurs in presence of free quartz. It is most common in lavas of recent and Tertiary age, which have a fair amount of potash, or at any rate have potash equal to or greater than soda; if soda preponderates nepheline occurs rather than leucite. In pre-Tertiary rocks leucite is uncommon, since it readily decomposes and changes to zeolites, analcite and other secondary minerals. Leucite also is rare in plutonic rocks and dike rocks, but leucite-syenite and leucite-tinguaite bear witness to the possibility that it may occur in this manner. The rounded shape of its crystals, their white or grey colour, and rough cleavage, make the presence of leucite easily determinable in many of these rocks by simple inspection, especially when the crystals are large. “Pseudo-leucites” are rounded areas consisting of felspar, nepheline, analcite, 504 &c., which have the shape, composition and sometimes even the crystalline forms of leucite; they are probably pseudomorphs or paramorphs, which have developed from leucite because this mineral, in its isometric crystals, is not stable at ordinary temperatures and may be expected under favourable conditions to undergo spontaneous change into an aggregate of other minerals. Leucite is very often accompanied by nepheline, sodalite or nosean; other minerals which make their appearance with some frequency are melanite, garnet and melilite.

Leucite Rocks.—Although rocks that contain leucite are relatively rare, with countries like England not having any, they are widely distributed around the world. Collectively, they show a significant variety of types and are of great interest in petrography. For leucite to be present, the silica content of the rock must be low, as leucite never occurs in the presence of free quartz. It's most commonly found in lavas from recent and Tertiary periods, which have a decent amount of potash, or at least an equal or greater amount of potash compared to soda; if soda is dominant, nepheline replaces leucite. In pre-Tertiary rocks, leucite is uncommon because it easily breaks down into zeolites, analcite, and other secondary minerals. Leucite is also rare in plutonic rocks and dike rocks, but leucite-syenite and leucite-tinguaite suggest that it can occur in this form. The rounded shape of its crystals, their white or gray color, and rough cleavage make it easy to identify leucite in many of these rocks just by looking at them, especially when the crystals are large. “Pseudo-leucites” are rounded areas made up of feldspar, nepheline, analcite, 504 & etc., that have the shape, composition, and sometimes even the crystal forms of leucite; they are likely pseudomorphs or paramorphs that developed from leucite because this mineral, in its isometric crystals, isn't stable at normal temperatures and may spontaneously change into a mix of other minerals under favorable conditions. Leucite is often found alongside nepheline, sodalite, or nosean; other minerals that appear frequently include melanite, garnet, and melilite.

The plutonic leucite-bearing rocks are leucite-syenite and missourite. Of these the former consists of orthoclase, nepheline, sodalite, diopside and aegirine, biotite and sphene. Two occurrences are known, one in Arkansas, the other in Sutherlandshire, Scotland. The Scottish rock has been called borolanite. Both examples show large rounded spots in the hand specimens; they are pseudo-leucites and under the microscope prove to consist of orthoclase, nepheline, sodalite and decomposition products. These have a radiate arrangement externally, but are of irregular structure at their centres; it is interesting to note that in both rocks melanite is an important accessory. The missourites are more basic and consist of leucite, olivine, augite and biotite; the leucite is partly fresh, partly altered to analcite, and the rock has a spotted character recalling that of the leucite-syenites. It has been found only in the Highwood Mountains of Montana.

The plutonic leucite-bearing rocks are leucite-syenite and missourite. The former consists of orthoclase, nepheline, sodalite, diopside, aegirine, biotite, and sphene. There are two known locations, one in Arkansas and the other in Sutherlandshire, Scotland. The Scottish rock is referred to as borolanite. Both examples show large rounded spots in hand specimens; these are pseudo-leucites and, under the microscope, consist of orthoclase, nepheline, sodalite, and decomposition products. They have a radiate arrangement on the outside but are irregular in structure at their centers; it is interesting to note that in both rocks, melanite is a significant accessory. The missourites are more basic and consist of leucite, olivine, augite, and biotite; the leucite is partly fresh and partly altered to analcite, and the rock has a spotted appearance reminiscent of leucite-syenites. It has only been found in the Highwood Mountains of Montana.

The leucite-bearing dike-rocks are members of the tinguaite and monchiquite groups. The leucite-tinguaites are usually pale grey or greenish in colour and consist principally of nepheline, alkali-felspar and aegirine. The latter forms bright green moss-like patches and growths of indefinite shape, or in other cases scattered acicular prisms, among the felspars and nephelines of the ground mass. Where leucite occurs, it is always eumorphic in small, rounded, many-sided crystals in the ground mass, or in larger masses which have the same characters as the pseudo-leucites. Biotite occurs in some of these rocks, and melanite also is present. Nepheline appears to decrease in amount as leucite increases. Rocks of this group are known from Rio de Janeiro, Arkansas, Kola (in Finland), Montana and a few other places. In Greenland there are leucite-tinguaites with much arfvedsonite (hornblende) and eudyalite. Wherever they occur they accompany leucite- and nepheline-syenites. Leucite-monchiquites are fine-grained dark rocks consisting of olivine, titaniferous augite and iron oxides, with a glassy ground mass in which small rounded crystals of leucite are scattered. They have been described from Bohemia.

The leucite-bearing dike rocks belong to the tinguaite and monchiquite groups. The leucite-tinguaites are typically light gray or greenish and mainly consist of nepheline, alkali-feldspar, and aegirine. The latter appears as bright green, moss-like patches and shapes, or sometimes as scattered needle-like crystals among the feldspars and nephelines in the matrix. Where leucite is present, it's always in well-formed small, rounded, multi-faced crystals in the ground mass or in larger chunks that resemble pseudo-leucites. Biotite is found in some of these rocks, along with melanite. Nepheline seems to decrease as the amount of leucite increases. Rocks from this group have been found in Rio de Janeiro, Arkansas, Kola (in Finland), Montana, and a few other locations. In Greenland, there are leucite-tinguaites that contain a lot of arfvedsonite (hornblende) and eudyalite. They are always found alongside leucite- and nepheline-syenites. Leucite-monchiquites are fine-grained dark rocks made up of olivine, titaniferous augite, and iron oxides, with a glassy ground mass that has small rounded leucite crystals scattered throughout. They have been described from Bohemia.

By far the greater number of the rocks which contain leucite are lavas of Tertiary or recent geological age. They are never acid rocks which contain quartz, but felspar is usually present, though there are certain groups of leucite lavas which are non-felspathic. Many of them also contain nepheline, sodalite, hauyne and nosean; the much rarer mineral melilite appears also in some examples. The commonest ferromagnesian mineral is augite (sometimes rich in soda), with olivine in the more basic varieties. Hornblende and biotite occur also, but are less common. Melanite is found in some of the lavas, as in the leucite-syenites.

By far the majority of the rocks that contain leucite are lavas from the Tertiary or more recent geological periods. They’re never acidic rocks that contain quartz, but feldspar is usually present, although there are specific groups of leucite lavas that don’t have feldspar. Many of them also contain nepheline, sodalite, hauyne, and nosean; the much rarer mineral melilite is also found in some examples. The most common ferromagnesian mineral is augite (sometimes high in soda), with olivine found in the more basic types. Hornblende and biotite are present as well, but are less common. Melanite is found in some of the lavas, like in the leucite-syenites.

The rocks in which orthoclase (or sanidine) is present in considerable amount are leucite-trachytes, leucite-phonolites and leucitophyres. Of these groups the two former, which are not sharply distinguished from one another by most authors, are common in the neighbourhood of Rome (L. Bracciano, L. Bolsena). They are of trachytic appearance, containing phenocysts of sanidine, leucite, augite and biotite. Sodalite or hauyne may also be present, but nepheline is typically absent. Rocks of this class occur also in the tuffs of the Phlegraean Fields, near Naples. The leucitophyres are rare rocks which have been described from various parts of the volcanic district of the Rhine (Olbrück, Laacher See, &c.) and from Monte Vulture in Italy. They are rich in leucite, but contain also some sanidine and often much nepheline with hauyne or nosean. Their pyroxene is principally aegirine or aegirine augite; some of them are rich in melanite. Microscopic sections of some of these rocks are of great interest on account of their beauty and the variety of felspathoid minerals which they contain. In Brazil leucitophyres have been found which belong to the Carboniferous period.

The rocks that have a significant amount of orthoclase (or sanidine) are leucite-trachytes, leucite-phonolites, and leucitophyres. Among these groups, the first two are not clearly differentiated by most authors and are common around Rome (L. Bracciano, L. Bolsena). They have a trachytic look, featuring phenocysts of sanidine, leucite, augite, and biotite. Sodalite or hauyne may also be present, but nepheline is usually absent. Rocks in this category can also be found in the tuffs of the Phlegraean Fields near Naples. Leucitophyres are rare and have been described from various locations in the volcanic region of the Rhine (Olbrück, Laacher See, etc.) and from Monte Vulture in Italy. They are rich in leucite but also contain some sanidine and often a lot of nepheline along with hauyne or nosean. Their pyroxene is mainly aegirine or aegirine augite; some are rich in melanite. Microscopic sections of some of these rocks are particularly interesting due to their beauty and the variety of felspathoid minerals they hold. Leucitophyres from the Carboniferous period have been found in Brazil.

Those leucite rocks which contain abundant essential plagioclase felspar are known as leucite-tephrites and leucite-basanites. The former consist mainly of plagioclase, leucite and augite, while the latter contain olivine in addition. The leucite is often present in two sets of crystals, both porphyritic and as an ingredient of the ground mass. It is always idiomorphic with rounded outlines. The felspar ranges from bytownite to oligoclase, being usually a variety of labradorite; orthoclase is scarce. The augite varies a good deal in character, being green, brown or violet, but aegirine (the dark green pleochroic soda-iron-augite) is seldom present. Among the accessory minerals biotite, brown hornblende, hauyne, iron oxides and apatite are the commonest; melanite and nepheline may also occur. The ground mass of these rocks is only occasionally rich in glass. The leucite-tephrites and leucite-basanites of Vesuvius and Somma are familiar examples of this class of rocks. They are black or ashy-grey in colour, often vesicular, and may contain many large grey phenocysts of leucite. Their black augite and yellow green olivine are also easily detected in hand specimens. From Volcanello, Sardinia and Roccamonfina similar rocks are obtained; they occur also in Bohemia, in Java, Celebes, Kilimanjaro (Africa) and near Trebizond in Asia Minor.

Those leucite rocks that have a lot of essential plagioclase feldspar are called leucite-tephrites and leucite-basanites. The former mainly consists of plagioclase, leucite, and augite, while the latter also includes olivine. The leucite often appears in two types of crystals: both porphyritic and as part of the ground mass. It is always idiomorphic with rounded outlines. The feldspar ranges from bytownite to oligoclase, usually being a form of labradorite; orthoclase is rare. The augite varies quite a bit, showing colors like green, brown, or violet, but aegirine (the dark green pleochroic soda-iron-augite) is seldom found. Among the accessory minerals, biotite, brown hornblende, hauyne, iron oxides, and apatite are the most common; melanite and nepheline may also be present. The ground mass of these rocks is occasionally rich in glass. The leucite-tephrites and leucite-basanites from Vesuvius and Somma are well-known examples of this type of rock. They are black or ashy-grey in color, often vesicular, and may contain many large grey phenocysts of leucite. Their black augite and yellow-green olivine are also easily noticed in hand specimens. Similar rocks can be found from Volcanello, Sardinia, and Roccamonfina; they also occur in Bohemia, Java, Celebes, Kilimanjaro (Africa), and near Trebizond in Asia Minor.

Leucite lavas from which felspar is absent are divided into the leucitites and leucite basalts. The latter contain olivine, the former do not. Pyroxene is the usual ferromagnesian mineral, and resembles that of the tephrites and basanites. Sanidine, melanite, hauyne and perofskite are frequent accessory minerals in these rocks, and many of them contain melilite in some quantity. The well-known leucitite of the Capo di Bove, near Rome, is rich in this mineral, which forms irregular plates, yellow in the hand specimen, enclosing many small rounded crystals of leucite. Bracciano and Roccamonfina are other Italian localities for leucitite, and in Java, Montana, Celebes and New South Wales similar rocks occur. The leucite-basalts belong to more basic types and are rich in olivine and augite. They occur in great numbers in the Rhenish volcanic district (Eifel, Laacher See) and in Bohemia, and accompany tephrites or leucitites in Java, Montana, Celebes and Sardinia. The “peperino” of the neighbourhood of Rome is a leucitite tuff.

Leucite lavas that lack felspar are classified into leucitites and leucite basalts. The latter contain olivine, while the former do not. Pyroxene is the typical ferromagnesian mineral, similar to that found in tephrites and basanites. Sanidine, melanite, hauyne, and perofskite are common accessory minerals in these rocks, and many contain some amount of melilite. The well-known leucitite from Capo di Bove, near Rome, is rich in this mineral, which appears as irregular yellow plates in hand specimens, enclosing many small rounded leucite crystals. Bracciano and Roccamonfina are other Italian locations for leucitite, and similar rocks can be found in Java, Montana, Celebes, and New South Wales. The leucite basalts belong to more basic types and are rich in olivine and augite. They are abundant in the Rhenish volcanic district (Eifel, Laacher See) and in Bohemia, and they accompany tephrites or leucitites in Java, Montana, Celebes, and Sardinia. The "peperino" found in the vicinity of Rome is a leucitite tuff.

(J. S. F.)

LEUCTRA, a village of Boeotia in the territory of Thespiae, chiefly noticeable for the battle fought in its neighbourhood in 371 B.C. between the Thebans and the Spartans and their allies. A Peloponnesian army, about 10,000 strong, which had invaded Boeotia from Phocis, was here confronted by a Boeotian levy of perhaps 6000 soldiers under Epaminondas (q.v.). In spite of inferior numbers and the doubtful loyalty of his Boeotian allies, Epaminondas offered battle on the plain before the town. Massing his cavalry and the 50-deep column of Theban infantry on his left wing, he sent forward this body in advance of his centre and right wing. After a cavalry engagement in which the Thebans drove their enemies off the field, the decisive issue was fought out between the Theban and Spartan foot. The latter, though fighting well, could not sustain in their 12-deep formation the heavy impact of their opponents’ column, and were hurled back with a loss of about 2000 men, of whom 700 were Spartan citizens, including the king Cleombrotus. Seeing their right wing beaten, the rest of the Peloponnesians retired and left the enemy in possession of the field. Owing to the arrival of a Thessalian army under Jason of Pherae, whose friendship they did not trust, the Thebans were unable to exploit their victory. But the battle is none the less of great significance in Greek history. It marks a revolution in military tactics, affording the first known instance of a deliberate concentration of attack upon the vital point of the enemy’s line. Its political effects were equally far-reaching, for the loss in material strength and prestige which the Spartans here sustained deprived them for ever of their supremacy in Greece.

LEUCTRA, is a village in Boeotia near Thespiae, mainly known for the battle that took place there in 371 B.C. between the Thebans and the Spartans along with their allies. A Peloponnesian army, around 10,000 strong, had invaded Boeotia from Phocis and faced a Boeotian force of about 6,000 soldiers under Epaminondas (q.v.). Despite having fewer troops and uncertain loyalty from his Boeotian allies, Epaminondas chose to engage in battle on the plain in front of the town. He concentrated his cavalry and the 50-deep column of Theban infantry on his left flank and advanced them ahead of his center and right wings. After a cavalry clash where the Thebans pushed their foes off the field, the decisive fight happened between the Theban and Spartan infantry. The Spartans, though they fought bravely, could not withstand the strong impact of the Theban column in their 12-deep formation and were pushed back, losing around 2,000 men, including 700 Spartan citizens and their king, Cleombrotus. Realizing their right flank had been defeated, the remaining Peloponnesians retreated, leaving the battlefield to the Thebans. Due to the arrival of a Thessalian army led by Jason of Pherae, whose loyalty was not trusted, the Thebans could not fully capitalize on their victory. Nevertheless, this battle is critically important in Greek history. It signifies a shift in military strategy, representing the first known case of a focused attack on a critical point in the enemy's line. The political repercussions were equally significant, as the material losses and diminished prestige suffered by the Spartans permanently ended their dominance in Greece.

Authorities.—Xenophon, Hellenica, vi. 4. 3-15; Diodorus xi. 53-56; Plutarch, Pelopidas, chs. 20-23; Pausanias ix. 13. 2-10; G. B. Grundy, The Topography of the Battle of Plataea (London, 1894), pp. 73-76; H. Delbrück, Geschichte der Kriegskunst (Berlin, 1900), i. 130 ff.

References.—Xenophon, Hellenica, vi. 4. 3-15; Diodorus xi. 53-56; Plutarch, Pelopidas, chs. 20-23; Pausanias ix. 13. 2-10; G. B. Grundy, The Topography of the Battle of Plataea (London, 1894), pp. 73-76; H. Delbrück, History of Military Art (Berlin, 1900), i. 130 ff.

(M. O. B. C.)

LEUK (Fr. Loèche Ville), an ancient and very picturesque little town in the Swiss canton of the Valais. It is built above the right bank of the Rhone, and is about 1 m. from the Leuk-Susten station (15½ m. east of Sion and 17½ m. west of Brieg) on the Simplon railway. In 1900 it had 1592 inhabitants, all but wholly German-speaking and Romanists. About 10½ m. by a winding carriage road N. of Leuk, and near the head of the Dala valley, at a height of 4629 ft. above the sea-level, and overshadowed by the cliffs of the Gemmi Pass (7641 ft.; q.v.) leading over to the Bernese Oberland, are the Baths of Leuk (Leukerbad, or Loèche les Bains). They have only 613 permanent inhabitants, but are much frequented in summer by visitors (largely French and Swiss) attracted by the hot mineral springs. These are 22 in number, and are very abundant. The principal is that of St Laurence, the water of which has a temperature of 124° F. The season lasts from June to September. The village in winter is long deprived of sunshine, and is much exposed to avalanches, by which it was destroyed in 1518, 1719 and 1756, but it is now protected by a strong embankment from a similar catastrophe.

LEUK (Fr. Loèche Ville) is an ancient and charming little town in the Swiss canton of Valais. It sits above the right bank of the Rhone, about 1 mile from the Leuk-Susten station (15½ miles east of Sion and 17½ miles west of Brieg) on the Simplon railway. In 1900, it had 1,592 residents, nearly all of whom were German-speaking and Roman Catholic. About 10½ miles north of Leuk, along a winding road, near the head of the Dala valley and at an elevation of 4,629 feet above sea level, are the Baths of Leuk (Leukerbad or Loèche les Bains). Despite having only 613 permanent residents, the baths are popular in the summer, attracting many visitors (primarily from France and Switzerland) drawn by the hot mineral springs. There are 22 springs in total, and they are quite abundant. The main spring is St. Laurence, with water that reaches a temperature of 124° F. The season runs from June to September. During winter, the village experiences long periods without sunshine and is at risk for avalanches, having been destroyed in 1518, 1719, and 1756. However, it is now safeguarded by a strong embankment against similar disasters.

(W. A. B. C.)

LEUTHEN, a village of Prussian Silesia, 10 m. W. of Breslau, memorable as the scene of Frederick the Great’s victory over the Austrians on December 5, 1757. The high road from Breslau to Lüben crosses the marshy Schweidnitz Water at Lissa, and immediately enters the rolling country about Neumarkt. 505 Leuthen itself stands some 4000 paces south of the road, and a similar distance south again lies Sagschütz, while Nypern, on the northern edge of the hill country, is 5000 paces from the road. On Frederick’s approach the Austrians took up a line of battle resting on the two last-named villages. Their whole position was strongly garrisoned and protected by obstacles, and their artillery was numerous though of light calibre. A strong outpost of Saxon cavalry was in Borne to the westward. Frederick had the previous day surprised the Austrian bakeries at Neumarkt, and his Prussians, 33,000 to the enemy’s 82,000, moved towards Borne and Leuthen early on the 5th. The Saxon outpost was rushed at in the morning mist, and, covered by their advanced guard on the heights beyond, the Prussians wheeled to their right. Prince Charles of Lorraine, the Austrian commander-in-chief, on Leuthen Church tower, could make nothing of Frederick’s movements, and the commander of his right wing (Lucchesi) sent him message after message from Nypem and Gocklerwitz asking for help, which was eventually despatched. But the real blow was to fall on the left under Nadasdy. While the Austrian commander was thus wasting time, the Prussians were marching against Nadasdy in two columns, which preserved their distances with an exactitude which has excited the wonder of modern generations of soldiers; at the due place they wheeled into line of battle obliquely to the Austrian front, and in one great échelon,—the cavalry of the right wing foremost, and that of the left “refused,”—Frederick advanced on Sagschütz. Nadasdy, surprised, put a bold face on the matter and made a good defence, but he was speedily routed, and, as the Prussians advanced, battalion after battalion was rolled up towards Leuthen until the Austrians faced almost due south. The fighting in Leuthen itself was furious; the Austrians stood, in places, 100 deep, but the disciplined valour of the Prussians carried the village. For a moment the victory was endangered when Lucchesi came down upon the Prussian left wing from the north, but Driesen’s cavalry, till then refused, charged him in flank and scattered his troopers in wild rout. This stroke ended the battle. The retreat on Breslau became a rout almost comparable to that of Waterloo, and Prince Charles rallied, in Bohemia, barely 37,000 out of his 82,000. Ten thousand Austrians were left on the field, 21,000 taken prisoners (besides 17,000 in Breslau a little later), with 51 colours and 116 cannon. The Prussian loss in all was under 5500. It was not until 1854 that a memorial of this astonishing victory was erected on the battlefield.

LEUTHEN, a village in Prussian Silesia, 10 miles west of Breslau, is notable as the site of Frederick the Great’s victory over the Austrians on December 5, 1757. The main road from Breslau to Lüben crosses the marshy Schweidnitz Water at Lissa and quickly enters the rolling terrain around Neumarkt. 505 Leuthen itself is about 4000 paces south of the road, with Sagschütz located a similar distance further south, while Nypern, on the northern edge of the hill country, is 5000 paces from the road. As Frederick approached, the Austrians established a battle line anchored on the two last-mentioned villages. Their position was solidly defended with strong garrisons and obstacles, and they had a considerable amount of light artillery. A strong outpost of Saxon cavalry was stationed in Borne to the west. The day before, Frederick had surprised the Austrian bakeries at Neumarkt, and his Prussians, numbering 33,000 against the enemy's 82,000, moved towards Borne and Leuthen early on the 5th. The Saxon outpost was attacked in the morning mist, and with the cover of their advanced guard on the heights beyond, the Prussians turned to their right. Prince Charles of Lorraine, the Austrian commander-in-chief, from the tower of Leuthen Church, couldn't make sense of Frederick’s movements, while the commander of his right wing (Lucchesi) repeatedly messaged from Nypem and Gocklerwitz requesting assistance, which was eventually sent. However, the main attack was aimed at the left under Nadasdy. While the Austrian commander was losing time, the Prussians advanced toward Nadasdy in two precise columns, maintaining their distances with a precision that has amazed modern soldiers; at the right moment, they aligned themselves into battle formation at an angle to the Austrian front, and in one great échelon—with the right wing's cavalry in the lead and the left cavalry “refused”—Frederick advanced on Sagschütz. Nadasdy, caught off guard, bravely defended but was quickly defeated, and as the Prussians advanced, battalion after battalion was pushed back toward Leuthen until the Austrians faced almost directly south. The fighting within Leuthen was intense; the Austrians held their ground, in places, 100 deep, but the disciplined bravery of the Prussians overwhelmed the village. For a moment, the victory seemed at risk when Lucchesi attacked the Prussian left wing from the north, but Driesen’s cavalry, which had been held back until then, charged his flank and scattered his troops in panic. This decisive move ended the battle. The retreat toward Breslau turned into a rout reminiscent of Waterloo, with Prince Charles managing to regroup only 37,000 of his original 82,000 in Bohemia. Ten thousand Austrians were left on the battlefield, with 21,000 taken prisoner (along with 17,000 captured in Breslau shortly after), and the Prussians seized 51 colors and 116 cannons. The total Prussian loss was under 5500. It wasn't until 1854 that a memorial honoring this remarkable victory was erected on the battlefield.

See Carlyle, Frederick, bk. xviii. cap. x.; V. Ollech, Friedrich der Grosse von Kolin bis Leuthen (Berlin, 1858); Kutzen, Schlacht bei Leuthen (Breslau, 1851 ); and bibliography under Seven Years’ War.

See Carlyle, Frederick, bk. xviii. cap. x.; V. Ollech, Friedrich der Grosse von Kolin bis Leuthen (Berlin, 1858); Kutzen, Schlacht bei Leuthen (Breslau, 1851); and bibliography under Seven Years’ War.

LEUTZE, EMANUEL (1816-1868), American artist, was born at Gmünd, Württemberg, on the 24th of May 1816, and as a child was taken by his parents to Philadelphia, where he early displayed talent as an artist. At the age of twenty-five he had earned enough to take him to Düsseldorf for a course of art study at the royal academy. Almost immediately he began the painting of historical subjects, his first work, “Columbus before the Council of Salamanca,” being purchased by the Düsseldorf Art Union. In 1860 he was commissioned by the United States Congress to decorate a stairway in the Capitol at Washington, for which he painted a large composition, “Westward the Star of Empire takes its Way.” His best-known work, popular through engraving, is “Washington crossing the Delaware,” a large canvas containing a score of life-sized figures; it is now owned by the Metropolitan Museum of Art, New York. He became a member of the National Academy of Design in 1860, and died at Washington, D.C., on the 18th of July 1868.

LEUTZE, EMANUEL (1816-1868), American artist, was born in Gmünd, Württemberg, on May 24, 1816. As a child, his parents moved him to Philadelphia, where he showed artistic talent early on. By the age of twenty-five, he had made enough money to travel to Düsseldorf for a course of art study at the royal academy. Almost right away, he began painting historical subjects, with his first work, “Columbus before the Council of Salamanca,” being bought by the Düsseldorf Art Union. In 1860, he was commissioned by the United States Congress to decorate a staircase in the Capitol in Washington, for which he created a large piece titled “Westward the Star of Empire Takes Its Way.” His most famous work, widely known through engravings, is “Washington Crossing the Delaware,” a large canvas featuring about twenty life-sized figures; it is currently held by the Metropolitan Museum of Art in New York. He became a member of the National Academy of Design in 1860 and passed away in Washington, D.C., on July 18, 1868.

LEVALLOIS-PERRET, a north-western suburb of Paris, on the right bank of the Seine, 2½ m. from the centre of the city. Pop. (1906) 61,419. It carries on the manufacture of motor-cars and accessories, carriages, groceries, liqueurs, perfumery, soap, &c., and has a port on the Seine.

LEVALLOIS-PERRET, is a north-western suburb of Paris, located on the right bank of the Seine, 2.5 miles from the city center. Population (1906) 61,419. It produces motor cars and accessories, carriages, groceries, liqueurs, perfumes, soap, etc., and has a port on the Seine.

LEVANT (from the French use of the participle of lever, to rise, for the east, the orient), the name applied widely to the coastlands of the eastern Mediterranean Sea from Greece to Egypt, or, in a more restricted and commoner sense, to the Mediterranean coastlands of Asia Minor and Syria. In the 16th and 17th centuries the term “High Levant” was used of the Far East. The phrase “to levant,” meaning to abscond, especially of one who runs away leaving debts unpaid, particularly of a betting man or gambler, is taken from the Span. levantar, to lift or break up, in such phrases as levantar la casa, to break up a household, or el campo, to break camp.

LEVANT (from the French use of the participle of lever, meaning to rise, referring to the east, or the Orient), is a name commonly used for the coastal areas of the eastern Mediterranean Sea stretching from Greece to Egypt, or more specifically, the Mediterranean coastlines of Asia Minor and Syria. In the 16th and 17th centuries, the term “High Levant” referred to the Far East. The expression “to levant,” which means to run away, especially someone who leaves behind unpaid debts, often applies to a gambler, is derived from the Spanish levantar, meaning to lift or break up, used in phrases like levantar la casa, to break up a household, or el campo, to break camp.

LEVASSEUR, PIERRE EMILE (1828-  ), French economist, was born in Paris on the 8th of December 1828. Educated in Paris, he began to teach in the lycée at Alençon in 1852, and in 1857 was chosen professor of rhetoric at Besançon. He returned to Paris to become professor at the lycée Saint Louis, and in 1868 he was chosen a member of the academy of moral and political sciences. In 1872 he was appointed professor of geography, history and statistics in the Collège de France, and subsequently became also professor at the Conservatoire des arts et métiers and at the École libre des sciences politiques. Levasseur was one of the founders of the study of commercial geography, and became a member of the Council of Public Instruction, president of the French society of political economy and honorary president of the French geographical society.

LEVASSEUR, PIERRE EMILE (1828-  ), French economist, was born in Paris on December 8, 1828. Educated in Paris, he started teaching at the lycée in Alençon in 1852, and in 1857, he was appointed professor of rhetoric at Besançon. He then returned to Paris to become a professor at the lycée Saint Louis, and in 1868, he was elected as a member of the academy of moral and political sciences. In 1872, he was named professor of geography, history, and statistics at the Collège de France and later also became a professor at the Conservatoire des arts et métiers and at the École libre des sciences politiques. Levasseur was one of the pioneers of commercial geography and served as a member of the Council of Public Instruction, president of the French Society of Political Economy, and honorary president of the French Geographical Society.

His numerous writings include: Histoire des classes ouvrières en France depuis la conquête de Jules César jusqu’à la Révolution (1859); Histoire des classes ouvrières en France depuis la Révolution jusqu’à nos jours (1867); L’Étude et l’enseignement de la géographie (1871); La Population française (1889-1892); L’Agriculture aux États-Unis (1894); L’Enseignement primaire dans les pays civilisés (1897); L’Ouvrier américain (1898); Questions ouvrières et industrielles sous la troisième République (1907); and Histoire des classes ouvrières et de l’industrie en France de 1789 à 1870 (1903-1904). He also published a Grand Atlas de géographie physique et politique (1890-1892).

His numerous writings include: History of the Working Classes in France from the Conquest of Julius Caesar to the Revolution (1859); History of the Working Classes in France from the Revolution to the Present Day (1867); The Study and Teaching of Geography (1871); The French Population (1889-1892); Agriculture in the United States (1894); Primary Education in Civilized Countries (1897); The American Worker (1898); Labor and Industrial Issues under the Third Republic (1907); and History of the Working Classes and of Industry in France from 1789 to 1870 (1903-1904). He also published a Grand Atlas of Physical and Political Geography (1890-1892).

LEVECHE, the name given to the dry hot sirocco wind in Spain; often incorrectly called the “solano.” The direction of the Leveche is mostly from S.E., S. or S.W., and it occurs along the coast from Cabo de Gata to Cabo de Nao, and even beyond Malaga for a distance of some 10 m. inland.

LEVECHE, is the name for the hot, dry sirocco wind in Spain, often mistakenly referred to as the "solano." The Leveche typically blows from the southeast, south, or southwest, and it influences the coast from Cabo de Gata to Cabo de Nao, extending about 10 miles inland beyond Malaga.

LEVÉE (from Fr. lever, to raise), an embankment which keeps a river in its channel. A river such as the Mississippi (q.v.), draining a large area, carries a great amount of sediment from its swifter head-streams to the lower ground. As soon as a stream’s velocity is checked, it drops a portion of its load of sediment and spreads an alluvial fan in the lower part of its course. This deposition of material takes place particularly at the sides of the stream where the velocity is least, and the banks are in consequence raised above the main channel, so that the river becomes lifted bodily upwards in its bed, and flows above the level of the surrounding country. In flood-time the muddy water flows over the river’s banks, where its velocity is at once checked as it flows gently down the outer side, causing more material to be deposited there, and a long alluvial ridge, called a natural levée, to be built up on either side of the stream. These ridges may be wide or narrow, but they slope from the stream’s outer banks to the plain below, and in consequence require careful watching, for if the levée is broken by a “crevasse,” the whole body of the river may pour through and flood the country below. In 1890 the Mississippi near New Orleans broke through the Nita crevasse and flowed eastward with a current of 15 m. an hour, spreading destruction in its path. The Hwang-ho river in China is peculiarly liable to these inundations. The word levée is also sometimes used to denote a riverside quay or landing-place.

LEVÉE (from Fr. lever, meaning to raise), is an embankment that keeps a river in its channel. A river like the Mississippi (q.v.), which drains a large area, carries a significant amount of sediment from its faster headwaters to lower grounds. When a stream's speed is reduced, it drops some of its sediment load and creates an alluvial fan in the lower part of its path. This deposition occurs mainly at the edges of the stream where the velocity is lowest, raising the banks above the main channel. As a result, the river is lifted higher in its bed, flowing above the level of the surrounding land. During floods, the muddy water overflows the riverbanks, where it slows down on the outer side, leading to more material being deposited there and forming a long alluvial ridge, known as a natural levee, on either side of the stream. These ridges can be wide or narrow, sloping from the outer banks of the stream to the plain below, necessitating careful monitoring. If the levee is breached by a “crevasse,” the entire river could flood the land below. In 1890, the Mississippi near New Orleans broke through the Nita crevasse and flowed eastward at a speed of 15 m. per hour, causing widespread destruction. The Hwang-ho river in China is especially prone to these floods. The term levee is also sometimes used to refer to a riverside quay or landing area.

LEVEE (from the French substantival use of lever, to rise; there is no French substantival use of levée in the English sense), a reception or assembly held by the British sovereign or his representative, in Ireland by the lord-lieutenant, in India by the viceroy, in the forenoon or early afternoon, at which men only are present in distinction from a “drawing-room,” at which ladies also are presented or received. Under the ancien règime in France the lever of the king was regulated, especially under Louis XIV., by elaborate etiquette, and the various divisions of the ceremonial followed the stages of the king’s rising from bed, from which it gained its name. The petit lever began when the 506 king had washed and said his daily offices; to this were admitted the princes of the blood, certain high officers of the household and those to whom a special permit had been granted; then followed the première entrée, to which came the secretaries and other officials and those having the entrée; these were received by the king in his dressing-gown. Finally, at the grand lever, the remainder of the household, the nobles and gentlemen of the court were received; the king by that time was shaved, had changed his linen and was in his wig. In the United States the term “levee” was formerly used of the public receptions held by the president.

LEVEE (from the French substantival use of lever, to rise; there is no French substantival use of levée in the English sense), a reception or gathering held by the British sovereign or their representative, in Ireland by the lord-lieutenant, in India by the viceroy, in the morning or early afternoon, where only men are present, unlike a “drawing-room,” where ladies are also received. Under the ancien règime in France, the lever of the king was strictly regulated, especially under Louis XIV., by complex etiquette, and the different parts of the ceremony followed the stages of the king getting out of bed, which is how it got its name. The petit lever started when the 506 king had washed and said his daily prayers; those admitted included the princes of the blood, certain high officers of the household, and those granted special permission; then came the première entrée, attended by secretaries and other officials and those allowed the entrée; these individuals were received by the king in his dressing gown. Finally, at the grand lever, the rest of the household, nobles, and gentlemen of the court were received; by that time, the king was shaved, had changed his linens, and was wearing his wig. In the United States, the term “levee” used to refer to the public receptions held by the president.

LEVELLERS, the name given to an important political party in England during the period of the Civil War and the Commonwealth. The germ of the Levelling movement must be sought for among the Agitators (q.v.), men of strong republican views, and the name Leveller first appears in a letter of the 1st of November 1647, although it was undoubtedly in existence as a nickname before this date (Gardiner, Great Civil War, iii. 380). This letter refers to these extremists thus: “They have given themselves a new name, viz. Levellers, for they intend to sett all things straight, and rayse a parity and community in the kingdom.”

LEVELLERS, the name given to an important political party in England during the Civil War and the Commonwealth. The roots of the Levelling movement can be found among the Agitators (q.v.), who were strongly republican. The term Leveller first appeared in a letter dated November 1, 1647, though it likely existed as a nickname before then (Gardiner, Great Civil War, iii. 380). This letter describes these extremists as follows: “They have assigned themselves a new name, namely Levellers, because they plan to set everything right and establish equality and a sense of community in the kingdom.”

The Levellers first became prominent in 1647 during the protracted and unsatisfactory negotiations between the king and the parliament, and while the relations between the latter and the army were very strained. Like the Agitators they were mainly found among the soldiers; they were opposed to the existence of kingship, and they feared that Cromwell and the other parliamentary leaders were too complaisant in their dealings with Charles; in fact they doubted their sincerity in this matter. Led by John Lilburne (q.v.) they presented a manifesto, The Case of the Army truly stated, to the commander-in-chief, Lord Fairfax, in October 1647. In this they demanded a dissolution of parliament within a year and substantial changes in the constitution of future parliaments, which were to be regulated by an unalterable “law paramount.” In a second document, The Agreement of the People, they expanded these ideas, which were discussed by Cromwell, Ireton and other officers on the one side, and by John Wildman, Thomas Rainsborough and Edward Sexby for the Levellers on the other. But no settlement was made; some of the Levellers clamoured for the king’s death, and in November 1647, just after his flight from Hampton Court to Carisbrooke, they were responsible for a mutiny which broke out in two regiments at Corkbush Field, near Ware. This, however, was promptly suppressed by Cromwell. During the twelve months which immediately preceded the execution of the king the Levellers conducted a lively agitation in favour of the ideas expressed in the Agreement of the people, and in January 1648 Lilburne was arrested for using seditious language at a meeting in London. But no success attended these and similar efforts, and their only result was that the Levellers regarded Cromwell with still greater suspicion.

The Levellers first gained attention in 1647 during the long and frustrating negotiations between the king and parliament, especially as the relationship between the two and the army grew tense. Like the Agitators, they were mainly found among the soldiers; they opposed kingship and worried that Cromwell and other parliamentary leaders were too lenient with Charles; in fact, they questioned their honesty on this issue. Led by John Lilburne (q.v.), they presented a manifesto, The Case of the Army Truly Stated, to the commander-in-chief, Lord Fairfax, in October 1647. In this document, they demanded that parliament be dissolved within a year and sought significant changes in how future parliaments would operate, to be governed by an unchangeable “law paramount.” In a second document, The Agreement of the People, they elaborated on these ideas, which were discussed by Cromwell, Ireton, and other officers on one side, and John Wildman, Thomas Rainsborough, and Edward Sexby for the Levellers on the other. However, no agreement was reached; some of the Levellers called for the king’s death, and in November 1647, right after his escape from Hampton Court to Carisbrooke, they instigated a mutiny that erupted in two regiments at Corkbush Field, near Ware. This was quickly suppressed by Cromwell. In the twelve months leading up to the king’s execution, the Levellers campaigned vigorously in support of the ideas in the Agreement of the People, and in January 1648, Lilburne was arrested for making seditious remarks at a meeting in London. However, these and similar efforts did not achieve success, and the only outcome was that the Levellers grew even more suspicious of Cromwell.

Early in 1649, just after the death of the king, the Levellers renewed their activity. They were both numerous and dangerous, and they stood up, says Gardiner, “for an exaggeration of the doctrine of parliamentary supremacy.” In a pamphlet, England’s New Chains, Lilburne asked for the dissolution of the council of state and for a new and reformed parliament. He followed this up with the Second Part of England’s New Chains; his writings were declared treasonable by parliament, and in March 1649 he and three other leading Levellers, Richard Overton, William Walwyn and Prince were arrested. The discontent which was spreading in the army was fanned when certain regiments were ordered to proceed to Ireland, and in April 1649 there was a meeting in London; but this was quickly put down by Fairfax and Cromwell, and its leader, Robert Lockyer, was shot. Risings at Burford and at Banbury were also suppressed without any serious difficulty, and the trouble with the Levellers was practically over. Gradually they became less prominent, but under the Commonwealth they made frequent advances to the exiled king Charles II., and there was some danger from them early in 1655 when Wildman was arrested and Sexby escaped from England. The distinguishing mark of the Leveller was a sea-green ribbon.

Early in 1649, right after the king passed away, the Levellers ramped up their activity. They were both numerous and dangerous, and they stood up, according to Gardiner, “for an exaggeration of the doctrine of parliamentary supremacy.” In a pamphlet, England’s New Chains, Lilburne called for the dissolution of the council of state and for a new and reformed parliament. He followed this with the Second Part of England’s New Chains; his writings were labeled treasonous by parliament, and in March 1649, he and three other leading Levellers—Richard Overton, William Walwyn, and Prince—were arrested. The unrest spreading in the army intensified when certain regiments were ordered to go to Ireland, and in April 1649, there was a meeting in London; but this was quickly suppressed by Fairfax and Cromwell, and its leader, Robert Lockyer, was shot. Uprisings in Burford and Banbury were also quashed without much trouble, and the issues with the Levellers were essentially resolved. Gradually, they became less prominent, but under the Commonwealth, they regularly reached out to the exiled king Charles II., and there was some risk from them early in 1655 when Wildman was arrested and Sexby fled from England. The Levellers were distinguished by a sea-green ribbon.

Another but more harmless form of the same movement was the assembling of about fifty men on St George’s Hill near Oatlands in Surrey. In April 1649 these “True Levellers” or “Diggers,” as they were called, took possession of some unoccupied ground which they began to cultivate. They were, however, soon dispersed, and their leaders were arrested and brought before Fairfax, when they took the opportunity of denouncing landowners. It is interesting to note that Lilburne and his colleagues objected to being designated Levellers, as they had no desire to take away “the proper right and title that every man has to what is his own.”

Another, but less harmful, version of the same movement was when about fifty men gathered on St. George’s Hill near Oatlands in Surrey. In April 1649, these "True Levellers" or "Diggers," as they were called, claimed some unused land that they started to farm. However, they were quickly dispersed, and their leaders were arrested and brought before Fairfax, where they took the chance to criticize landowners. It’s worth noting that Lilburne and his colleagues didn’t want to be called Levellers because they had no intention of taking away “the proper right and title that every man has to what is his own.”

Cromwell attacked the Levellers in his speech to parliament in September 1654 (Carlyle, Cromwell’s Letters and Speeches, Speech II.). He said: “A nobleman, a gentleman, a yeoman; the distinction of these; that is a good interest of the nation, and a great one. The ‘natural’ magistracy of the nation, was it not almost trampled under foot, under despite and contempt, by men of Levelling principles? I beseech you, for the orders of men and ranks of men, did not that Levelling principle tend to the reducing of all to an equality? Did it ‘consciously’ think to do so; or did it ‘only unconsciously’ practise towards that for property and interest? ‘At all events,’ what was the purport of it but to make the tenant as liberal a fortune as the landlord? Which, I think, if obtained, would not have lasted long.”

Cromwell criticized the Levellers in his speech to parliament in September 1654 (Carlyle, Cromwell’s Letters and Speeches, Speech II.). He said: “A nobleman, a gentleman, a yeoman; the distinction between these is important for the nation, and significant. Wasn’t the 'natural' leadership of the nation nearly trampled underfoot, disdained and ridiculed, by people with Levelling ideas? I urge you, regarding the different classes and ranks of people, didn’t that Levelling idea aim to reduce everyone to the same level? Did it 'consciously' intend to do that, or did it 'only unconsciously' move toward it concerning property and interests? 'In any case,' what was its aim but to make the tenant as wealthy as the landlord? Which, I believe, if achieved, wouldn’t last long.”

In 1724 there was a rising against enclosures in Galloway, and a number of men who took part therein were called Levellers or Dyke-breakers (A. Lang, History of Scotland, vol. iv.). The word was also used in Ireland during the 18th century to describe a secret revolutionary society similar to the Whiteboys.

In 1724, there was a revolt against enclosures in Galloway, and several people involved were referred to as Levellers or Dyke-breakers (A. Lang, History of Scotland, vol. iv.). The term was also used in Ireland during the 18th century to describe a secret revolutionary group similar to the Whiteboys.

(A. W. H.*)

LEVEN, ALEXANDER LESLIE, 1st Earl of (c. 1580-1661), Scottish general, was the son of George Leslie, captain of Blair-in-Athol, and a member of the family of Leslie of Balquhain. After a scanty education he sought his fortune abroad, and became a soldier, first under Sir Horace Vere in the Low Countries, and afterwards (1605) under Charles IX. and Gustavus Adolphus of Sweden, in whose service he remained for many years and fought in many campaigns with honour. In 1626 Leslie had risen by merit to the rank of lieutenant-general, and had been knighted by Gustavus. In 1628 he distinguished himself by his constancy and energy in the defence of Stralsund against Wallenstein, and in 1630 seized the island of Rügen in the name of the king of Sweden. In the same year he returned to Scotland to assist in recruiting and organizing the corps of Scottish volunteers which James, 3rd marquis of Hamilton, brought over to Gustavus in 1631. Leslie received a severe wound in the following winter, but was able nevertheless to be present at Gustavus’s last battle at Lützen. Like many others of the soldiers of fortune who served under Gustavus, Leslie cherished his old commander’s memory to the day of his death, and he kept with particular care a jewel and miniature presented to him by the king. He continued as a general officer in the Swedish army for some years, was promoted in 1636 to the rank of field marshal, and continued in the field until 1638, when events recalled him to his own country. He had married long before this—in 1637 his eldest son was made a colonel in the Swedish army—and he had managed to keep in touch with Scottish affairs.

LEVEN, ALEXANDER LESLIE, 1st Earl of (c. 1580-1661), was a Scottish general and the son of George Leslie, the captain of Blair-in-Athol, from the family of Leslie of Balquhain. After limited schooling, he sought his fortune abroad and became a soldier, first under Sir Horace Vere in the Low Countries and later (in 1605) under Charles IX and Gustavus Adolphus of Sweden. He served there for many years, fighting honorably in several campaigns. By 1626, Leslie had earned the rank of lieutenant-general and had been knighted by Gustavus. In 1628, he distinguished himself for his determination and energy in defending Stralsund against Wallenstein, and in 1630, he captured the island of Rügen in the name of the king of Sweden. That same year, he returned to Scotland to help recruit and organize the Scottish volunteers that James, 3rd marquis of Hamilton, brought over to Gustavus in 1631. Leslie sustained a serious injury that winter but still managed to be present at Gustavus’s last battle at Lützen. Like many mercenaries who served under Gustavus, Leslie held his old commander’s memory dear until his death, particularly treasuring a jewel and miniature gifted to him by the king. He remained a general officer in the Swedish army for several years, was promoted to field marshal in 1636, and continued in the field until 1638, when circumstances brought him back to Scotland. He had married long before this—in 1637, his eldest son became a colonel in the Swedish army—and he had managed to stay connected with Scottish affairs.

As the foremost Scottish soldier of his day he was naturally nominated to command the Scottish army in the impending war with England, a post which, resigning his Swedish command, he accepted with a glad heart, for he was an ardent Covenanter and had caused “a great number of our commanders in Germany subscryve our covenant” (Baillie’s Letters). On leaving Sweden he brought back his arrears of pay in the form of cannon and muskets for his new army. For some months he busied himself with the organization and training of the new levies, and with inducing Scottish officers abroad to do their duty to their country by returning to lead them. Diminutive in size and somewhat deformed in person as he was, his reputation and his shrewdness 507 and simple tact, combined with the respect for his office of lord general that he enforced on all ranks, brought even the unruly nobles to subordination. He had by now amassed a considerable fortune and was able to live in a manner befitting a commander-in-chief, even when in the field. One of his first exploits was to take the castle of Edinburgh by surprise, without the loss of a man. He commanded the Scottish army at Dunse Law in May of that year, and in 1640 he invaded England, and defeated the king’s troops at Newburn on the Tyne, which gave him possession of Newcastle and of the open country as far as the Tees. At the treaty with the king at Ripon, Leslie was one of the commissioners of the Scottish parliament, and when Charles visited Edinburgh Leslie entertained him magnificently and accompanied him when he drove through the streets. His affirmations of loyalty to the crown, which later events caused to be remembered against him, were sincere enough, but the complicated politics of the time made it difficult for Leslie, the lord general of the Scottish army, to maintain a perfectly consistent attitude. However, his influence was exercised chiefly to put an end to, even to hush up, the troubles, and he is found, now giving a private warning to plotters against the king to enable them to escape, now guarding the Scottish parliament against a royalist coup d’état, and now securing for an old comrade of the German wars, Patrick Ruthven, Lord Ettrick, indemnity for having held Edinburgh Castle for the king against the parliament. Charles created him, by patent dated Holyrood, October 11, 1641, earl of Leven and Lord Balgonie, and made him captain of Edinburgh Castle and a privy councillor. The parliament recognized his services by a grant, and, on his resigning the lord generalship, appointed him commander of the permanent forces. A little later, Leven, who was a member of the committee of the estates which exercised executive powers during the recess of parliament, used his great influence in support of a proposal to raise a Scottish army to help the elector palatine in Germany, but the Ulster massacres gave this force, when raised, a fresh direction and Leven himself accompanied it to Ireland as lord general. He did not remain there long, for the Great Rebellion (q.v.) had begun in England, and negotiations were opened between the English and the Scottish parliaments for mutual armed assistance. Leven accepted the command of the new forces raised for the invasion of England, and was in consequence freely accused of having broken his personal oath to Charles, but he could hardly have acted otherwise than he did, and at that time, and so far as the Scots were concerned, to the end of the struggle, the parliaments were in arms, professedly and to some extent actually, to rescue his majesty from the influence of evil counsellors.

As the top Scottish soldier of his time, he was naturally chosen to lead the Scottish army in the upcoming war with England. He happily accepted this position after resigning his command in Sweden, as he was a passionate Covenanter and had gotten “a great number of our commanders in Germany to sign our covenant” (Baillie’s Letters). When he left Sweden, he returned with his unpaid wages in the form of cannons and muskets for his new army. For several months, he focused on organizing and training the new recruits and encouraging Scottish officers abroad to return and serve their country as leaders. Despite being small and somewhat physically deformed, his reputation, sharp wit, and straightforward approach, along with the respect he demanded as lord general, managed to bring even the unruly nobles under control. By this point, he had built a significant fortune and could live in a way appropriate for a commander-in-chief, even while in the field. One of his first feats was to capture Edinburgh Castle unexpectedly without losing a single man. He led the Scottish army at Dunse Law in May of that year, and in 1640, he invaded England and defeated the king’s forces at Newburn on the Tyne, gaining control of Newcastle and the surrounding area up to the Tees. During the treaty with the king at Ripon, Leslie was one of the Scottish parliament's commissioners, and when Charles visited Edinburgh, Leslie gave him a grand reception and accompanied him on his drive through the streets. His expressions of loyalty to the crown, which were later held against him, were quite genuine, but the complicated political climate of the time made it challenging for Leslie, as lord general of the Scottish army, to maintain a perfectly consistent stance. Nevertheless, he primarily worked to end, and even cover up, the conflicts, sometimes warning plotters against the king privately to help them escape, while at other times protecting the Scottish parliament from a royalist coup d’état, and securing indemnity for his old comrade from the German wars, Patrick Ruthven, Lord Ettrick, for holding Edinburgh Castle for the king against parliament. Charles created him, by patent dated Holyrood, October 11, 1641, earl of Leven and Lord Balgonie, and appointed him as captain of Edinburgh Castle and a privy councillor. The parliament acknowledged his contributions with a grant, and when he stepped down from the lord general position, they appointed him commander of the regular forces. Shortly after, Leven, a member of the estates committee that held executive power during the parliament's recess, used his considerable influence to support a proposal to raise a Scottish army to assist the elector palatine in Germany. However, the Ulster massacres redirected this force, and Leven accompanied it to Ireland as lord general. He didn't stay there long, as the Great Rebellion (q.v.) had begun in England, leading to negotiations between the English and Scottish parliaments for mutual armed support. Leven accepted the command of the new forces raised for the invasion of England, leading to accusations of having broken his personal oath to Charles. Still, he couldn’t have acted any differently under those circumstances, and at that moment, and for the duration of the conflict as far as the Scots were concerned, the parliaments were armed, ostensibly and to some extent genuinely, to rescue his majesty from the influence of bad advisers.

The military operations preceding Marston Moor are described under Great Rebellion, and the battle itself under its own heading. Leven’s great reputation, wisdom and tact made him an ideal commander for the allied army formed by the junction of Leven’s, Fairfax’s and Manchester’s in Yorkshire. After the battle the allied forces separated, Leven bringing the siege of Newcastle to an end by storming it. In 1645 the Scots were less successful, though their operations ranged from Westmorland to Hereford, and Leven himself had many administrative and political difficulties to contend with. These difficulties became more pronounced when in 1646 Charles took refuge with the Scottish army. The king remained with Leven until he was handed over to the English parliament in 1647, and Leven constantly urged him to take the covenant and to make peace. Presbyterians and Independents had now parted, and with no more concession than the guarantee of the covenant the Scottish and English Presbyterians were ready to lay down their arms, or to turn them against the “sectaries.” Leven was now old and infirm, and though retained as nominal commander-in-chief saw no further active service. He acted with Argyll and the “godly” party in the discussions preceding the second invasion of England, and remained at his post as long as possible in the hope of preventing the Scots becoming merely a royalist instrument for the conquest of the English Independents. But be was induced in the end to resign, though he was appointed lord general of all new forces that might be raised for the defence of Scotland. The occasion soon came, for Cromwell annihilated the Scottish invaders at Preston and Uttoxeter, and thereupon Argyll assumed political and Leven military control at Edinburgh. But he was now over seventy years of age, and willingly resigned the effective command to his subordinate David Leslie (see Newark, Lord), in whom he had entire confidence. After the execution of Charles I. the war broke out afresh, and this time the “godly” party acted with the royalists. In the new war, and in the disastrous campaign of Dunbar, Leven took but a nominal part, though attempts were afterwards made to hold him responsible. But once more the parliament refused to accept his resignation. Leven at last fell into the hands of a party of English dragoons in August 1651, and with some others was sent to London. He remained incarcerated in the Tower for some time, till released on finding securities for £20,000, upon which he retired to his residence in Northumberland. While on a visit to London he was again arrested, for a technical breach of his engagement, but by the intercession of the queen of Sweden he obtained his liberty. He was freed from his engagements in 1654, and retired to his seat at Balgonie in Fifeshire, where he died at an advanced age in 1661. He acquired considerable landed property, particularly Inchmartin in the Carse of Gowrie, which he called Inchleslie.

The military operations leading up to Marston Moor are discussed under Great Rebellion, and the battle itself has its own section. Leven’s impressive reputation, wisdom, and tact made him the perfect leader for the allied army formed by the joining of Leven’s, Fairfax’s, and Manchester’s forces in Yorkshire. After the battle, the allied troops disbanded, with Leven ending the siege of Newcastle by storming it. In 1645, the Scots had less success, despite their operations ranging from Westmorland to Hereford, and Leven faced many administrative and political challenges. These challenges intensified in 1646 when Charles sought refuge with the Scottish army. The king stayed with Leven until he was handed over to the English parliament in 1647, and Leven continually encouraged him to take the covenant and pursue peace. Presbyterians and Independents had now split, and the Scottish and English Presbyterians, without any more concessions than the covenant guarantee, were willing to either lay down their arms or turn them against the “sectaries.” Leven, now old and unwell, was kept on as the nominal commander-in-chief but saw no further active duty. He worked with Argyll and the “godly” faction in the discussions leading up to the second invasion of England and remained in his position as long as he could in hopes of preventing the Scots from becoming just a royalist tool to conquer the English Independents. Ultimately, he was persuaded to resign but was appointed lord general of any new forces that might be raised for Scotland's defense. This opportunity came soon, as Cromwell defeated the Scottish invaders at Preston and Uttoxeter, after which Argyll took political control and Leven took military control in Edinburgh. However, at over seventy years old, he willingly handed over the active command to his subordinate David Leslie (see Newark, Lord), in whom he had complete trust. After the execution of Charles I, the war reignited, and this time the “godly” faction collaborated with the royalists. In this new conflict and during the disastrous campaign at Dunbar, Leven played only a nominal role, even though there were later attempts to hold him accountable. The parliament once again refused to accept his resignation. In August 1651, Leven fell into the hands of a group of English dragoons and, along with others, was sent to London. He was imprisoned in the Tower for a while until he was released after finding securities for £20,000, after which he returned to his home in Northumberland. While visiting London, he was again arrested for a minor breach of his agreement but obtained his freedom through the intercession of the queen of Sweden. He was freed from his obligations in 1654 and retired to his estate at Balgonie in Fife, where he died at an advanced age in 1661. He acquired significant land holdings, particularly Inchmartin in the Carse of Gowrie, which he named Inchleslie.

LEVEN, a police burgh of Fifeshire, Scotland. Pop. (1901) 5577. It is situated on the Firth of Forth, at the mouth of the Leven, 5¾ m. E. by N. of Thornton Junction by the North British railway. The public buildings include the town hall, public hall and people’s institute, in the grounds of which the old town cross has been erected. The industries are numerous, comprising flax-spinning, brewing, linen-weaving, paper-making, seed-crushing and rope-making, besides salt-works, a foundry, saw-mill and brick-works. The wet dock is not much used, owing to the constant accumulation of sand. The golf-links extending for 2 m. to Lundin are among the best in Scotland. Two miles N.E. is Lundin Mill and Drumochie, usually called Lundin (pop. 570), at the mouth of Kiel Burn, with a station on the Links. The three famous standing stones are supposed to be either of “Druidical” origin or to mark the site of a battle with the Danes. In the vicinity are the remains of an old house of the Lundins, dating from the reign of David II. To the N.W. of Leven lies the parish of Kennoway (pop. 870). In Captain Seton’s house, which still stands in the village of Kennoway, Archbishop Sharp spent the night before his assassination (1679). One mile east of Lundin lies Largo (pop. of parish 2046), consisting of Upper Largo, or Kirkton of Largo, and Lower Largo. The public buildings include Simpson institute, with a public hall, library, reading-room, bowling-green and lawn-tennis court, and John Wood’s hospital, founded in 1659 for poor persons bearing his name. A statue of Alexander Selkirk, or Selcraig (1676-1721), the prototype of “Robinson Crusoe,” who was born here, was erected in 1886. Sir John Leslie (1766-1832), the natural philosopher, was also a native. Largo claims two famous sailors, Admiral Sir Philip Durham (1763-1845), commander-in-chief at Portsmouth from 1836 to 1839, and Sir Andrew Wood (d. 1515), the trusted servant of James III. and James IV., who sailed the “Great Michael,” the largest ship of its time. When he was past active service he had a canal cut from his house to the parish church, to which he was rowed every Sunday in an eight-oared barge. Largo House was granted to him by James III., and the tower of the original structure still exists. About 1½ m. from the coast rises the height of Largo Law (948 ft.). Kellie Law lies some 5½ m. to the east.

LEVEN, is a police burgh in Fife, Scotland. Population (1901) 5,577. It's located on the Firth of Forth, at the mouth of the Leven River, 5¾ miles east-northeast of Thornton Junction on the North British railway. The public buildings include the town hall, a public hall, and a people’s institute, where the old town cross has been erected. The local industries are diverse, including flax-spinning, brewing, linen-weaving, paper-making, seed-crushing, and rope-making, along with salt-works, a foundry, a sawmill, and brickworks. The wet dock isn’t used much due to a constant build-up of sand. The golf course stretching for 2 miles to Lundin is considered one of the best in Scotland. Two miles northeast is Lundin Mill and Drumochie, often called Lundin (population 570), located at the mouth of Kiel Burn, with a station on the Links. The three famous standing stones are believed to be either of “Druidical” origin or to mark the site of a battle with the Danes. Nearby are the remains of an old house of the Lundins, dating back to the reign of David II. To the northwest of Leven lies the parish of Kennoway (population 870). In Captain Seton’s house, which still stands in the village of Kennoway, Archbishop Sharp spent the night before his assassination (1679). One mile east of Lundin is Largo (population of parish 2,046), which includes Upper Largo, or Kirkton of Largo, and Lower Largo. The public buildings feature the Simpson Institute, which has a public hall, library, reading room, bowling green, and lawn tennis court, as well as John Wood’s hospital, founded in 1659 for the poor who bear his name. A statue of Alexander Selkirk, or Selcraig (1676-1721), the inspiration for “Robinson Crusoe,” who was born here, was erected in 1886. Sir John Leslie (1766-1832), the natural philosopher, was also a local. Largo is known for two notable sailors: Admiral Sir Philip Durham (1763-1845), who was commander-in-chief at Portsmouth from 1836 to 1839, and Sir Andrew Wood (d. 1515), a trusted servant of James III and James IV, who sailed the “Great Michael,” the largest ship of its time. After retiring from active service, he had a canal built from his house to the parish church, where he was rowed every Sunday in an eight-oared barge. Largo House was granted to him by James III, and the original tower still stands. About 1½ miles from the coast rises the height of Largo Law (948 ft.). Kellie Law is located around 5½ miles to the east.

LEVEN, LOCH, a lake of Kinross-shire, Scotland. It has an oval shape, the longer axis running from N.W. to S.E., has a length of 323 m., and a breadth of 223 m. and is situated near the south and east boundaries of the shire. It lies at a height of 350 ft. above the sea. The mean depth is less than 15 ft., with a maximum of 83 ft., the lake being thus one of the shallowest in Scotland. Reclamation works carried on from 1826 to 1836 reduced its area by one quarter, but it still possesses a surface 508 area of 5½ sq. m. It drains the county and is itself drained by the Leven. It is famous for the Loch Leven trout (Salmo levenensis, considered by some a variety of S. trutta), which are remarkable for size and quality. The fishings are controlled by the Loch Leven Angling Association, which organizes competitions attracting anglers from far and near. The loch contains seven islands. Upon St Serf’s, the largest, which commemorates the patron saint of Fifeshire, are the ruins of the Priory of Portmoak—so named from St Moak, the first abbot—the oldest Culdee establishment in Scotland. Some time before 961 it was made over to the bishop of St Andrews, and shortly after 1144 a body of canons regular was established on it in connexion with the priory of canons regular founded in that year at St Andrews. The second largest island, Castle Island, possesses remains of even greater interest. The first stronghold is supposed to have been erected by Congal, son of Dongart, king of the Picts. The present castle dates from the 13th century and was occasionally used as a royal residence. It is said to have been in the hands of the English for a time, from whom it was delivered by Wallace. It successfully withstood Edward Baliol’s siege in 1335, and was granted by Robert II. to Sir William Douglas of Lugton. It became the prison at various periods of Robert II.; of Alexander Stuart, earl of Buchan, “the Wolf of Badenoch”; Archibald, earl of Douglas (1429); Patrick Graham, archbishop of St Andrews (who died, still in bondage, on St Serf’s Island in 1478), and of Mary, queen of Scots. The queen had visited it more than once before her detention, and had had a presence chamber built in it. Conveyed hither in June 1567 after her surrender at Carberry, she signed her abdication within its walls on the 4th of July and effected her escape on the 2nd of May 1568. The keys of the castle, which were thrown into the loch during her flight, were found and are preserved at Dalmahoy in Midlothian. Support of Mary’s cause had involved Thomas Percy, 7th earl of Northumberland (b. 1528). He too was lodged in the castle in 1569, and after three years’ imprisonment was handed over to the English, by whom he was beheaded at York in 1572. The proverb that “Those never got luck who came to Loch Leven” sums up the history of the castle. The causeway connecting the isle with the mainland was long submerged too deeply for use, but the reclamation operations already referred to almost brought it into view again.

LEVEN, LOCH, a lake in Kinross-shire, Scotland. It has an oval shape, with its longer side running from northwest to southeast, measuring 323 m in length and 223 m in width, located near the southern and eastern boundaries of the shire. It sits at an elevation of 350 ft. above sea level. The average depth is under 15 ft., with a maximum depth of 83 ft., making it one of the shallowest lakes in Scotland. Reclamation projects carried out from 1826 to 1836 shrank its area by a quarter, but it still has a surface area of 5½ sq. m. It drains the county and is drained by the Leven River. It's known for the Loch Leven trout (Salmo levenensis, which some consider a variety of S. trutta), famous for their size and quality. The fishing rights are managed by the Loch Leven Angling Association, which holds competitions that draw anglers from near and far. The loch has seven islands. On St Serf’s Island, the largest, which honors the patron saint of Fifeshire, are the ruins of the Priory of Portmoak—named after St Moak, the first abbot—Scotland's oldest Culdee establishment. Before 961, it was given to the bishop of St Andrews, and shortly after 1144, a group of canons regular was established there in connection with the priory of canons regular founded that year in St Andrews. The second largest island, Castle Island, has even more intriguing remains. The original stronghold is believed to have been built by Congal, son of Dongart, king of the Picts. The existing castle dates back to the 13th century and was occasionally used as a royal residence. It is said to have been held by the English for a time, from whom Wallace reclaimed it. It successfully withstood a siege by Edward Baliol in 1335 and was granted by Robert II to Sir William Douglas of Lugton. Over the years, it served as a prison for various notable figures, including Robert II, Alexander Stuart, earl of Buchan, “the Wolf of Badenoch,” Archibald, earl of Douglas (1429), Patrick Graham, archbishop of St Andrews (who died in captivity on St Serf’s Island in 1478), and Mary, queen of Scots. The queen had visited it multiple times before her confinement and had a presence chamber built there. In June 1567, after her surrender at Carberry, she was brought to the castle, where she signed her abdication on July 4 and escaped on May 2, 1568. The keys of the castle, which were tossed into the loch during her escape, were later found and are now preserved at Dalmahoy in Midlothian. Supporting Mary’s cause got Thomas Percy, 7th earl of Northumberland (b. 1528), imprisoned there in 1569; after three years, he was handed over to the English, who executed him at York in 1572. The saying, “Those never got luck who came to Loch Leven,” summarizes the castle's history. The causeway connecting the island to the mainland was submerged for a long time, but the reclamation projects mentioned earlier nearly brought it back to visibility.

LEVEN AND MELVILLE, EARLS OF. The family of Melville which now holds these two earldoms is descended from Sir John Melville of Raith in Fifeshire. Sir John, who was a member of the reforming party in Scotland, was put to death for high treason on the 13th of December 1548; he left with other children a son Robert (1527-1621), who in 1616 was created a lord of parliament as Lord Melville of Monymaill. Before his elevation to the Scottish peerage Melville had been a stout partisan of Mary, queen of Scots, whom he represented at the English court, and he had filled several important offices in Scotland under her son James VI. The fourth holder of the lordship of Melville was George (c. 1634-1707), a son of John, the 3rd lord (d. 1643), and a descendant of Sir John Melville. Implicated in the Rye House plot against Charles II., George took refuge in the Netherlands in 1683, but he returned to England after the revolution of 1688 and was appointed secretary for Scotland by William III. in 1689, being created earl of Melville in the following year. He was made president of the Scottish privy council in 1696, but he was deprived of his office when Anne became queen in 1702, and he died on the 20th of May 1707. His son David, 2nd earl of Melville (1660-1728), fled to Holland with his father in 1683; after serving in the army of the elector of Brandenburg he accompanied William of Orange to England in 1688. At the head of a regiment raised by himself he fought for William at Killiecrankie and elsewhere, and as commander-in-chief of the troops in Scotland he dealt promptly and effectively with the attempted Jacobite rising of 1708. In 1712, however, his office was taken from him and he died on the 6th of June 1728.

LEVEN AND MELVILLE, EARLS OF. The Melville family, which currently holds these two earldoms, is descended from Sir John Melville of Raith in Fifeshire. Sir John, who was part of the reforming group in Scotland, was executed for high treason on December 13, 1548; he left behind several children, including a son, Robert (1527-1621), who was made a lord of parliament as Lord Melville of Monymaill in 1616. Before his rise to the Scottish peerage, Melville was a strong supporter of Mary, Queen of Scots, whom he represented at the English court, and he held several important positions in Scotland under her son, James VI. The fourth holder of the lordship of Melville was George (c. 1634-1707), the son of John, the 3rd lord (d. 1643), and a descendant of Sir John Melville. Involved in the Rye House Plot against Charles II, George fled to the Netherlands in 1683 but returned to England after the revolution of 1688 and was appointed secretary for Scotland by William III in 1689, becoming earl of Melville the following year. He was made president of the Scottish privy council in 1696 but lost his office when Anne became queen in 1702, passing away on May 20, 1707. His son David, the 2nd earl of Melville (1660-1728), escaped to Holland with his father in 1683; after serving in the army of the elector of Brandenburg, he joined William of Orange in England in 1688. Leading a regiment he raised himself, he fought for William at Killiecrankie and elsewhere, and as commander-in-chief of the Scottish troops, he effectively managed the attempted Jacobite uprising of 1708. However, in 1712, his position was taken from him, and he died on June 6, 1728.

Alexander Leslie, 1st earl of Leven (q.v.), was succeeded in his earldom by his grandson Alexander, who died without sons in July 1664. The younger Alexander’s two daughters were then in turn countesses of Leven in their own right; and after the death of the second of these two ladies in 1676 a dispute arose over the succession to the earldom between John Leslie, earl (afterwards duke) of Rothes, and David Melville, 2nd earl of Melville, mentioned above. In 1681, however, Rothes died, and Melville, who was a great-grandson of the 1st earl of Leven, assumed the title, calling himself earl of Leven and Melville after he succeeded his father as earl of Melville in May 1707. Since 1805 the family has borne the name of Leslie-Melville. In 1906 John David Leslie-Melville (b. 1886) became 12th earl of Leven and 11th earl of Melville.

Alexander Leslie, 1st Earl of Leven (q.v.), was succeeded in his earldom by his grandson Alexander, who passed away without any sons in July 1664. The younger Alexander’s two daughters then became countesses of Leven in their own right. After the second of these women died in 1676, a dispute arose over the succession to the earldom between John Leslie, Earl (later Duke) of Rothes, and David Melville, 2nd Earl of Melville, as mentioned above. However, in 1681, Rothes died, and Melville, a great-grandson of the 1st Earl of Leven, claimed the title, referring to himself as Earl of Leven and Melville after he succeeded his father as Earl of Melville in May 1707. Since 1805, the family has carried the name Leslie-Melville. In 1906, John David Leslie-Melville (b. 1886) became the 12th Earl of Leven and the 11th Earl of Melville.

See Sir W. Fraser, The Melvilles, Earls of Melville, and the Leslies, Earls of Leven (1890); and the Leven and Melville Papers, edited by the Hon. W. H. Leslie-Melville for the Bannatyne Club (1843).

See Sir W. Fraser, The Melvilles, Earls of Melville, and the Leslies, Earls of Leven (1890); and the Leven and Melville Papers, edited by the Hon. W. H. Leslie-Melville for the Bannatyne Club (1843).

LEVER, CHARLES JAMES (1806-1872), Irish novelist, second son of James Lever, a Dublin architect and builder, was born in the Irish capital on the 31st of August 1806. His descent was purely English. He was educated in private schools, where he wore a ring, smoked, read novels, was a ringleader in every breach of discipline, and behaved generally like a boy destined for the navy in one of Captain Marryat’s novels. His escapades at Trinity College, Dublin (1823-1828), whence he took the degree of M.B. in 1831, form the basis of that vast cellarage of anecdote from which all the best vintages in his novels are derived. The inimitable Frank Webber in Charles O’Malley (spiritual ancestor of Foker and Mr Bouncer) was a college friend, Robert Boyle, later on an Irish parson. Lever and Boyle sang ballads of their own composing in the streets of Dublin, after the manner of Fergusson or Goldsmith, filled their caps with coppers and played many other pranks embellished in the pages of O’Malley, Con Cregan and Lord Kilgobbin. Before seriously embarking upon the medical studies for which he was designed, Lever visited Canada as an unqualified surgeon on an emigrant ship, and has drawn upon some of his experiences in Con Cregan, Arthur O’Leary and Roland Cashel. Arrived in Canada he plunged into the backwoods, was affiliated to a tribe of Indians and had to escape at the risk of his life, like his own Bagenal Daly.

LEVER, CHARLES JAMES (1806-1872), was an Irish novelist and the second son of James Lever, a Dublin architect and builder. He was born in Dublin on August 31, 1806. His ancestry was entirely English. He was educated in private schools, where he wore a ring, smoked, read novels, led the way in every act of mischief, and generally acted like a boy meant for the navy in one of Captain Marryat’s stories. His adventures at Trinity College, Dublin (1823-1828), where he earned his M.B. in 1831, are the foundation of the vast collection of anecdotes that inspired the best stories in his novels. The unforgettable Frank Webber in Charles O’Malley (the spiritual predecessor of Foker and Mr. Bouncer) was a college friend, Robert Boyle, who later became an Irish parson. Lever and Boyle serenaded Dublin with their own ballads, similar to Fergusson or Goldsmith, collected coppers in their caps, and pulled off many other antics that are vividly described in the pages of O’Malley, Con Cregan, and Lord Kilgobbin. Before seriously pursuing the medical studies he was meant for, Lever traveled to Canada as an unlicensed surgeon on an emigrant ship and drew upon some of his experiences in Con Cregan, Arthur O’Leary, and Roland Cashel. Once in Canada, he threw himself into the wilderness, joined a tribe of Indians, and had to escape at great personal risk, much like his character Bagenal Daly.

Back in Europe, he travelled in the guise of a student from Göttingen to Weimar (where he saw Goethe), thence to Vienna; he loved the German student life with its beer, its fighting and its fun, and several of his merry songs, such as “The Pope he loved a merry life” (greatly envied by Titmarsh), are on Student-lied models. His medical degree admitted him to an appointment from the Board of Health in Co. Clare and then as dispensary doctor at Port Stewart, but the liveliness of his diversions as a country doctor seems to have prejudiced the authorities against him. In 1833 he married his first love, Catherine Baker, and in February 1837, after varied experiences, he began running The Confessions of Harry Lorrequer through the pages of the recently established Dublin University Magazine. During the previous seven years the popular taste had declared strongly in favour of the service novel as exemplified by Frank Mildmay, Tom Cringle, The Subaltern, Cyril Thornton, Stories of Waterloo, Ben Brace and The Bivouac; and Lever himself had met William Hamilton Maxwell, the titular founder of the genre. Before Harry Lorrequer appeared in volume form (1839), Lever had settled on the strength of a slight diplomatic connexion as a fashionable physician in Brussels (16, Rue Ducale). Lorrequer was merely a string of Irish and other stories good, bad and indifferent, but mostly rollicking, and Lever, who strung together his anecdotes late at night after the serious business of the day was done, was astonished at its success. “If this sort of thing amuses them, I can go on for ever.” Brussels was indeed a superb place for the observation of half-pay officers, such as Major Monsoon (Commissioner Meade), Captain Bubbleton and the like, who terrorized the tavernes of the place with their endless peninsular stories, and of English society a little damaged, which it became the specialty of Lever to depict. He sketched with a free hand, wrote, as he lived, from hand to mouth, and the chief difficulty he experienced was that of getting rid of his 509 characters who “hung about him like those tiresome people who never can make up their minds to bid you good night.” Lever had never taken part in a battle himself, but his next three books, Charles O’Malley (1841), Jack Hinton and Tom Burke of Ours (1843), written under the spur of the writer’s chronic extravagance, contain some splendid military writing and some of the most animated battle-pieces on record. In pages of O’Malley and Tom Burke Lever anticipates not a few of the best effects of Marbot, Thiébaut, Lejeune, Griois, Seruzier, Burgoyne and the like. His account of the Douro need hardly fear comparison, it has been said, with Napier’s. Condemned by the critics, Lever had completely won the general reader from the Iron Duke himself downwards.

Back in Europe, he traveled disguised as a student from Göttingen to Weimar (where he met Goethe), then on to Vienna. He loved the German student life with its beer, fights, and fun, and several of his lively songs, like “The Pope he loved a merry life” (greatly envied by Titmarsh), follow the style of Student-lied. His medical degree secured him a position with the Board of Health in County Clare and later as a dispensary doctor in Port Stewart, but the exuberance of his country doctor antics seemed to turn the authorities against him. In 1833, he married his first love, Catherine Baker, and in February 1837, after various experiences, he started publishing The Confessions of Harry Lorrequer in the newly established Dublin University Magazine. In the previous seven years, popular taste had strongly favored the service novel as shown by Frank Mildmay, Tom Cringle, The Subaltern, Cyril Thornton, Stories of Waterloo, Ben Brace, and The Bivouac; and Lever himself had met William Hamilton Maxwell, the supposed founder of the genre. Before Harry Lorrequer was published in book form (1839), Lever had established himself as a fashionable doctor in Brussels (16, Rue Ducale) based on a minor diplomatic connection. Lorrequer was simply a collection of Irish and other stories—some good, some bad, and some just okay—but mostly lively, and Lever, who put together his anecdotes late at night after a day of serious work, was surprised by its success. “If this is what they enjoy, I can keep writing forever.” Brussels was an excellent place to observe retired officers like Major Monsoon (Commissioner Meade), Captain Bubbleton, and others who entertained the local taverns with their endless Peninsular War stories, as well as a slightly tarnished English society that became Lever's specialty to portray. He sketched freely, wrote on the go, and his main challenge was getting rid of his characters who “ lingered like those annoying people who never seem to decide to say good night.” Lever had never fought in a battle himself, but his next three books, Charles O’Malley (1841), Jack Hinton, and Tom Burke of Ours (1843), written under the pressure of his chronic extravagance, include some fantastic military writing and some of the most exciting battle scenes ever recorded. In the pages of O’Malley and Tom Burke, Lever anticipates many of the best effects of Marbot, Thiébaut, Lejeune, Griois, Seruzier, Burgoyne, and others. His description of the Douro is said to be hardly less impressive than Napier’s. Critically condemned, Lever had completely captured the general readership from the Iron Duke himself on down.

In 1842 he returned to Dublin to edit the Dublin University Magazine, and gathered round him a typical coterie of Irish wits (including one or two hornets) such as the O’Sullivans, Archer Butler, W. Carleton, Sir William Wilde, Canon Hayman, D. F. McCarthy, McGlashan, Dr Kenealy and many others. In June 1842 he welcomed at Templeogue, 4 m. south-west of Dublin, the author of the Snob Papers on his Irish tour (the Sketch Book was, later, dedicated to Lever). Thackeray recognized the fund of Irish sadness beneath the surface merriment. “The author’s character is not humour but sentiment. The spirits are mostly artificial, the fond is sadness, as appears to me to be that of most Irish writing and people.” The Waterloo episode in Vanity Fair was in part an outcome of the talk between the two novelists. But the “Galway pace,” the display he found it necessary to maintain at Templeogue, the stable full of horses, the cards, the friends to entertain, the quarrels to compose and the enormous rapidity with which he had to complete Tom Burke, The O’Donoghue and Arthur O’Leary (1845), made his native land an impossible place for Lever to continue in. Templeogue would soon have proved another Abbotsford. Thackeray suggested London. But Lever required a new field of literary observation and anecdote. His sève originel was exhausted and he decided to renew it on the continent. In 1845 he resigned his editorship and went back to Brussels, whence he started upon an unlimited tour of central Europe in a family coach. Now and again he halted for a few months, and entertained to the limit of his resources in some ducal castle or other which he hired for an off season. Thus at Riedenburg, near Bregenz, in August 1846, he entertained Charles Dickens and his wife and other well-known people. Like his own Daltons or Dodd Family Abroad he travelled continentally, from Carlsruhe to Como, from Como to Florence, from Florence to the Baths of Lucca and so on, and his letters home are the litany of the literary remittance man, his ambition now limited to driving a pair of novels abreast without a diminution of his standard price for serial work (“twenty pounds a sheet”). In the Knight of Gwynne, a story of the Union (1847), Con Cregan (1849), Roland Cashel (1850) and Maurice Tiernay (1852) we still have traces of his old manner; but he was beginning to lose his original joy in composition. His fond of sadness began to cloud the animal joyousness of his temperament. Formerly he had written for the happy world which is young and curly and merry; now he grew fat and bald and grave. “After 38 or so what has life to offer but one universal declension. Let the crew pump as hard as they like, the leak gains every hour.” But, depressed in spirit as he was, his wit was unextinguished; he was still the delight of the salons with his stories, and in 1867, after a few years’ experience of a similar kind at Spezia, he was cheered by a letter from Lord Derby offering him the more lucrative consulship of Trieste. “Here is six hundred a year for doing nothing, and you are just the man to do it.” The six hundred could not atone to Lever for the lassitude of prolonged exile. Trieste, at first “all that I could desire,” became with characteristic abruptness “detestable and damnable.” “Nothing to eat, nothing to drink, no one to speak to.” “Of all the dreary places it has been my lot to sojourn in this is the worst” (some references to Trieste will be found in That Boy of Norcott’s, 1869). He could never be alone and was almost morbidly dependent upon literary encouragement. Fortunately, like Scott, he had unscrupulous friends who assured him that his last efforts were his best. They include The Fortunes of Glencore (1857), Tony Butler (1865), Luttrell of Arran (1865), Sir Brooke Fosbrooke (1866), Lord Kilgobbin (1872) and the table-talk of Cornelius O’Dowd, originally contributed to Blackwood. His depression, partly due to incipient heart disease, partly to the growing conviction that he was the victim of literary and critical conspiracy, was confirmed by the death of his wife (23rd April 1870), to whom he was tenderly attached. He visited Ireland in the following year and seemed alternately in very high and very low spirits. Death had already given him one or two runaway knocks, and, after his return to Trieste, he failed gradually, dying suddenly, however, and almost painlessly, from failure of the heart’s action on the 1st of June 1872. His daughters, one of whom, Sydney, is believed to have been the real author of The Rent in a Cloud (1869), were well provided for.

In 1842, he returned to Dublin to edit the Dublin University Magazine and gathered a typical group of Irish wits around him (including a few troublemakers) such as the O'Sullivans, Archer Butler, W. Carleton, Sir William Wilde, Canon Hayman, D. F. McCarthy, McGlashan, Dr. Kenealy, and many others. In June 1842, he welcomed the author of the Snob Papers during his Irish tour at Templeogue, 4 miles southwest of Dublin (the Sketch Book was later dedicated to Lever). Thackeray recognized the deep Irish sadness beneath the surface cheer. “The author’s character isn’t humor but sentiment. The spirits are mostly fake; the real feeling is sadness, which seems to be the case for most Irish writing and people.” The Waterloo episode in Vanity Fair was partly inspired by their conversations. However, the “Galway pace,” the image he felt he had to maintain at Templeogue, the stable full of horses, the cards, the friends to entertain, the quarrels to settle, and the intense speed at which he had to finish Tom Burke, The O’Donoghue, and Arthur O’Leary (1845) made his home country an impossible place for Lever to stay. Templeogue could soon have become another Abbotsford. Thackeray suggested London, but Lever needed a new area for literary observation and stories. His creative energy was drained, and he decided to refresh it on the continent. In 1845, he stepped down from his editor role and returned to Brussels, from where he embarked on an endless tour of central Europe in a family coach. Occasionally, he would pause for a few months and entertain to the extent of his means at some rented ducal castle during the off-season. In August 1846 at Riedenburg, near Bregenz, he entertained Charles Dickens and his wife along with other notable guests. Like his own Daltons or Dodd Family Abroad, he traveled across the continent, from Carlsruhe to Como, from Como to Florence, from Florence to the Baths of Lucca, and so on, with letters home resembling the messages of a literary remittance man, his ambition now limited to completing a couple of novels simultaneously without lowering his standard fee for serial work (“twenty pounds a sheet”). In The Knight of Gwynne, a story of the Union (1847), Con Cregan (1849), Roland Cashel (1850), and Maurice Tiernay (1852), traces of his old style remain, but he was starting to lose his original joy in writing. His sense of sadness began to overshadow the lively spirit of his character. He had once written for a joyful world that is young and carefree; now he became overweight, bald, and serious. “After about 38, what does life offer but one long decline? Let the crew pump as hard as they want, the leak gets bigger every hour.” Yet, despite his gloomy spirit, his wit remained intact; he was still the life of the salons with his stories. In 1867, after a few years of similar experiences at Spezia, he was uplifted by a letter from Lord Derby offering him a more lucrative consul position in Trieste. “Here’s six hundred a year for doing nothing, and you’re just the person to do it.” However, the six hundred pounds couldn’t make up for Lever’s listlessness from prolonged exile. At first, Trieste was “everything I could wish for,” but it quickly turned into “detestable and awful.” “There’s nothing to eat, nothing to drink, no one to talk to.” “Of all the dreary places I’ve stayed, this is the worst” (some references to Trieste can be found in That Boy of Norcott’s, 1869). He could never be alone and was almost obsessively reliant on literary validation. Fortunately, like Scott, he had unscrupulous friends who assured him that his latest works were his best. These included The Fortunes of Glencore (1857), Tony Butler (1865), Luttrell of Arran (1865), Sir Brooke Fosbrooke (1866), Lord Kilgobbin (1872), and the discussions of Cornelius O’Dowd, originally contributed to Blackwood. His depression, partly due to early heart disease and partly because he believed he was a victim of literary and critical conspiracies, was intensified by the death of his wife (April 23, 1870), to whom he was deeply attached. He visited Ireland the following year and seemed to alternate between very high and very low spirits. Death had already dealt him a few harsh blows, and after returning to Trieste, he gradually declined, dying suddenly and almost painlessly from heart failure on June 1, 1872. His daughters, one of whom, Sydney, is believed to have been the real author of The Rent in a Cloud (1869), were well taken care of.

Trollope praised Lever’s novels highly when he said that they were just like his conversation. He was a born raconteur, and had in perfection that easy flow of light description which without tedium or hurry leads up to the point of the good stories of which in earlier days his supply seemed inexhaustible. With little respect for unity of action or conventional novel structure, his brightest books, such as Lorrequer, O’Malley and Tom Burke, are in fact little more than recitals of scenes in the life of a particular “hero,” unconnected by any continuous intrigue. The type of character he depicted is for the most part elementary. His women are mostly rouées, romps or Xanthippes; his heroes have too much of the Pickle temper about them and fall an easy prey to the serious attacks of Poe or to the more playful gibes of Thackeray in Phil Fogarty or Bret Harte in Terence Deuville. This last is a perfect bit of burlesque. Terence exchanges nineteen shots with the Hon. Captain Henry Somerset in the glen. “At each fire I shot away a button from his uniform. As my last bullet shot off the last button from his sleeve, I remarked quietly, ‘You seem now, my lord, to be almost as ragged as the gentry you sneered at,’ and rode haughtily away.” And yet these careless sketches contain such haunting creations as Frank Webber, Major Monsoon and Micky Free, “the Sam Weller of Ireland.” Falstaff is alone in the literature of the world; but if ever there came a later Falstaff, Monsoon was the man. As for Baby Blake, is she not an Irish Di Vernon? The critics may praise Lever’s thoughtful and careful later novels as they will, but Charles O’Malley will always be the pattern of a military romance.

Trollope spoke very highly of Lever’s novels, saying they were just like his conversation. He was a natural storyteller, possessing that effortless flow of light description that smoothly guides you to the point of a good story, a supply of which seemed endless in his earlier days. With little regard for unity of action or the typical structure of novels, his brightest works—like Lorrequer, O’Malley, and Tom Burke—are essentially just accounts of scenes from a particular “hero’s” life, not connected by any ongoing plot. The characters he portrayed are mostly simple. His female characters are usually either flirtatious, wild, or tough; his heroes often have a bit of a mischievous streak and easily fall victim to the serious critiques of Poe or the more playful jabs from Thackeray in Phil Fogarty or Bret Harte in Terence Deuville. The latter is a great piece of parody. Terence engages in a duel, firing nineteen shots with the Hon. Captain Henry Somerset in the glen. “With each shot, I knocked off a button from his uniform. As my last bullet took off the last button from his sleeve, I casually remarked, ‘You now seem, my lord, to be almost as ragged as the people you mocked,’ and rode away in a haughty manner.” Yet, these light-hearted sketches include such memorable characters as Frank Webber, Major Monsoon, and Micky Free, “the Sam Weller of Ireland.” Falstaff stands alone in world literature; however, if there was ever a later Falstaff, Monsoon would be that person. And what about Baby Blake? Isn’t she like an Irish Di Vernon? Critics can praise Lever’s more thoughtful and polished later novels all they want, but Charles O’Malley will always be the model for a military romance.

Superior, it is sometimes claimed, in construction and style, the later books approximate it may be thought to the good ordinary novel of commerce, but they lack the extraordinary qualities, the incommunicable “go” of the early books—the élan of Lever’s untamed youth. Artless and almost formless these productions may be, but they represent to us, as very few other books can, that pathetic ejaculation of Lever’s own—“Give us back the wild freshness of the morning!” We know the novelist’s teachers, Maxwell, Napier, the old-fashioned compilation known as Victoires, conquêtes et désastres des Français (1835), and the old buffers at Brussels who emptied the room by uttering the word “Badajos.” But where else shall we find the equals of the military scenes in O’Malley and Tom Burke, or the military episodes in Jack Hinton, Arthur O’Leary (the story of Aubuisson) or Maurice Tiernay (nothing he ever did is finer than the chapter introducing “A remnant of Fontenoy”)? It is here that his true genius lies, even more than in his talent for conviviality and fun, which makes an early copy of an early Lever (with Phiz’s illustrations) seem literally to exhale an atmosphere of past and present entertainment. It is here that he is a true romancist, not for boys only, but also for men.

Some say that in terms of construction and style, the later books may come close to a good ordinary commercial novel, but they miss the extraordinary qualities, the indescribable energy of the early books—the excitement of Lever’s wild youth. These later works may seem simple and almost shapeless, but they capture for us, like very few other books can, that heartfelt plea of Lever’s own—“Give us back the wild freshness of the morning!” We know the novelist’s influences: Maxwell, Napier, the outdated collection titled Victoires, conquêtes et désastres des Français (1835), and the old guys in Brussels who cleared the room by mentioning the word “Badajos.” But where else can we find scenes as gripping as those in O’Malley and Tom Burke, or the military moments in Jack Hinton, Arthur O’Leary (the story of Aubuisson), or Maurice Tiernay (nothing he ever wrote is better than the chapter introducing “A remnant of Fontenoy”)? This is where his true genius lies, even more than in his ability to create a lively and fun atmosphere, which makes an early edition of an early Lever (with Phiz’s illustrations) feel like it’s brimming with the vibe of both past and present entertainment. Here, he is a genuine storyteller, appealing not just to boys, but also to men.

Lever’s lack of artistry and of sympathy with the deeper traits of the Irish character have been stumbling-blocks to his reputation among the critics. Except to some extent in The Martins of Cro’ Martin (1856) it may be admitted that his portraits of Irish are drawn too exclusively from the type depicted in Sir Jonah Barrington’s Memoirs and already well known on 510 the English stage. He certainly had no deliberate intention of “lowering the national character.” Quite the reverse. Yet his posthumous reputation seems to have suffered in consequence, in spite of all his Gallic sympathies and not unsuccessful endeavours to apotheosize the “Irish Brigade.”

Lever’s lack of artistic flair and his inability to connect with the deeper aspects of the Irish character have been obstacles to his reputation among critics. Except to some extent in The Martins of Cro’ Martin (1856), it’s fair to say that his portrayals of Irish people are drawn too much from the type shown in Sir Jonah Barrington’s Memoirs, which were already familiar on the 510 English stage. He certainly didn’t intend to “lower the national character.” Quite the opposite. Still, it seems his reputation after death has suffered because of this, despite all his French sympathies and fairly successful efforts to elevate the “Irish Brigade.”

The chief authorities are the Life, by W. J. Fitzpatrick (1879), and the Letters, ed. in 2 vols. by Edmund Downey (1906), neither of which, however, enables the reader to penetrate below the surface. See also Dr Garnett in Dict. Nat. Biog.; Dublin Univ. Mag. (1880), 465 and 570; Anthony Trollope’s Autobiography; Blackwood (August 1862); Fortnightly Review, vol. xxxii.; Andrew Lang’s Essays in Little (1892); Henley’s Views and Reviews; Hugh Walker’s Literature of the Victorian Era (1910); The Bookman Hist. of English Literature (1906), p. 467; Bookman (June 1906; portraits). A library edition of the novels in 37 vols. appeared 1897-1899 under the superintendence of Lever’s daughter, Julie Kate Neville.

The main sources are the Life by W. J. Fitzpatrick (1879) and the Letters, edited in 2 volumes by Edmund Downey (1906), but neither of these allows the reader to go beyond the surface. Also refer to Dr. Garnett in Dict. Nat. Biog.; Dublin Univ. Mag. (1880), pages 465 and 570; Anthony Trollope’s Autobiography; Blackwood (August 1862); Fortnightly Review, volume xxxii.; Andrew Lang’s Essays in Little (1892); Henley’s Views and Reviews; Hugh Walker’s Literature of the Victorian Era (1910); The Bookman Hist. of English Literature (1906), page 467; Bookman (June 1906; portraits). A library edition of the novels was published in 37 volumes from 1897 to 1899 under the supervision of Lever’s daughter, Julie Kate Neville.

(T. Se.)

LEVER (through O. Fr. leveour, levere, mod. levier, from Lat. levare, to lift, raise), a mechanical device for raising bodies; the “simple” lever consists of a rigid bar free to move about a fixed point, termed the fulcrum; one point of the rod is connected to the piece to be moved, and power is applied at another point (see Mechanics).

LEVER (from Old French leveour, levere, modern levier, from Latin levare, meaning to lift or raise), is a mechanical tool used for lifting objects; the “simple” lever consists of a rigid bar that can rotate around a fixed point known as the fulcrum; one end of the bar is attached to the object being moved, and force is applied at another point (see Mechanics).

LEVERRIER, URBAIN JEAN JOSEPH (1811-1877), French astronomer, was born at St Lô in Normandy on the 11th of March 1811. His father, who held a small post under government, made great efforts to send him to Paris, where a brilliant examination gained him, in 1831, admittance to the École Polytechnique. The distinction of his career there was rewarded with a free choice amongst the departments of the public service open to pupils of the school. He selected the administration of tobaccos, addressing himself especially to chemical researches under the guidance of Gay-Lussac, and gave striking proof of ability in two papers on the combinations of phosphorus with hydrogen and oxygen, published in Annales de Chimie et de Physique (1835 and 1837). His astronomical vocation, like that of Kepler, came from without. The place of teacher of that science at the École Polytechnique falling vacant in 1837, it was offered to and accepted by Leverrier, who, “docile to circumstance,” instantly abandoned chemistry, and directed the whole of his powers to celestial mechanics. The first fruits of his labours were contained in two memoirs presented to the Academy, September 16 and October 14, 1839. Pursuing the investigations of Laplace, he demonstrated with greater rigour the stability of the solar system, and calculated the limits within which the eccentricities and inclinations of the planetary orbits vary. This remarkable début excited much attention, and, on the recommendation of François Arago, he took in hand the theory of Mercury, producing, in 1843, vastly improved tables of that planet. The perturbations of the comets discovered, the one by H. A. E. A. Faye in November 1843, the other by Francesco de Vico a year later, were minutely investigated by Leverrier, with the result of disproving the supposed identity of the first with Lexell’s lost comet of 1770, and of the other with Tycho’s of 1585. On the other hand, he made it appear all but certain that Vico’s comet was the same with one seen by Philippe de Lahire in 1678. Recalled once more, by the summons of Arago, to planetary studies, he was this time invited to turn his attention to Uranus. Step by step, with sagacious and patient accuracy, he advanced to the great discovery which has immortalized his name. Carefully sifting all the known causes of disturbance, he showed that one previously unknown had to be reckoned with, and on the 23rd of September 1846 the planet Neptune was discerned by J. G. Galle (d. 1910) at Berlin, within one degree of the spot Leverrier had indicated (see Neptune).

LEVERRIER, URBAIN JEAN JOSEPH (1811-1877), French astronomer, was born in St Lô, Normandy, on March 11, 1811. His father, who had a small government job, worked hard to send him to Paris, where a stellar exam in 1831 got him into the École Polytechnique. His outstanding performance there earned him a choice among several public service departments available to graduates of the school. He chose to work in tobacco administration, focusing on chemical research under Gay-Lussac, and proved his skills with two papers on the combinations of phosphorus with hydrogen and oxygen, published in Annales de Chimie et de Physique (1835 and 1837). Like Kepler, his passion for astronomy came from external circumstances. When a teaching position in that field opened up at the École Polytechnique in 1837, it was offered to Leverrier, who, “open to circumstances,” quickly switched from chemistry to focusing entirely on celestial mechanics. The first results of his work were presented in two reports to the Academy on September 16 and October 14, 1839. Building on Laplace’s findings, he proved with more precision the stability of the solar system and calculated the limits within which the eccentricities and inclinations of planetary orbits could vary. This impressive start garnered a lot of attention, and on François Arago's recommendation, he took on the theory of Mercury, creating significantly improved tables for that planet in 1843. Leverrier meticulously examined the perturbations of two comets, one discovered by H. A. E. A. Faye in November 1843 and the other by Francesco de Vico a year later, disproving the idea that the first was the same as Lexell’s lost comet from 1770 and that the second was Tycho’s from 1585. At the same time, he made it almost certain that Vico’s comet was the same one observed by Philippe de Lahire in 1678. Once again called by Arago to study planets, this time he was asked to investigate Uranus. With careful and patient accuracy, he gradually moved toward the great discovery that would make him famous. After carefully analyzing all known causes of disturbance, he determined that an unknown factor needed to be considered, and on September 23, 1846, the planet Neptune was spotted by J. G. Galle (d. 1910) in Berlin, just one degree from the location Leverrier had predicted (see Neptune).

This memorable achievement was greeted with an outburst of public enthusiasm. Academies vied with each other in enrolling Leverrier among their members; the Royal Society awarded him the Copley medal; the king of Denmark sent him the order of the Dannebrog; he was named officer in the Legion of Honour, and preceptor to the comte de Paris; a chair of astronomy was created for his benefit at the Faculty of Sciences; he was appointed adjunct astronomer to the Bureau of Longitudes. Returned to the Legislative Assembly in 1849 by his native department of Manche, he voted with the anti-republican party, but devoted his principal attention to subjects connected with science and education. After the coup d’état of 1851 he became a senator and inspector-general of superior instruction, sat upon the commission for the reform of the École Polytechnique (1854), and, on the 30th of January 1854, succeeded Arago as director of the Paris observatory. His official work in the latter capacity would alone have strained the energies of an ordinary man. The institution had fallen into a state of lamentable inefficiency. Leverrier placed it on a totally new footing, freed it from the control of the Bureau of Longitudes, and raised it to its due rank among the observatories of Europe. He did not escape the common lot of reformers. His uncompromising measures and unconciliatory manner of enforcing them raised a storm only appeased by his removal on the 5th of February 1870. On the death of his successor Charles Eugène Delaunay (1816-1872), he was reinstated by Thiers, but with authority restricted by the supervision of a council. In the midst of these disquietudes, he executed a task of gigantic proportions. This was nothing less than the complete revision cf the planetary theories, followed by a laborious comparison of results with the most authentic observations, and the construction of tables representing the movements thus corrected. It required all his indomitable perseverance to carry through a purpose which failing health continually menaced with frustration. He had, however, the happiness of living long enough to perfect his work. Three weeks after he had affixed his signature to the printed sheets of the theory of Neptune he died at Paris on the 23rd of September 1877. By his marriage with Mademoiselle Choquet, who survived him little more than a month, he left a son and daughter.

This memorable achievement was met with a surge of public excitement. Academies competed to welcome Leverrier as a member; the Royal Society awarded him the Copley medal; the king of Denmark gave him the Dannebrog order; he was named an officer in the Legion of Honour and appointed as a tutor to the comte de Paris; a chair of astronomy was created for him at the Faculty of Sciences; and he was appointed adjunct astronomer to the Bureau of Longitudes. In 1849, he returned to the Legislative Assembly representing his home department of Manche, where he voted with the anti-republican party but focused primarily on topics related to science and education. After the coup d'état of 1851, he became a senator and inspector-general of higher education, served on the commission for reforming the École Polytechnique (1854), and on January 30, 1854, succeeded Arago as director of the Paris Observatory. His official responsibilities in this role alone would have overwhelmed an ordinary person. The institution was in a sadly inefficient state. Leverrier reorganized it completely, freed it from the control of the Bureau of Longitudes, and elevated its status among European observatories. He did not avoid the usual challenges faced by reformers. His firm policies and unyielding approach to implementing them sparked backlash that was only settled by his removal on February 5, 1870. After the death of his successor, Charles Eugène Delaunay (1816-1872), he was reinstated by Thiers, though with his authority limited by oversight from a council. Amid these troubles, he undertook an enormous task. This involved completely revising the planetary theories, followed by a thorough comparison of results with the most reliable observations, and the creation of tables representing these corrected movements. It took all his relentless perseverance to achieve this aim, which was constantly threatened by declining health. However, he was fortunate to live long enough to finish his work. Three weeks after he signed the printed sheets of the theory of Neptune, he passed away in Paris on September 23, 1877. He married Mademoiselle Choquet, who survived him for just over a month, and they had a son and daughter together.

The discovery with which Leverrier’s name is popularly identified was only an incident in his career. The elaboration of the scheme of the heavens traced out by P. S. Laplace in the Mécanique céleste was its larger aim, for the accomplishment of which forty years of unremitting industry barely sufficed. He nevertheless found time to organize the meteorological service in France and to promote the present system of international weather-warnings. He founded the Association Scientifique, and was active in introducing a practical scientific element into public education. His inference of the existence, between Mercury and the sun, of an appreciable quantity of circulating matter (Comptes rendus, 1859, ii. 379), has not yet been verified. He was twice, in 1868 and 1876, the recipient of the gold medal of the Royal Astronomical Society, London, and the university of Cambridge conferred upon him, in 1875, the honorary degree of LL.D. His planetary and solar tables were adopted by the Nautical Almanac, as well as by the Connaissance des temps.

The discovery that people most commonly associate with Leverrier was just one part of his career. The bigger goal was to develop the framework of the universe outlined by P. S. Laplace in the Mécanique céleste, which took him forty years of nonstop work. Despite this, he still found time to establish the meteorological service in France and support the current system of international weather alerts. He founded the Association Scientifique and was active in adding a practical scientific component to public education. His conclusion about the existence of a significant amount of circulating matter between Mercury and the sun (Comptes rendus, 1859, ii. 379) has not yet been confirmed. He received the gold medal from the Royal Astronomical Society in London twice, in 1868 and 1876, and the University of Cambridge awarded him the honorary degree of LL.D. in 1875. His planetary and solar tables were adopted by the Nautical Almanac as well as by the Connaissance des temps.

The Annales de l’Observatoire de Paris, the publication of which was set on foot by Leverrier, contain, in vols. i.-vi. (Mémoires) (1855-1861) and x.-xiv. (1874-1877), his theories and tables of the several planets. In vol. i. will be found, besides his masterly report on the observatory, a general theory of secular inequalities, in which the development of the disturbing function was carried further than had previously been attempted.

The Annales de l’Observatoire de Paris, initiated by Leverrier, includes volumes i through vi (Mémoires) (1855-1861) and x through xiv (1874-1877), featuring his theories and data about various planets. In volume i, in addition to his excellent report on the observatory, there's a general theory of long-term irregularities, where the analysis of the disturbing function was advanced more than ever before.

The memoirs and papers communicated by him to the Academy were summarized in Comptes rendus (1839-1876), and the more important published in full either separately or in the Conn. des temps and the Journal des mathématiques. That entitled Développemens sur différents points de la théorie des perturbations (1841), was translated in part xviii. of Taylor’s Scientific Memoirs. For his scientific work see Professor Adams’s address, Monthly Notices, xxxvi. 232, and F. Tisserand’s review in Ann. de l’Obs. tom. xv. (1880); for a notice of his life, J. Bertrand’s “Éloge historique,” Mém. de l’Ac. des Sciences, tom, xli., 2me série.

The memoirs and papers he shared with the Academy were summarized in Comptes rendus (1839-1876), and the more significant ones were published in full either separately or in Conn. des temps and Journal des mathématiques. The work titled Développemens sur différents points de la théorie des perturbations (1841) was partially translated in volume XVIII of Taylor’s Scientific Memoirs. For details on his scientific contributions, see Professor Adams’s address in Monthly Notices, xxxvi. 232, and F. Tisserand’s review in Ann. de l’Obs. vol. xv. (1880); for a notice of his life, refer to J. Bertrand’s “Éloge historique,” Mém. de l’Ac. des Sciences, vol. xli., 2me série.

(A. M. C.)

LEVERTIN, OSCAR IVAN (1862-1906), Swedish poet and man of letters, was born of Jewish parents at Norrköping on the 17th of July 1862. He received his doctorate in letters at Upsala in 1887, and was subsequently docent at Upsala, and later professor of literature at Stockholm. Enforced sojourns in southern Europe on account of health familiarized him with foreign languages. He began by being an extreme follower of the naturalist school, but on his return in 1890 from a two years’ residence in Davos he wrote, in collaboration with the poet C. G. Verner von Heidenstam (b. 1859), a novel, Pepitas bröllop (1890), which was a direct attack on naturalism. His later volumes of short stories, Rococonoveller and Sista noveller, are fine examples of modern Swedish fiction. The lyrical beauty of his poems, Legender och visor (1891), placed him at the head of the romantic reaction in Sweden. In his poems entitled Nya Dikter (1894) he drew his material partly from medieval sources, and a third 511 volume of poetry in 1902 sustained his reputation. His last poetical work (1905) was Kung Salomo och Morolf, poems founded on an eastern legend. As a critic he first attracted attention by his books on the Gustavian age of Swedish letters: Teater och drama under Gustaf III. (1889), &c. He was an active collaborator in the review Ord och Bild. He died in 1906, at a time when he was engaged on his Linné, posthumously published, a fragment of a great work on Linnaeus.

LEVERTIN, OSCAR IVAN (1862-1906), Swedish poet and writer, was born to Jewish parents in Norrköping on July 17, 1862. He earned his doctorate in letters at Upsala in 1887 and later became a lecturer at Upsala, eventually becoming a professor of literature in Stockholm. His health issues led him to stay in southern Europe, where he became familiar with foreign languages. He initially followed the naturalist school closely, but after returning from a two-year stay in Davos in 1890, he co-wrote a novel with the poet C. G. Verner von Heidenstam (b. 1859), titled Pepitas bröllop (1890), which was a direct criticism of naturalism. His later collections of short stories, Rococonoveller and Sista noveller, are excellent examples of modern Swedish fiction. The lyrical beauty of his poems in Legender och visor (1891) positioned him at the forefront of the romantic movement in Sweden. In his poems titled Nya Dikter (1894), he drew material from medieval sources, and a third volume of poetry in 1902 further solidified his reputation. His final collection of poems (1905) was Kung Salomo och Morolf, which was based on an eastern legend. As a critic, he first gained attention with his books on the Gustavian period of Swedish literature: Teater och drama under Gustaf III. (1889), etc. He actively contributed to the review Ord och Bild. He died in 1906 while working on his Linné, a posthumously published fragment of a larger work about Linnaeus.

LEVI, HERMANN (1839-1900), German orchestral conductor, was born at Giessen on the 7th of November 1839, and was the son of a Jewish rabbi. He was educated at Giessen and Mannheim, and came under Vincenz Lachner’s notice. From 1855 to 1858 Levi studied at the Leipzig conservatorium, and after a series of travels which took him to Paris, he obtained his first post as music director at Saarbrücken, which post he exchanged for that at Mannheim in 1861. From 1862 to 1864 he was chief conductor of the German opera in Rotterdam, then till 1872 at Carlsruhe, when he went to Munich, a post he held until 1896, when ill-health compelled him to resign. Levi’s name is indissolubly connected with the increased public appreciation of Wagner’s music. He conducted the first performance of Parsifal at Bayreuth in 1882, and was connected with the musical life of that place during the remainder of his career. He visited London in 1895.

LEVI, HERMANN (1839-1900), German orchestral conductor, was born in Giessen on November 7, 1839, and was the son of a Jewish rabbi. He was educated in Giessen and Mannheim and caught the attention of Vincenz Lachner. From 1855 to 1858, Levi studied at the Leipzig conservatory, and after a series of travels that took him to Paris, he landed his first job as music director in Saarbrücken, which he swapped for a position in Mannheim in 1861. From 1862 to 1864, he served as the chief conductor of the German opera in Rotterdam, then worked in Carlsruhe until 1872, when he moved to Munich, where he remained until 1896, when health issues forced him to step down. Levi’s name is closely linked with the growing public appreciation of Wagner’s music. He conducted the first performance of Parsifal at Bayreuth in 1882 and remained involved with the musical scene there for the rest of his career. He visited London in 1895.

LEVI, LEONE (1821-1888), English jurist and statistician, was born of Jewish parents on the 6th of June 1821, at Ancona, Italy. After receiving an early training in a business house in his native town, he went to Liverpool in 1844, became naturalized, and changing his faith, joined the Presbyterian church. Perceiving the necessity, in view of the unsystematic condition of the English law on the subject, for the establishment of chambers and tribunals of commerce in England, he warmly advocated their institution in numerous pamphlets; and as a result of his labours the Liverpool Chamber of Commerce, of which Levi was made secretary, was founded in 1849. In 1850 Levi published his Commercial Law of the World, being an exhaustive and comparative treatise upon the laws and codes of mercantile countries. Appointed in 1852 to the chair of commercial law in King’s College, London, he proved himself a highly competent and popular instructor, and his evening classes were a most successful innovation. He was called to the bar at Lincoln’s Inn in 1859, and received from the university of Tübingen the degree of doctor of political science. His chief work—History of British Commerce and of the Economic Progress of the British Nation, 1763-1870, is perhaps a rather too partisan account of British economic development, being a eulogy upon the blessings of Free Trade, but its value as a work of reference cannot be gainsaid. Among his other works are: Work and Pay; Wages and Earnings of the Working Classes; International Law, with Materials for a Code. He died on the 7th of May 1888.

LEVI, LEONE (1821-1888), English lawyer and statistician, was born to Jewish parents on June 6, 1821, in Ancona, Italy. After getting early experience in a business in his hometown, he moved to Liverpool in 1844, became a naturalized citizen, and converted to the Presbyterian church. Realizing the need for organized chambers and commercial courts in England due to the chaotic state of English law on this issue, he actively promoted their establishment in various pamphlets. His efforts led to the founding of the Liverpool Chamber of Commerce in 1849, where he became secretary. In 1850, Levi published his Commercial Law of the World, a thorough comparative analysis of the laws and codes of trade countries. Appointed in 1852 to the chair of commercial law at King’s College, London, he became a highly capable and well-liked teacher, and his evening classes were a successful new approach. He was called to the bar at Lincoln’s Inn in 1859 and earned a doctorate in political science from the University of Tübingen. His major work—History of British Commerce and of the Economic Progress of the British Nation, 1763-1870—might be seen as somewhat biased in favor of Free Trade, but its reference value is unquestionable. Other notable works include: Work and Pay; Wages and Earnings of the Working Classes; International Law, with Materials for a Code. He passed away on May 7, 1888.

LEVIATHAN, the Hebrew name (livyāthān), occurring in the poetical books of the Bible, of a gigantic animal, apparently the sea or water equivalent of behemoth (q.v.), the king of the animals of the dry land. In Job xli. 15 it would seem to represent the crocodile, in Isaiah xxvii. 1 it is a crooked and piercing serpent, the dragon of the sea; cf. Psalms civ. 26. The etymology of the word is uncertain, but it has been taken to be connected with a root meaning “to twist.” Apart from its scriptural usage, the word is applied to any gigantic marine animal such as the whale, and hence, figuratively, of very large ships, and also of persons of outstanding strength, power, wealth or influence. Hobbes adopted the name as the title of his principal work, applying it to “the multitude so united in one person ... called a commonwealth.... This is the generation of that Leviathan, or rather ... of that mortal God, to which we owe under the immortal God, our peace and defence.”

LEVIATHAN, is the Hebrew name (livyāthān), found in the poetic books of the Bible, referring to a gigantic creature, apparently the sea or water counterpart of behemoth (q.v.), the king of the land animals. In Job 41:15, it seems to represent the crocodile, while in Isaiah 27:1, it is depicted as a twisted and piercing serpent, the dragon of the sea; see Psalms 104:26. The origin of the word is uncertain, but it is thought to be linked to a root meaning “to twist.” Beyond its biblical context, the term is used for any massive sea creature like the whale and, figuratively, for very large ships, as well as for individuals with exceptional strength, power, wealth, or influence. Hobbes used the name as the title of his main work, referring to “the multitude united in one person... called a commonwealth.... This is the creation of that Leviathan, or rather... of that mortal God, to which we owe, under the immortal God, our peace and defense.”

LEVIRATE (Lat. levir, a husband’s brother), a custom, sometimes even a law, compelling a dead man’s brother to marry his widow. It seems to have been widespread in primitive times, and is common to-day. Of the origin and primitive purpose of the levirate marriage various explanations have been put forward:—

LEVIRATE (Lat. levir, a husband’s brother), a tradition, sometimes even a law, requiring a dead man’s brother to marry his widow. It appears to have been common in ancient times and is still seen today. Different theories have been proposed regarding the origin and initial purpose of levirate marriage:—

1. It has been urged that the custom was primarily based on the law of inheritance; a wife, regarded as a chattel, being inherited like other possessions. The social advantage of providing one who should maintain the widow doubtless aided the spread of the custom. The abandonment of a woman and her children in the nomadic stage of civilization would be equivalent to death for them; hence with some peoples the levirate became a duty rather than a right. Among the Thlinkets, for example, when a man dies, his brother or his sister’s son must marry the widow, a failure in this duty occasioning feuds. The obligation on a man to provide for his sister-in-law is analogous to other duties devolving on kinsfolk, such as the vendetta.

1. It's been suggested that the custom was mainly based on inheritance law; a wife, seen as property, was inherited like any other possession. The social benefit of having someone to care for the widow likely helped the custom to spread. Abandoning a woman and her children during the nomadic phase of civilization would have meant death for them; thus, among some groups, the levirate became more of a duty than a choice. For instance, among the Thlinkets, when a man dies, his brother or his sister’s son must marry the widow, and failing to do so leads to feuds. The responsibility for a man to support his sister-in-law is similar to other obligations that relatives have, like the vendetta.

2. J. F. McLennan, however, would assume the levirate to be a relic of polyandry, and in his argument lays much stress on the fact that it is the dead man’s brother who inherits the widow. But among many races who follow the custom, such as the Fijians, Samoans, Papuans of New Guinea, the Caroline Islanders, and some tribes in the interior of Western Equatorial Africa, the rule of inheritance is to the brother first. Thus among the Santals, “when the elder brother dies, the next younger inherits the widow, children and all the property.” Further, there is no known race where it is permitted to a son to marry his own mother. Inheriting a woman in primitive societies would be always tantamount to marrying her, and, apart from any special laws of inheritance, it would be natural for the brother to take over the widow. In polygamous countries where a man leaves many widows the son would have a right of ownership over these, and could dispose of them or keep them as he pleased, his own mother alone excepted. Thus among the Bakalai, an African tribe, widows may marry the son of their dead husband, or in default of a son, can live with the brother. The Negroes of Benin and the Gabun and the Kaffirs of Natal have similar customs. In New Caledonia every man, married or single, must immediately marry his brother’s widow. In Polynesia the levirate has the force of law, and it is common throughout America and Asia.

2. J. F. McLennan, however, would consider the levirate to be a leftover from polyandry, and in his argument, he emphasizes that it is the dead man’s brother who inherits the widow. However, among many groups that practice this custom, such as the Fijians, Samoans, Papuans of New Guinea, the Caroline Islanders, and some tribes in the interior of Western Equatorial Africa, the rule of inheritance goes to the brother first. For instance, among the Santals, “when the elder brother dies, the next younger inherits the widow, children, and all the property.” Furthermore, there is no known culture that allows a son to marry his own mother. In primitive societies, inheriting a woman would always mean marrying her, and aside from any specific inheritance laws, it would be natural for the brother to take the widow. In polygamous societies where a man leaves behind multiple widows, the son would have the right to own these widows and could either keep them or dispose of them as he wished, with the exception of his own mother. For example, among the Bakalai, an African tribe, widows may marry their deceased husband's son, or if there is no son, they can live with the brother. The people of Benin, Gabun, and the Kaffirs of Natal have similar practices. In New Caledonia, every man, whether married or single, must immediately marry his brother’s widow. In Polynesia, the levirate is enforced by law and is common throughout America and Asia.

3. Another explanation of the custom has been sought in a semi-religious motive which has had extraordinary influence in countries where to die without issue is regarded as a terrible calamity. The fear of this catastrophe would readily arise among people who did not believe in personal immortality, and to whom the extinction of their line would be tantamount to annihilation. Or it is easily conceivable as a natural result of ancestor-worship, under which failure of offspring entailed deprivation of cherished rites and service.1 Thus it is only when the dead man has no offspring that the Jewish, Hindu and Malagasy laws prescribe that the brother shall “raise up seed” to him. In this sense the levirate forms part of the Deuteronomic Code, under which, however, the obligation is restricted to the brother who “dwelleth together” (i.e. on the family estate) with the dead man, and the first child only of the levirate marriage is regarded as that of the dead man. That the custom was obsolescent seems proved by the enjoining of ceremony on any brother who wished to evade the duty, though he had to submit to an insult from his sister-in-law, who draws off his sandal and spits in his face. The biblical story of Ruth exemplifies the custom, though with further modifications (see Ruth, Book of). Finally the custom is forbidden in Leviticus, though in New Testament times the levirate law was still observed by some Jews. The ceremony ordained by Deuteronomy is still observed among the orthodox. Among the Hindus the levir did not take his brother’s widow as wife, but he had intercourse with her. This practice was called niyoga.

3. Another explanation for the custom is a semi-religious motive that has had a significant impact in countries where dying without children is seen as a dreadful misfortune. The fear of this disaster would easily develop among people who didn’t believe in personal immortality, and for whom the end of their lineage would feel like total destruction. It can also be understood as a natural outcome of ancestor-worship, where not having children meant losing important rituals and services. Thus, it is only when a man dies without children that the Jewish, Hindu, and Malagasy laws state that his brother should “raise up seed” for him. In this sense, the levirate is part of the Deuteronomic Code, which restricts the obligation to the brother who “dwells together” (i.e. on the family estate) with the deceased, and the first child born from the levirate marriage is considered the child of the deceased. The fact that the custom was becoming outdated is indicated by the requirement of a ceremony for any brother who wanted to avoid the duty, even though he had to endure an insult from his sister-in-law, who removes his sandal and spits in his face. The biblical story of Ruth illustrates the custom, though with additional changes (see Ruth, Book of). Finally, the custom is prohibited in Leviticus, though during New Testament times, some Jews still followed the levirate law. The ceremony mandated by Deuteronomy is still practiced among orthodox communities. Among the Hindus, the levir did not marry his brother’s widow, but he did have sexual relations with her. This practice was called niyoga.

4. Yet another suggested origin of the levirate is agrarian, the motive being to keep together under the levirate husband the 512 property which would otherwise have been divided among all the brothers or next of kin.

4. Another proposed reason for the levirate comes from agriculture, aimed at keeping the property intact under the levirate husband, which would otherwise be split among all the brothers or relatives. 512

See J. F. McLennan, Studies in Ancient History (London, 1886) and “The Levirate and Polyandry,” in The Fortnightly Review, n.s. vol. xxi. (1877); C. N. Starcke, The Primitive Family in its Origin and Development (London, 1889); Edward Westermarck, History of Human Marriage (London, 1894), pp. 510-514, where are valuable notes containing references to numerous books of travel; H. Spencer, Principles of Sociology, ii. 649; A. H. Post, Einleitung in das Stud. d. Ethnolog. Jurisprud. (1886).

See J. F. McLennan, Studies in Ancient History (London, 1886) and “The Levirate and Polyandry,” in The Fortnightly Review, n.s. vol. xxi. (1877); C. N. Starcke, The Primitive Family in its Origin and Development (London, 1889); Edward Westermarck, History of Human Marriage (London, 1894), pp. 510-514, which include valuable notes with references to many travel books; H. Spencer, Principles of Sociology, ii. 649; A. H. Post, Einleitung in das Stud. d. Ethnolog. Jurisprud. (1886).


1 An expression of this idea is quoted from the Mahābhārata (Muir’s trans.), by Max Müller (Gifford Lectures), Anthropological Religion, p. 31—

1 A quote that reflects this idea comes from the Mahābhārata (Muir’s translation), by Max Müller (Gifford Lectures), Anthropological Religion, p. 31—

“That stage completed, seek a wife

“That stage completed, seek a wife

And gain the fruit of wedded life,

And enjoy the benefits of married life,

A race of sons, by rites to seal,

A group of sons, through rituals to confirm,

When thou art gone, thy spirit’s weal.”

When you are gone, your spirit's well-being.

LÉVIS (formerly Pointe Levi), the chief town of Lévis county, Quebec, Canada, situated on the precipitous south bank of the St Lawrence, opposite Quebec city. Pop. (1901) 7783. It is on the Intercolonial railway, and is the eastern terminus of the Grand Trunk and Quebec Central railways. It contains the Lorne dock, a Dominion government graving dock, 445 ft. long, 100 ft. wide, with a depth on the sill of 26½ and 20½ ft. at high water, spring and neap tides respectively. It is an important centre of the river trade, and is connected by steam ferries with the city of Quebec. It is named after the maréchal duc de Lévis, the last commander of the French troops in Canada.

LÉVIS (formerly Pointe Levi), the main town of Lévis county, Quebec, Canada, located on the steep south bank of the St. Lawrence River, directly across from Quebec City. Population (1901) 7,783. It is on the Intercolonial railway and serves as the eastern terminus for the Grand Trunk and Quebec Central railways. It features the Lorne dock, a Dominion government dry dock that is 445 ft. long, 100 ft. wide, with a depth of 26½ ft. on the sill and 20½ ft. at high tide during spring and neap tides. It's a significant hub for river trade and offers steam ferry connections to the city of Quebec. The town is named after the maréchal duc de Lévis, who was the last commander of the French troops in Canada.

LEVITES, or sons of Levi (son of Jacob by Leah), a sacred caste in ancient Israel, the guardians of the temple service at Jerusalem.1

LEVITES, or sons of Levi (son of Jacob by Leah), were a holy group in ancient Israel, responsible for the temple service in Jerusalem.1

1. Place in Ritual.—In the developed hierarchical system the ministers of the sanctuary are divided into distinct grades. All are “Levites” by descent, and are thus correlated in the genealogical and other lists, but the true priesthood is confined to the sons of Aaron, while the mass of the Levites are subordinate servants who are not entitled to approach the altar or to perform any strictly priestly function. All access to the Deity is restricted to the one priesthood and to the one sanctuary at Jerusalem; the worshipping subject is the nation of Israel as a unity, and the function of worship is discharged on its behalf by divinely chosen priests. The ordinary individual may not intrude under penalty of death; only those of Levitical origin may perform service, and they are essentially the servants and hereditary serfs of the Aaronite priests (see Num. xviii.). But such a scheme finds no place in the monarchy; it presupposes a hierocracy under which the priesthood increased its rights by claiming the privileges which past kings had enjoyed; it is the outcome of a complicated development in Old Testament religion in the light of which it is to be followed (see Hebrew Religion).

1. Place in Ritual.—In the established hierarchical system, the ministers of the sanctuary are organized into different levels. All of them are “Levites” by lineage and are thus listed together in genealogical and other records, but the actual priesthood is limited to the sons of Aaron, while the majority of the Levites serve as subordinate helpers who aren’t allowed to approach the altar or perform any specific priestly duties. Access to God is restricted to this single priesthood and to the sanctuary in Jerusalem; the community worshipping is the nation of Israel as a whole, and the act of worship is carried out on its behalf by divinely appointed priests. Ordinary individuals cannot enter under penalty of death; only those of Levitical descent can perform services, and they essentially act as the servants and hereditary assistants of the Aaronite priests (see Num. xviii.). However, this system has no place in the monarchy; it assumes a system where the priesthood expanded its rights by claiming the privileges once held by past kings; it is the result of a complex evolution in Old Testament religion that should be examined in context (see Hebrew Religion).

First (a), in the earlier biblical writings which describe the state of affairs under the Hebrew monarchy there is not this fundamental distinction among the Levites, and, although a list of Aaronite high-priests is preserved in a late source, internal details and the evidence of the historical books render its value extremely doubtful (1 Chron. vi. 3-15, 49-53). In Jerusalem itself the subordinate officers of the temple were not members of a holy gild, but of the royal body-guard, or bond-slaves who had access to the sacred courts, and might even be uncircumcised foreigners (Josh. ix. 27; 1 Kings xiv. 28; 2 Kings xi.; cf. Zeph. i. 8 seq.; Zech. xiv. 21). Moreover, ordinary individuals might serve as priests (1 Sam. ii II, 18, vii. 1; see 2 Sam. viii. 18, deliberately altered in 1 Chron. xviii. 17); however, every Levite was a priest, or at least qualified to become one (Deut. x. 8, xviii. 7; Judges xvii. 5-13), and when the author of 1 Kings xii. 31, wishes to represent Jeroboam’s priests as illegitimate, he does not say that they were not Aaronites, but that they were not of the sons of Levi.

First (a), in the earlier biblical writings that describe the situation under the Hebrew monarchy, there isn't this fundamental distinction among the Levites. Although a list of Aaronite high priests is found in a later source, internal details and the evidence from the historical books make its value highly questionable (1 Chron. vi. 3-15, 49-53). In Jerusalem itself, the subordinate officers of the temple weren’t part of a holy guild, but rather members of the royal guard or bond servants who had access to the sacred courts, and they might even be uncircumcised foreigners (Josh. ix. 27; 1 Kings xiv. 28; 2 Kings xi.; cf. Zeph. i. 8 seq.; Zech. xiv. 21). Additionally, ordinary individuals could serve as priests (1 Sam. ii II, 18, vii. 1; see 2 Sam. viii. 18, deliberately changed in 1 Chron. xviii. 17); however, every Levite was a priest, or at least eligible to become one (Deut. x. 8, xviii. 7; Judges xvii. 5-13), and when the author of 1 Kings xii. 31 wants to show that Jeroboam’s priests are illegitimate, he doesn’t claim they weren’t Aaronites but that they weren’t descendants of Levi.

The next stage (b) is connected with the suppression of the local high-places or minor shrines in favour of a central sanctuary. This involved the suppression of the Levitical priests in the country (cf. perhaps the allusion in Deut. xxi. 5); and the present book of Deuteronomy, in promulgating the reform, represents the Levites as poor scattered “sojourners” and recommends them to the charity of the people (Deut. xii. 12, 18 seq., xiv. 27, 29, xvi. 11, 14, xxvi. 11 sqq.). However, they are permitted to congregate at “the place which Yahweh shall choose,” where they may perform the usual priestly duties together with their brethren who “stand there before Yahweh,” and they are allowed their share of the offerings (Deut. xviii. 6-8).2 The Deuteronomic history of the monarchy actually ascribes to the Judaean king Josiah (621 B.C.) the suppression of the high-places, and states that the local priests were brought to Jerusalem and received support, but did not minister at the altar (2 Kings xxiii. 9). Finally, a scheme of ritual for the second temple raises this exclusion to the rank of a principle. The Levites who had been idolatrous are punished by exclusion from the proper priestly work, and take the subordinate offices which the uncircumcised and polluted foreigners had formerly filled, while the sons of Zadok, who had remained faithful, are henceforth the legitimate priests, the only descendants of Levi who are allowed to minister unto Yahweh (Ezek. xliv. 6-15, cf. xl. 46, xliii. 19, xlviii. 11). “A threefold cord is not quickly broken,” and these three independent witnesses agree in describing a significant innovation which ends with the supremacy of the Zadokites of Jerusalem over their brethren.

The next stage (b) involves the shutting down of local high places or minor shrines in favor of a central sanctuary. This included sidelining the Levitical priests in the countryside (see possibly the reference in Deut. xxi. 5); the current book of Deuteronomy, in promoting this reform, depicts the Levites as poor, scattered “sojourners” and urges the people to support them (Deut. xii. 12, 18 seq., xiv. 27, 29, xvi. 11, 14, xxvi. 11 sqq.). However, they are allowed to gather at “the place which Yahweh shall choose,” where they can carry out their usual priestly duties alongside their fellow priests who “stand there before Yahweh,” and they receive their share of the offerings (Deut. xviii. 6-8).2 The Deuteronomic history of the monarchy actually credits the Judean king Josiah (621 B.C.) with the elimination of the high places, stating that the local priests were brought to Jerusalem and received aid, but did not serve at the altar (2 Kings xxiii. 9). Ultimately, a ritual plan for the second temple elevates this exclusion to a principle. The Levites who had engaged in idolatry are disciplined by being barred from proper priestly duties, taking on the lower-ranked roles that the uncircumcised and impure foreigners had once occupied, while the sons of Zadok, who remained loyal, are now recognized as the legitimate priests, the only descendants of Levi permitted to serve Yahweh (Ezek. xliv. 6-15, cf. xl. 46, xliii. 19, xlviii. 11). “A threefold cord is not quickly broken,” and these three independent sources agree in highlighting a significant change that results in the dominance of the Zadokites of Jerusalem over their fellow priests.

In the last stage (c) the exclusion of the ordinary Levites from all share in the priesthood of the sons of Aaron is looked upon as a matter of course, dating from the institution of priestly worship by Moses. The two classes are supposed to have been founded separately (Exod. xxviii., cf. xxix. 9; Num. iii. 6-10), and so far from any degradation being attached to the rank and file of the Levites, their position is naturally an honourable one compared with that of the mass of non-Levitical worshippers (see Num. i. 50-53), and they are taken by Yahweh as a surrogate for the male first-born of Israel (iii. 11-13). They are inferior only to the Aaronites to whom they are “joined” (xviii. 2, a play on the name Levi) as assistants. Various adjustments and modifications still continue, and a number of scattered details may indicate that internal rivalries made themselves felt. But the different steps can hardly be recovered clearly, although the fact that the priesthood was extended beyond the Zadokites to families of the dispossessed priests points to some compromise (1 Chron. xxiv.). Further, it is subsequently found that certain classes of temple servants, the singers and porters, who had once been outside the Levitical gilds, became absorbed as the term “Levite” was widened, and this change is formally expressed by the genealogies which ascribe to Levi, the common “ancestor” of them all, the singers and even certain families whose heathenish and foreign names show that they were once merely servants of the temple.3

In the final stage (c), the exclusion of ordinary Levites from any role in the priesthood of Aaron's sons is taken for granted, dating back to when Moses established priestly worship. It's believed that the two groups were formed separately (Exod. xxviii., cf. xxix. 9; Num. iii. 6-10), and rather than any shame being associated with the average Levites, their role is naturally seen as honorable compared to that of regular non-Levitical worshippers (see Num. i. 50-53). Yahweh chooses them as a replacement for the firstborn males of Israel (iii. 11-13). They are only lesser than the Aaronites, with whom they are “joined” (xviii. 2, a play on the name Levi), serving as assistants. Various adjustments and changes are still happening, and some scattered details may suggest that there were internal rivalries. However, the specific progression is difficult to trace clearly, although the fact that the priesthood expanded beyond the Zadokites to include families of dispossessed priests indicates some compromise (1 Chron. xxiv.). Additionally, it’s later found that certain classes of temple workers, like the singers and porters, who were previously outside the Levitical groups, were absorbed as the term “Levite” broadened. This change is formally shown in the genealogies that attribute the singers and even certain families with foreign names, indicating they once were merely temple servants, to Levi, the common “ancestor” of them all. 3

2. Significance of the Development.—Although the legal basis for the final stage is found in the legislation of the time of Moses (latter part of the second millennium B.C.), it is in reality scarcely earlier than the 5th century B.C., and the Jewish theory finds analogies when developments of the Levitical service are referred to David (1 Chron. xv. seq., xxiii. sqq.), Hezekiah (2 Chron. xxix.) and Josiah (xxxv.)—contrast the history in the earlier books of Samuel and Kings—or when the still later book of Jubilees (xxxii.) places the rise of the Levitical priesthood in the patriarchal period. The traditional theory of the Mosaic origin of the elaborate Levitical legislation cannot be maintained save by the most arbitrary and inconsequential treatment of the evidence and by an entire indifference to the historical spirit; and, although numerous points of detail still remain very obscure, the three leading stages in the Levitical institutions are now recognized by nearly all independent scholars. These stages with a number of concomitant features confirm the literary hypothesis that biblical history is in the main due to two leading recensions, the Deuteronomic and the Priestly (cf. [b] and [c] above), which have incorporated older sources.4 If the hierarchical system as 513 it existed in the post-exilic age was really the work of Moses, it is inexplicable that all trace of it was so completely lost that the degradation of the non-Zadokites in Ezekiel was a new feature and a punishment, whereas in the Mosaic law the ordinary Levites, on the traditional view, was already forbidden priestly rights under penalty of death. There is in fact no clear evidence of the existence of a distinction between priests and Levites in any Hebrew writing demonstrably earlier than the Deuteronomic stage, although, even as the Pentateuch contains ordinances which have been carried back by means of a “legal convention” to the days of Moses, writers have occasionally altered earlier records of the history to agree with later standpoints.5

2. Significance of the Development.—While the legal foundation for the final stage can be traced back to the laws from the time of Moses (later part of the second millennium BCE), it truly doesn’t appear until almost the 5th century BCE. The Jewish theory finds parallels when referencing developments in the Levitical service during the times of David (1 Chron. xv. seq., xxiii. sqq.), Hezekiah (2 Chron. xxix.) and Josiah (xxxv.)—in contrast to the accounts in the earlier books of Samuel and Kings—or when the later book of Jubilees (xxxii.) situates the emergence of the Levitical priesthood in the patriarchal era. The traditional view that the complex Levitical laws originated with Moses cannot be upheld without an extremely selective and irrelevant interpretation of the evidence, showing a total disregard for the historical context. Although many details remain unclear, nearly all independent scholars now recognize three main stages in the Levitical institutions. These stages, along with several related characteristics, support the theory that biblical history mainly arises from two primary versions: the Deuteronomic and the Priestly (cf. [b] and [c] above), which have included older sources.4 If the hierarchical system that existed in the post-exilic period was genuinely established by Moses, it’s puzzling that all evidence of it disappeared so completely that the marginalization of the non-Zadokites in Ezekiel was seen as a new consequence and a punishment, while under the Mosaic law, ordinary Levites were traditionally already forbidden priestly rights under penalty of death. There is actually no clear evidence for a distinction between priests and Levites in any Hebrew text that can be definitively dated before the Deuteronomic stage, though the Pentateuch includes laws retroactively assigned to Moses through a “legal convention,” and writers have occasionally modified earlier historical records to align with later perspectives.5

No argument in support of the traditional theory can be drawn from the account of Korah’s revolt (Num. xvi. sqq., see § 3) or from the Levitical cities (Num. xxxv.; Josh. xxi.). Some of the latter were either not conquered by the Israelites until long after the invasion, or, if conquered, were not held by Levites; and names are wanting of places in which priests are actually known to have lived. Certainly the names are largely identical with ancient holy cities, which, however, are holy because they possessed noted shrines, not because the inhabitants were members of a holy tribe. Gezer and Taanach, for example, are said to have remained in the hands of Canaanites (Judges i. 27, 29; cf. 1 Kings ix. 16), and recent excavation has shown how far the cultus of these cities was removed from Mosaic religion and ritual and how long the grosser elements persisted.6 On the other hand, the sanctuaries obviously had always their local ministers, all of whom in time could be called Levitical, and it is only in this sense, not in that of the late priestly legislation, that a place like Shechem could ever have been included. Further, instead of holding cities and pasture-grounds, the Levites are sometimes described as scattered and divided (Gen. xlix. 7; Deut. xviii. 6), and though they may naturally possess property as private individuals, they alone of all the tribes of Israel possess no tribal inheritance (Num. xviii. 23, xxvi. 62; Deut. x. 9; Josh. xiv. 3). This fluctuation finds a parallel in the age at which the Levites were to serve; for neither has any reasonable explanation been found on the traditional view. Num. iv. 3 fixes the age at thirty, although in i. 3 it has been reduced to twenty; but in 1 Chron. xxiii. 3, David is said to have numbered them from the higher limit, whereas in vv. 24, 27 the lower figure is given on the authority of “the last words (or acts) of David.” In Num. viii. 23-26, the age is given as twenty-five, but twenty became usual and recurs in Ezra iii. 8 and 2 Chron. xxxi. 17. There are, however, independent grounds for believing that 1 Chron. xxiii. 24, 27, 2 Chron. xxxi. 17 belong to later insertions and that Ezr. iii. 8 is relatively late.

No argument supporting the traditional theory can be drawn from the story of Korah’s revolt (Num. xvi. sqq., see § 3) or from the Levitical cities (Num. xxxv.; Josh. xxi.). Some of these cities were either not conquered by the Israelites until long after the invasion, or if they were conquered, they were not occupied by Levites; and there are no records of places where priests are actually known to have lived. Certainly, the names are largely the same as those of ancient holy cities, which are considered holy because they had significant shrines, not because the residents were from a holy tribe. Gezer and Taanach, for example, are said to have remained under Canaanite control (Judges i. 27, 29; cf. 1 Kings ix. 16), and recent excavations have shown how far the worship in these cities deviated from Mosaic religion and rituals and how long the more unsophisticated elements persisted.6 On the other hand, the sanctuaries always had their local ministers, who could eventually be referred to as Levitical, but only in this sense, not according to the later priestly legislation, could a place like Shechem have been included. Additionally, instead of controlling cities and pasturelands, the Levites are sometimes described as scattered and divided (Gen. xlix. 7; Deut. xviii. 6), and while they may naturally own property as individuals, they are uniquely without a tribal inheritance among all the tribes of Israel (Num. xviii. 23, xxvi. 62; Deut. x. 9; Josh. xiv. 3). This inconsistency parallels the age at which the Levites were to serve; there is no reasonable explanation for this in the traditional view. Num. iv. 3 sets the age at thirty, although in i. 3 it is reduced to twenty; in 1 Chron. xxiii. 3, David is said to have counted them starting from the higher age, whereas in vv. 24, 27, the lower age is stated based on “the last words (or acts) of David.” In Num. viii. 23-26, the age is given as twenty-five, but twenty became the norm and appears again in Ezra iii. 8 and 2 Chron. xxxi. 17. However, there are independent reasons to believe that 1 Chron. xxiii. 24, 27 and 2 Chron. xxxi. 17 are later additions and that Ezra iii. 8 is relatively late.

When, in accordance with the usual methods of Hebrew genealogical history, the Levites are defined as the descendants of Levi, the third son of Jacob by Leah (Gen. xxix. 34), a literal interpretation is unnecessary, and the only narrative wherein Levi appears as a person evidently delineates under the form of personification events in the history of the Levites (Gen. xxxiv.).7 They take their place in Israel as the tribe set apart for sacred duties, and without entering into the large question how far the tribal schemes can be used for the earlier history of Israel, it may be observed that no adequate interpretation has yet been found of the ethnological traditions of Levi and other sons of Leah in their historical relation to one another or to the other tribes. However intelligible may be the notion of a tribe reserved for priestly service, the fact that it does not apply to early biblical history is apparent from the heterogeneous details of the Levitical divisions. The incorporation of singers and porters is indeed a late process, but it is typical of the tendency to co-ordinate all the religious classes (see Genealogy: Biblical). The genealogies in their complete form pay little heed to Moses, although Aaron and Moses could typify the priesthood and other Levites generally (1 Chron. xxiii. 14). Certain priesthoods in the first stage (§ 1 [a]) claimed descent from these prototypes, and it is interesting to observe (1) the growing importance of Aaron in the later sources of “the Exodus,” and (2) the relation between Mosheh (Moses) and his two sons Gershom and Eliezer, on the one side, and the Levitical names Mushi (i.e. the Mosaite), Gershon and the Aaronite priest Eleazar, on the other. There are links, also, which unite Moses with Kenite, Rechabite, Calebite and Edomite families, and the Levitical names themselves are equally connected with the southern tribes of Judah and Simeon and with the Edomites.8 It is to be inferred, therefore, that some relationship subsisted, or was thought to subsist, among (1) the Levites, (2) clans actually located in the south of Palestine, and (3) families whose names and traditions point to a southern origin. The exact meaning of these features is not clear, but if it be remembered (a) that the Levites of post-exilic literature represent only the result of a long and intricate development, (b) that the name “Levite,” in the later stages at least, was extended to include all priestly servants, and (c) that the priesthoods, in tending to become hereditary, included priests who were Levites by adoption and not by descent, it will be recognized that the examination of the evidence for the earlier stages cannot confine itself to those narratives where the specific term alone occurs.

When, following the usual methods of Hebrew genealogy, the Levites are identified as the descendants of Levi, who was the third son of Jacob by Leah (Gen. xxix. 34), a literal interpretation isn't necessary. The only story where Levi appears as an individual clearly illustrates events in the Levites' history through personification (Gen. xxxiv.). They are recognized in Israel as the tribe designated for sacred responsibilities, and without delving into the broader question of how applicable tribal structures are to the early history of Israel, it's noticeable that no satisfactory explanation has been established regarding the ethnological traditions of Levi and the other sons of Leah and their historical connections to each other or to the other tribes. While the idea of a tribe set aside for priestly duties is understandable, it’s clear that this concept doesn’t fit early biblical history due to the varied details of Levitical divisions. The inclusion of singers and porters is indeed a later development but reflects the trend to organize all religious classes (see Genealogy: Biblical). The genealogies, in their complete form, pay little attention to Moses, even though Aaron and Moses could represent the priesthood and Levites in general (1 Chron. xxiii. 14). Certain priesthoods in the first stage (§ 1 [a]) claimed descent from these original figures, and it's interesting to note (1) the increasing significance of Aaron in the later accounts of “the Exodus,” and (2) the relationship between Mosheh (Moses) and his two sons Gershom and Eliezer on one side, and the Levitical names Mushi (i.e., the Mosaite), Gershon, and the Aaronite priest Eleazar on the other. There are also connections linking Moses with Kenite, Rechabite, Calebite, and Edomite families, and the Levitical names are similarly associated with the southern tribes of Judah and Simeon as well as the Edomites.8 Therefore, it can be inferred that there was some kind of relationship, or it was believed there was one, among (1) the Levites, (2) clans actually located in southern Palestine, and (3) families whose names and traditions suggest a southern origin. The precise significance of these characteristics isn't clear, but if we keep in mind (a) that the Levites depicted in post-exilic literature reflect the outcome of a long and complicated evolution, (b) that the term “Levite,” at least in later stages, was broadened to include all priestly servants, and (c) that priesthoods tended to become hereditary and included priests who were Levites by adoption rather than by lineage, it will be acknowledged that investigating the evidence for the earlier stages cannot be limited to those narratives where only the specific term appears.

3. The Traditions of the Levites.—In the “Blessing of Moses” (Deut, xxxiii. 8-11), Levi is a collective name for the priesthood, probably that of (north) Israel. He is the guardian of the sacred oracles, knowing no kin, and enjoying his privileges for proofs of fidelity at Massah and Meribah. That these places (in the district of Kadesh) were traditionally associated with the origin of the Levites is suggested by various Levitical stories, although it is in a narrative now in a context pointing to Horeb or Sinai that the Levites are Israelites who for some cause (now lost) severed themselves from their people and took up a stand on behalf of Yahweh (Exod. xxxii.). Other evidence allows us to link together the Kenites, Calebites and Danites in a tradition of some movement into Palestine, evidently quite distinct from the great invasion of Israelite tribes which predominates in the existing records. The priesthood of Dan certainly traced its origin to Moses (Judges xvii. 9, xviii. 30); that of Shiloh claimed an equally high ancestry (1 Sam. ii. 27 seq.).9 Some tradition of a widespread movement appears to be ascribed to the age of Jehu, whose accession, promoted by the prophet Elisha, marks the end of the conflict between Yahweh and Baal. To a Rechabite (the clan is allied to the Kenites) is definitely ascribed a hand in Jehu’s sanguinary measures, and, though little is told of the obviously momentous events, one writer clearly alludes to a bloody period when reforms were to be effected by the sword (1 Kings xix. 17). Similarly the story of the original selection of the Levites in the wilderness mentions an uncompromising massacre of idolaters. Consequently, it is very noteworthy that popular tradition preserves the recollection of some attack by the “brothers” Levi and Simeon 514 upon the famous holy city of Shechem to avenge their “sister” Dinah (Gen. xxxiv.), and that a detailed narrative tells of the bloodthirsty though pious Danites who sacked an Ephraimite shrine on their journey to a new home (Judges xvii. sq.).

3. The Traditions of the Levites.—In the “Blessing of Moses” (Deut, xxxiii. 8-11), Levi represents the priesthood, likely from northern Israel. He is the keeper of the sacred teachings, having no family ties, and enjoys his privileges as a reward for loyalty at Massah and Meribah. The connection of these places (in the Kadesh area) with the origins of the Levites is suggested by various Levitical stories, although it’s in a narrative that now refers to Horeb or Sinai that the Levites are described as Israelites who, for some unknown reason, separated themselves from their people and took a stand for Yahweh (Exod. xxxii.). Other evidence allows us to connect the Kenites, Calebites, and Danites in a tradition of migration into Palestine, which seems quite different from the significant invasion of Israelite tribes highlighted in existing records. The priesthood of Dan definitely claimed its roots from Moses (Judges xvii. 9, xviii. 30); similarly, that of Shiloh also claimed a prestigious heritage (1 Sam. ii. 27 seq.). Some tradition of a widespread movement seems to date back to the time of Jehu, whose rise to power, encouraged by the prophet Elisha, marks the end of the struggle between Yahweh and Baal. A Rechabite (who is connected to the Kenites) is specifically noted to have had a role in Jehu’s violent actions, and while not much is said about these clearly significant events, one writer refers to a bloody time when reforms were to be achieved through force (1 Kings xix. 17). Likewise, the account of how the Levites were originally chosen in the wilderness mentions a ruthless slaughter of idol worshippers. Therefore, it’s particularly noteworthy that popular tradition remembers an attack by the “brothers” Levi and Simeon on the renowned holy city of Shechem to seek revenge for their “sister” Dinah (Gen. xxxiv.), and a detailed story recounts the violent yet devout Danites pillaging an Ephraimite shrine on their way to a new home (Judges xvii. sq.).

The older records utilized by the Deuteronomic and later compilers indicate some common tradition which has found expression in these varying forms. Different religious standpoints are represented in the biblical writings, and it is now important to observe that the prophecies of Hosea unmistakably show another attitude to the Israelite priesthood. The condemnation of Jehu’s bloodshed (Hos. i. 4) gives another view of events in which both Elijah and Elisha were concerned, and the change is more vividly realized when it is found that even to Moses and Aaron, the traditional founders of Israelite religion and ritual, is ascribed an offence whereby they incurred Yahweh’s wrath (Num. xx. 12, 24, xxvii. 14; Deut. ix. 20, xxxii. 51). The sanctuaries of Shiloh and Dan lasted until the deportation of Israel (Judges xviii. 30 seq.), and some of their history is still preserved in the account of the late pre-monarchical age (12th-11th centuries B.C.). Shiloh’s priestly gild is condemned for its iniquity (1 Sam. iii. 11-14), the sanctuary mysteriously disappears, and the priests are subsequently found at Nob outside Jerusalem (1 Sam. xxi. seq.). All idea of historical perspective has been lost, since the fall of Shiloh was apparently a recent event at the close of the 7th century (Jer. vii. 12-15, xxvi. 6-9). But the tendency to ascribe the disasters of northern Israel to the priesthood (see esp. Hosea) takes another form when an inserted prophecy revokes the privileges of the ancient and honourable family, foretells its overthrow, and announces the rise of a new faithful and everlasting priesthood, at whose hands the dispossessed survivors, reduced to poverty, would beg some priestly office to secure a livelihood (1 Sam. ii. 27-36). The sequel to this phase is placed in the reign of Solomon, when David’s old priest Abiathar, sole survivor of the priests of Shiloh, is expelled to Anathoth (near Jerusalem), and Zadok becomes the first chief priest contemporary with the foundation of the first temple (1 Kings ii. 27, 35). These situations cannot be severed from what is known elsewhere of the Deuteronomic teaching, of the reform ascribed to Josiah, or of the principle inculcated by Ezekiel (see § 1 [b]). The late specific tendency in favour of Jerusalem agrees with the Deuteronomic editor of Kings who condemns the sanctuaries of Dan and Bethel for calf-worship (1 Kings xii. 28-31), and does not acknowledge the northern priesthood to be Levitical (1 Kings xii. 31, note the interpretation in 2 Chron. xi. 14, xiii. 9). It is from a similar standpoint that Aaron is condemned for the manufacture of the golden calf, and a compiler (not the original writer) finds its sequel in the election of the faithful Levites.10

The older records used by the Deuteronomic and later compilers show a shared tradition that is expressed in these different forms. The biblical writings reflect various religious perspectives, and it's important to note that the prophecies of Hosea clearly reveal a different attitude toward the Israelite priesthood. The condemnation of Jehu’s violence (Hos. i. 4) offers an alternative view of events involving both Elijah and Elisha, and this shift is more clearly understood when it's noted that even Moses and Aaron, the traditional founders of Israelite religion and ritual, are attributed with an offense that brought about Yahweh’s anger (Num. xx. 12, 24, xxvii. 14; Deut. ix. 20, xxxii. 51). The sanctuaries of Shiloh and Dan persisted until the deportation of Israel (Judges xviii. 30 seq.), and some of their history is still captured in accounts from the late pre-monarchical period (12th-11th centuries BCE). Shiloh’s priestly group is condemned for their wrongdoing (1 Sam. iii. 11-14), the sanctuary mysteriously vanishes, and the priests are later found in Nob, outside Jerusalem (1 Sam. xxi. seq.). Historical perspective has seemingly been lost, as the fall of Shiloh was likely viewed as a recent event at the end of the 7th century (Jer. vii. 12-15, xxvi. 6-9). However, the trend of blaming northern Israel's disasters on the priesthood (especially in Hosea) takes a different form when an inserted prophecy revokes the privileges of the esteemed ancient family, predicts its downfall, and announces the emergence of a new, devoted, and everlasting priesthood, to which the impoverished dispossessed survivors would appeal for some priestly role to earn a living (1 Sam. ii. 27-36). The follow-up to this period occurs during Solomon’s reign when David’s old priest Abiathar, the last of Shiloh’s priests, is exiled to Anathoth (near Jerusalem), and Zadok becomes the first chief priest during the establishment of the first temple (1 Kings ii. 27, 35). These events cannot be separated from the Deuteronomic teachings, the reforms attributed to Josiah, or the principles promoted by Ezekiel (see § 1 [b]). The later specific trend favoring Jerusalem aligns with the Deuteronomic editor of Kings, who condemns the sanctuaries of Dan and Bethel for calf-worship (1 Kings xii. 28-31) and does not recognize the northern priesthood as Levitical (1 Kings xii. 31; see the interpretation in 2 Chron. xi. 14, xiii. 9). From a similar perspective, Aaron is criticized for creating the golden calf, and a compiler (not the original writer) connects this to the election of the faithful Levites.10

In the third great stage there is another change in the tone. The present (priestly) recension of Gen. xxxiv. has practically justified Levi and Simeon from its standpoint of opposition to intermarriage, and in spite of Jacob’s curse (Gen. xlix. 5-7) later traditions continue to extol the slaughter of the Shechemitcs as a pious duty. Post-exilic revision has also hopelessly obscured the offence of Moses and Aaron, although there was already a tendency to place the blame upon the people (Deut. i. 37, iii. 26, iv. 21). When two-thirds of the priestly families are said to be Zadokites and one-third are of the families of Abiathar, some reconciliation, some adjustment of rivalries, is to be recognized (1 Chron. xxiv.). Again, in the composite story of Korah’s revolt, one version reflects a contest between Aaronites and the other Levites who claimed the priesthood (Num. xvi. 8-11, 36-40), while another shows the supremacy of the Levites as a caste either over the rest of the people (? cf. the prayer, Deut. xxxiii. 11), or, since the latter are under the leadership of Korah, later the eponym of a gild of singers, perhaps over the more subordinate ministers who once formed a separate class.11 In the composite work Chronicles-Ezra-Nehemiah (dating after the post-exilic Levitical legislation) a peculiar interest is taken in the Levites, more particularly in the singers, and certain passages even reveal some animus against the Aaronites (2 Chron. xxix. 34, xxx. 3). A Levite probably had a hand in the work, and this, with the evidence for the Levitical Psalms (see Psalms), gives the caste an interesting place in the study of the transmission of the biblical records.12 But the history of the Levites in the early post-exilic stage and onwards is a separate problem, and the work of criticism has not advanced sufficiently for a proper estimate of the various vicissitudes. However, the feeling which was aroused among the priests when some centuries later the singers obtained from Agrippa the privilege of wearing the priestly linen dress (Josephus, Ant. xx. 9. 6), at least enables one to appreciate more vividly the scantier hints of internal jealousies during the preceding years.13

In the third major phase, there’s a shift in the tone. The current (priestly) version of Gen. xxxiv supports Levi and Simeon from its perspective against intermarriage, and despite Jacob’s curse (Gen. xlix. 5-7), later traditions continue to praise the killing of the Shechemites as a religious duty. The post-exilic revision has also thoroughly blurred the wrongdoing of Moses and Aaron, even though there was already a tendency to place the blame on the people (Deut. i. 37, iii. 26, iv. 21). When it’s stated that two-thirds of the priestly families are Zadokites and one-third are from the families of Abiathar, some reconciliation and adjustment of rivalries can be recognized (1 Chron. xxiv.). Again, in the mixed account of Korah's rebellion, one version depicts a clash between Aaronites and other Levites who claimed the priesthood (Num. xvi. 8-11, 36-40), while another illustrates the dominance of the Levites as a group either over the rest of the people (? cf. the prayer, Deut. xxxiii. 11), or, since the latter are led by Korah, who later became associated with a group of singers, perhaps over the lesser ministers who used to form a separate class.11 In the combined work Chronicles-Ezra-Nehemiah (from after the post-exilic Levitical laws), there is a particular focus on the Levites, especially the singers, and certain sections even show some bias against the Aaronites (2 Chron. xxix. 34, xxx. 3). A Levite likely contributed to this work, and this, along with the evidence for the Levitical Psalms (see Psalms), gives the group an intriguing role in the study of how biblical records were transmitted.12 However, the early post-exilic history of the Levites and beyond is a different issue, and the field of criticism hasn’t progressed enough for an accurate understanding of the different challenges they faced. Still, the reaction among the priests when, centuries later, the singers received the privilege from Agrippa to wear the priestly linen garment (Josephus, Ant. xx. 9. 6) helps to appreciate the earlier subtle signs of internal rivalries during the preceding years.13

4. Summary.—From the inevitable conclusion that there are three stages in the written sources for the Levitical institutions, the next step is the correlation of allied traditions on the basis of the genealogical evidence. But the problem of fitting these into the history of Israel still remains. The assumption that the earlier sources for the pre-monarchical history, as incorporated by late compilers, are necessarily trustworthy confuses the inquiry (on Gen. xxxiv., see Simeon), and even the probability of a reforming spirit in Jehu’s age depends upon the internal criticism of the related records (see Jews, §§ 11-14). The view that the Levites came from the south may be combined with the conviction that there Yahweh had his seat (cf. Deut. xxxiii. 2; Judges v. 4; Hab. iii. 3), but the latter is only one view, and the traditions of the patriarchs point to another belief (cf. also Gen. iv. 26). The two are reconciled when the God of the patriarchs reveals His name for the first time unto Moses (Exod. iii. 15, vi. 3). With these variations is involved the problem of the early history of the Israelites.14 Moreover, the real Judaean tendency which associates the fall of Eli’s priesthood at Shiloh with the rise of the Zadokites involves the literary problems of Deuteronomy, a composite work whose age is not certainly known, and of the twofold Deuteronomic redaction elsewhere, one phase of which is more distinctly Judaean and anti-Samaritan. There are vicissitudes and varying standpoints which point to a complicated literary history and require some historical background, and, apart from actual changes in the history of the Levites, some allowance must be made for the real character of the circles where the diverse records originated or through which they passed. The key must be sought in the exilic and post-exilic age where, unfortunately, direct and decisive evidence is lacking. It is clear that the Zadokite priests were rendered legitimate by finding a place for their ancestor in the Levitical genealogies—through Phinehas (cf. Num. xxv. 12 seq.), and Aaron—there was a feeling that a legitimate priest must be an Aaronite, but the historical reason for this is uncertain (see R. H. Kennett, Journ. Theolog. Stud., 1905, pp. 161 sqq.). Hence, it is impossible at present to trace the earlier steps which led to the grand hierarchy of post-exilic Judaism. Even the name Levite itself is of uncertain origin. Though popularly connected with lāvāh, “be joined, attached,” an ethnic from Leah has found some favour; the Assyrian lī’u “powerful, wise,” has also been suggested. The term has been more plausibly identified with l-v-’ (fem. l-v-’-t), the name given in old Arabian inscriptions (e.g. at al-‘Olā, south-east of Elath) to the priests and priestesses of the Arabian god Vadd (so especially Hommel, Anc. Heb. Trad., pp. 278 seq.). The date of the evidence, however, has not been fixed with unanimity, and this very 515 attractive and suggestive view requires confirmation and independent support.

4. Summary.—From the clear conclusion that there are three stages in the written sources of the Levitical institutions, the next step is to connect related traditions based on genealogical evidence. However, the challenge of fitting these into the history of Israel remains. The assumption that earlier sources for the pre-monarchical history, as compiled by later editors, are necessarily reliable complicates the investigation (on Gen. xxxiv., see Simeon), and even the likelihood of a reforming spirit during Jehu’s time depends on the internal critique of the connected records (see Jews, §§ 11-14). The perspective that the Levites originated from the south can be combined with the belief that it was there Yahweh resided (cf. Deut. xxxiii. 2; Judges v. 4; Hab. iii. 3), but this is just one interpretation, and the traditions of the patriarchs suggest a different belief (cf. also Gen. iv. 26). These two views are reconciled when the God of the patriarchs reveals His name for the first time to Moses (Exod. iii. 15, vi. 3). Along with these variations is the issue of the early history of the Israelites.14 Additionally, the true Judaean tendency that links the decline of Eli’s priesthood at Shiloh with the rise of the Zadokites involves the literary challenges of Deuteronomy, a composite work whose age is not definitively known, and the dual Deuteronomic redaction elsewhere, one aspect of which is more distinctly Judaean and anti-Samaritan. There are changes and differing viewpoints that indicate a complicated literary history and necessitate some historical context, and aside from actual changes in the history of the Levites, it is important to consider the true nature of the groups where the various records originated or passed through. The key lies in the exilic and post-exilic period where, unfortunately, direct and decisive evidence is lacking. It is evident that the Zadokite priests were legitimized by integrating their ancestor into the Levitical genealogies—through Phinehas (cf. Num. xxv. 12 seq.) and Aaron—there was a belief that a legitimate priest must be an Aaronite, but the historical reason for this is unclear (see R. H. Kennett, Journ. Theolog. Stud., 1905, pp. 161 sqq.). Therefore, it is currently impossible to trace the earlier steps that led to the grand hierarchy of post-exilic Judaism. Even the name Levite itself has an uncertain origin. Although it is commonly linked to lāvāh, meaning “to join, attach,” an ethnic connection to Leah has been somewhat accepted; the Assyrian lī’u, meaning “powerful, wise,” has also been proposed. The term has been more plausibly associated with l-v-’ (fem. l-v-’-t), the name used in ancient Arabian inscriptions (e.g. at al-‘Olā, southeast of Elath) for the priests and priestesses of the Arabian god Vadd (especially highlighted by Hommel, Anc. Heb. Trad., pp. 278 seq.). However, the dating of the evidence has not reached consensus, and this intriguing and suggestive view requires further confirmation and independent support.

Authorities.—For the argument in § 1, see Wellhausen, Prolegomena, pp. 121-151; W. R. Smith, Old Test. in Jew. Church (2nd ed., Index, s.v. “Levites”); A. Kuenen, Hexateuch, §§ 3 n. 16; 11, pp. 203 sqq.; 15 n. 15 (more technical); also the larger commentaries on Exodus-Joshua and the ordinary critical works on Old Testament literature. In § 1 and part of § 2 use has been freely made of W. R. Smith’s article “Levites” in the 9th edition of the Ency. Brit. (see the revision by A. Bertholet, Ency. Bib. col. 2770 sqq.). For the history of the Levites in the post-exilic and later ages, see the commentaries on Numbers (by G. B. Gray) and Chronicles (E. L. Curtis), and especially H. Vogelstein, Der Kampf zwischen Priestern u. Leviten seit den Tagen Ezechiels, with Kuenen’s review in his Gesammelte Abhandlungen (ed. K. Budde, 1894). See further Priest.

Authorities.—For the discussion in § 1, refer to Wellhausen, Prolegomena, pp. 121-151; W. R. Smith, Old Test. in Jew. Church (2nd ed., Index, s.v. “Levites”); A. Kuenen, Hexateuch, §§ 3 n. 16; 11, pp. 203 sqq.; 15 n. 15 (more technical); as well as the larger commentaries on Exodus-Joshua and the typical critical works on Old Testament literature. In § 1 and part of § 2, W. R. Smith's article “Levites” in the 9th edition of the Ency. Brit. has been extensively cited (see the revision by A. Bertholet, Ency. Bib. col. 2770 sqq.). For the history of the Levites in the post-exilic and later periods, see the commentaries on Numbers (by G. B. Gray) and Chronicles (E. L. Curtis), and particularly H. Vogelstein, Der Kampf zwischen Priestern u. Leviten seit den Tagen Ezechiels, along with Kuenen's review in his Gesammelte Abhandlungen (ed. K. Budde, 1894). See further Priest.

(S. A. C.)

1 For the derivation of “Levi” see below § 4 end.

1 For the origin of "Levi," see below § 4 end.

2 The words “beside that which cometh of the sale of his patrimony” (lit. “his sellings according to the fathers”) are obscure; they seem to imply some additional source of income which the Levite enjoys at the central sanctuary.

2 The phrase “beside that which comes from the sale of his inheritance” (lit. “his sales according to the fathers”) is unclear; it suggests that there may be another source of income that the Levite has at the central sanctuary.

3 For the něthīnīm (“given”) and “children of the slaves of Solomon” (whose hereditary service would give them a pre-eminence over the temple slaves), see art. Nethinim, and Benzinger, Ency. Bib. cols. 3397 sqq.

3 For the něthīnīm (“given”) and “children of Solomon’s slaves” (who had hereditary service that gave them an advantage over the temple slaves), see art. Nethinim, and Benzinger, Ency. Bib. cols. 3397 sqq.

4 In defence of the traditional view, see S. I. Curtiss, The Levitical Priests (1877), with which his later attitude should be contrasted (see Primitive Semitic Religion To-day, pp. 14, 50, 133 seq., 171, 238 sqq., 241 sqq.); W. L. Baxter, Sanctuary and Sacrifice (1895); A. van Hoonacker, Le Sacerdoce lévitique (1899); and J. Orr, Problem of the O.T. (1905). These and other apologetic writings have so far failed to produce any adequate alternative hypothesis, and while they argue for the traditional theory, later revision not being excluded, the modern critical view accepts late dates for the literary sources in their present form, and explicitly recognizes the presence of much that is ancient. Note the curious old tradition that Ezra wrote out the law which had been burnt (2 Esdr. xiv. 21 sqq.).

4 To support the traditional view, see S. I. Curtiss, The Levitical Priests (1877), which should be contrasted with his later perspective (see Primitive Semitic Religion Today, pp. 14, 50, 133 seq., 171, 238 sqq., 241 sqq.); W. L. Baxter, Sanctuary and Sacrifice (1895); A. van Hoonacker, Le Sacerdoce lévitique (1899); and J. Orr, Problem of the O.T. (1905). These and other apologetic writings have not yet provided a convincing alternative hypothesis, and while they advocate for the traditional theory—with room for later revisions—the modern critical view accepts later dates for the literary sources in their current form and openly acknowledges the presence of much that is ancient. Note the curious old tradition that Ezra wrote out the law that had been burned (2 Esdr. xiv. 21 sqq.).

5 For example, in 1 Kings viii. 4, there are many indications that the context has undergone considerable editing at a fairly late date. The Septuagint translators did not read the clause which speaks of “priests and Levites,” and 2 Chron. v. 5 reads “the Levite priests,” the phrase characteristic of the Deuteronomic identification of priestly and Levitical ministry. 1 Sam. vi. 15, too, brings in the Levites, but the verse breaks the connexion between 14 and 16. For the present disorder in the text of 2 Sam. xv. 24, see the commentaries.

5 For example, in 1 Kings 8:4, there are several signs that the context has been significantly edited at a relatively late point in time. The Septuagint translators did not include the phrase that mentions “priests and Levites,” and 2 Chronicles 5:5 refers to “the Levite priests,” which is a phrase typical of the Deuteronomic identification of priestly and Levitical roles. 1 Samuel 6:15 also includes the Levites, but that verse disrupts the connection between verses 14 and 16. For the current issues in the text of 2 Samuel 15:24, see the commentaries.

6 See Father H. Vincent, O.P., Canaan d’après l’exploration récente (1907), pp. 151, 200 sqq., 463 sq.

6 See Father H. Vincent, O.P., Canaan from Recent Exploration (1907), pp. 151, 200 and following, 463.

7 So Gen. xxxiv. 7, Hamor has wrought folly “in Israel” (cf. Judges xx. 6 and often), and in v. 30 “Jacob” is not a personal but a collective idea, for he says, “I am a few men,” and the capture and destruction of a considerable city is in the nature of things the work of more than two individuals. In the allusion to Levi and Simeon in Gen. xlix. the two are spoken of as “brothers” with a communal assembly. See, for other examples of personification, Genealogy: Biblical.

7 So Gen. xxxiv. 7, Hamor has committed a serious wrongdoing “in Israel” (see Judges xx. 6 and many other instances), and in v. 30 “Jacob” represents not just an individual but a group, since he states, “I am a few men,” and taking over and destroying a significant city typically requires more than just two people. In the reference to Levi and Simeon in Gen. xlix, the two are referred to as “brothers” along with a community. See, for additional examples of personification, Genealogy: Biblical.

8 See E. Meyer, Israeliten u. ihre Nachbarstämme, pp. 299 sqq. (passim); S. A. Cook, Ency. Bib. col. 1665 seq.; Crit. Notes on O.T. History, pp. 84 sqq., 122-125.

8 See E. Meyer, Israelites and Their Neighboring Tribes, pp. 299 sqq. (passim); S. A. Cook, Encyclopedia of the Bible col. 1665 seq.; Critical Notes on Old Testament History, pp. 84 sqq., 122-125.

9 The second element of the name Abiathar is connected with Jether or Jethro, the father-in-law of Moses, and even Ichabod (1 Sam. iv. 21) seems to be an intentional reshaping of Jochebed, which is elsewhere the name of the mother of Moses. Phinehas, Eli’s son, becomes in later writings the name of a prominent Aaronite priest in the days of the exodus from Egypt.

9 The second part of the name Abiathar is linked to Jether or Jethro, Moses' father-in-law, and even Ichabod (1 Sam. iv. 21) appears to be a deliberate reworking of Jochebed, who is the name of Moses' mother in other texts. Phinehas, the son of Eli, evolves in later writings into the name of a leading priest from the line of Aaron during the exodus from Egypt.

10 With this development in Israelite religion, observe that Judaean cult included the worship of a brazen serpent, the institution of which was ascribed to Moses, and that, according to the compiler of Kings, Hezekiah was the first to destroy it when he suppressed idolatrous worship in Judah (2 Kings xviii. 4). It may be added that the faithful Kenites (found in N. Palestine, Judges iv. 11) appear in another light when threatened with captivity by Asshur (Num. xxiv. 22; cf. fall of Dan and Shiloh), and if their eponym is Cain (q.v.), the story of Cain and Abel serves, amid a variety of purposes, to condemn the murder of the settled agriculturist by the nomad, but curiously allows that any retaliation upon Cain shall be avenged (see below, note 5).

10 With this change in Israelite religion, note that the Judaean cult involved the worship of a bronze serpent, which was attributed to Moses. According to the writer of Kings, Hezekiah was the first to destroy it when he eliminated idol worship in Judah (2 Kings xviii. 4). Additionally, the loyal Kenites (located in N. Palestine, Judges iv. 11) look different when faced with the threat of captivity by Asshur (Num. xxiv. 22; cf. fall of Dan and Shiloh). If their ancestor is Cain (q.v.), the tale of Cain and Abel serves multiple purposes, including condemning the murder of settled farmers by nomads, while strangely allowing for any retaliation against Cain to be punished (see below, note 5).

11 The name Korah itself is elsewhere Edomite (Gen. xxxvi. 5, 14, 18) and Calebite (1 Chron. ii. 43). See Ency. Bib., s.v.

11 The name Korah is also found in Edomite contexts (Gen. xxxvi. 5, 14, 18) and Calebite contexts (1 Chron. ii. 43). See Ency. Bib., s.v.

12: The musical service of the temple has no place in the Pentateuch, but was considerably developed under the second temple and attracted the special attention of Greek observers (Theophrastus, apud Porphyry, de Abstin. ii. 26); see on this subject, R. Kittel’s Handkommentar on Chronicles, pp. 90 sqq.

12: The musical services of the temple aren't mentioned in the Pentateuch, but they were significantly developed during the Second Temple period and caught the special attention of Greek observers (Theophrastus, apud Porphyry, de Abstin. ii. 26); for more on this topic, see R. Kittel’s Handkommentar on Chronicles, pp. 90 sqq.

13 Even the tithes enjoyed by the Levites (Num. xviii. 21 seq.) were finally transferred to the priests (so in the Talmud: see Yebamoth, fol. 86a, Carpzov, App. ad Godw. p. 624; Hottinger, De Dec. vi. 8, ix. 17).

13 Even the tithes received by the Levites (Num. xviii. 21 seq.) were eventually given to the priests (as noted in the Talmud: see Yebamoth, fol. 86a, Carpzov, App. ad Godw. p. 624; Hottinger, De Dec. vi. 8, ix. 17).

14 For some suggestive remarks on the relation between nomadism and the Levites, and their influence upon Israelite religion and literary tradition, see E. Meyer, Die Israeliten u. ihre Nachbarstämme (1906), pp. 82-89, 138; on the problems of early Israelite history, see Simeon (end), Jews, §§ 5, 8, and Palestine, History.

14 For some insightful comments on the connection between nomadism and the Levites, as well as their impact on Israelite religion and literary tradition, check out E. Meyer, Die Israeliten u. ihre Nachbarstämme (1906), pp. 82-89, 138; for issues relating to early Israelite history, see Simeon (end), Jews, §§ 5, 8, and Palestine, History.

LEVITICUS, in the Bible, the third book of the Pentateuch. The name is derived from that of the Septuagint version (τὸ) λευ[ε]ιτικόν (sc. βιβλίον), though the English form is due to the Latin rendering, Leviticus (sc. liber). By the Jews the book is called Wayyiḳrā (ויקרא) from the first word of the Hebrew text, but it is also referred to (in the Talmud and Massorah) as Tōrath kōhănīm (תורת כהנים, law of the priests), Sēpher kōhănīm (ספר כ״, book of the priests), and Sēpher ḳorbānīm (ספר קרבנים, book of offerings). As a descriptive title Leviticus, “the Levitical book,” is not inappropriate to the contents of the book, which exhibits an elaborate system of sacrificial worship. In this connexion, however, the term “Levitical” is used in a perfectly general sense, since there is no reference in the book itself to the Levites themselves.

LEVITICUS, in the Bible, is the third book of the Pentateuch. The name comes from the Septuagint version (τὸ) λευ[ε]ιτικόν (meaning book), although the English version is derived from the Latin rendering, Leviticus (meaning liber). The Jews refer to the book as Wayyiḳrā (ויקרא), taking its name from the first word of the Hebrew text, but it is also called (in the Talmud and Massorah) Tōrath kōhănīm (Priestly teachings, law of the priests), Sēpher kōhănīm (ספר כ״, book of the priests), and Sēpher ḳorbānîm (מסמך קרבנות, book of offerings). The title Leviticus, meaning “the Levitical book,” is fitting for the book’s contents, which outline a comprehensive system of sacrificial worship. In this context, however, the term “Levitical” is used in a general sense, as there is no mention of the Levites within the book itself.

The book of Leviticus presents a marked contrast to the two preceding books of the Hexateuch in that it is derived from one document only, viz. the Priestly Code (P), and contains no trace of the other documents from which the Hexateuch has been compiled. Hence the dominant interest is a priestly one, while the contents are almost entirely legislative as opposed to historical. But though the book as a whole is assigned to a single document, its contents are by no means homogeneous: in fact the critical problem presented by the legislative portions of Leviticus, though more limited in scope, is very similar to that of the other books of the Hexateuch. Here, too, the occurrence of repetitions and divergencies, the variations of standpoint and practice, and, at times, the linguistic peculiarities point no less clearly to diversity of origin.

The book of Leviticus stands out compared to the two previous books of the Hexateuch because it comes from just one source, known as the Priestly Code (P), and shows no signs of the other sources that contribute to the Hexateuch. Therefore, the main focus is on priestly matters, and the content is almost entirely about laws rather than history. However, even though the book is based on a single source, its content isn’t uniform: the challenges posed by the legislative sections of Leviticus, while more limited, are quite similar to those found in the other books of the Hexateuch. Here too, the presence of repetitions and inconsistencies, different perspectives and practices, and sometimes unique language clearly indicate a variety of origins.

The historical narrative with which P connects his account of the sacred institutions of Israel is reduced in Leviticus to a minimum, and presents no special features. The consecration of Aaron and his sons (viii. ix.) resumes the narrative of Exod. xl., and this is followed by a brief notice of the death of Nadab and Abihu (x. 1-5), and later by an account of the death of the blasphemer (xxiv. 10 f.). Apart from these incidents, which, in accordance with the practice of P, are utilized for the purpose of introducing fresh legislation, the book consists of three main groups or collections of ritual laws: (1) chaps, i.-vii., laws of sacrifice; (2) chaps, xi.-xv., laws of purification, with an appendix (xvi.) on the Day of Atonement; (3) chaps, xvii.-xxvi., the Law of Holiness, with an appendix (xxvii.) on vows and tithes. In part these laws appear to be older than P, but when examined in detail the various collections show unmistakably that they have undergone more than one process of redaction before they assumed the form in which they are now presented. The scope of the present article does not permit of an elaborate analysis of the different sections, but the evidence adduced will, it is hoped, afford sufficient proof of the truth of this statement.

The historical narrative that P connects to his account of Israel's sacred institutions is minimized in Leviticus and shows no unique characteristics. The consecration of Aaron and his sons (chapters 8-9) continues from Exodus 40, followed by a brief account of the deaths of Nadab and Abihu (chapter 10, verses 1-5), and later the death of the blasphemer (chapter 24, verses 10 and following). Besides these events, which P uses to introduce new laws, the book consists of three main collections of ritual laws: (1) chapters 1-7, laws of sacrifice; (2) chapters 11-15, laws of purification, with an appendix (chapter 16) on the Day of Atonement; (3) chapters 17-26, the Law of Holiness, with an appendix (chapter 27) on vows and tithes. Some of these laws seem to be older than P, but when looked at in detail, the various collections clearly show that they have undergone multiple revisions before reaching their current form. This article doesn't allow for an in-depth analysis of the different sections, but the evidence provided should sufficiently support this statement.

I. The Laws of Sacrifice.—Chaps. i.-vii. This group of laws clearly formed no part of the original narrative of P since it interrupts the connexion of chap. viii. with Exod. xl. For chap. viii. describes how Moses carried out the command of Exod. xl. 12-15 in accordance with the instructions given in Exod. xxix. 1-35, and bears the same relation to the latter passage that Exod. xxxv. ff. bears to Exod. xxv. ff. Hence we can only conclude that Lev. i.-vii. were added by a later editor. This conclusion does not necessarily involve a late date for the laws themselves, many of which have the appearance of great antiquity, though their original form has been considerably modified. But though these chapters form an independent collection of laws, and were incorporated as such in P, a critical analysis of their contents shows that they were not all derived from the same source.

I. The Laws of Sacrifice.—Chaps. i.-vii. This set of laws clearly wasn't part of the original narrative of P since it interrupts the connection between chap. viii. and Exod. xl. Chapter viii. describes how Moses followed the command of Exod. xl. 12-15 according to the instructions in Exod. xxix. 1-35, and it relates to that passage in the same way that Exod. xxxv. ff. relates to Exod. xxv. ff. Therefore, we can only conclude that Lev. i.-vii. were added by a later editor. This conclusion does not necessarily mean that the laws themselves are late, as many appear to be quite old, although their original form has been significantly changed. However, even though these chapters form an independent collection of laws and were included as such in P, a detailed analysis of their contents shows that they weren't all from the same source.

The collection falls into two divisions, (a) i.-vi. 7 (Heb. v. 26), and (b) vi. 8 (Heb. vi. 1)-vii., the former being addressed to the people and the latter to the priests. The laws contained in (a) refer to (1) burnt-offerings, i.; (2) meal-offerings, ii.; (3) peace-offerings, iii.; (4) sin-offerings, iv. (on v. 1-13 see below); (5) trespass-offerings, v. 14-vi. 7 (Heb. v. 14-26). The laws in (b) cover practically the same ground—(1) burnt-offerings, vi. 8-13 (Heb. vv. 1-6); (2) meal-offerings, vi. 14-18 (Heb. vv. 7-11); (3) the meal-offering of the priest, vi. 19-23 (Heb. vv. 12-16); (4) sin-offerings, vi. 24-30 (Heb. vv. 17-23); (5) trespass-offerings, vii. 1-7, together with certain regulations for the priest’s share of the burnt- and meal-offerings (vv. 8-10); (6) peace-offerings, vii. 11-21. Then follow the prohibition of eating the fat or blood (vv. 22-28), the priest’s share of the peace-offerings (vv. 29-34), the priest’s anointing-portion (vv. 35, 36), and the subscription (vv. 37, 38). The second group of laws is thus to a certain extent supplementary to the first, and was, doubtless, intended as such by the editor of chaps. i.-vii. Originally it can hardly have formed part of the same collection; for (a) the order is different, that of the second group being supported by its subscription, and (b) the laws in vi. 8-vii. are regularly introduced by the formula “This is the law (tōrah) of....” Most probably the second group was excerpted by the editor of chaps. i.-vii. from another collection for the purpose of supplementing the laws of i.-v., more especially on points connected with the functions and dues of the officiating priests.

The collection is divided into two parts, (a) i.-vi. 7 (Heb. v. 26), and (b) vi. 8 (Heb. vi. 1)-vii., with the former directed at the people and the latter at the priests. The laws in (a) cover (1) burnt offerings, i.; (2) meal offerings, ii.; (3) peace offerings, iii.; (4) sin offerings, iv. (see below for v. 1-13); (5) trespass offerings, v. 14-vi. 7 (Heb. v. 14-26). The laws in (b) essentially address the same topics—(1) burnt offerings, vi. 8-13 (Heb. vv. 1-6); (2) meal offerings, vi. 14-18 (Heb. vv. 7-11); (3) the meal offering of the priest, vi. 19-23 (Heb. vv. 12-16); (4) sin offerings, vi. 24-30 (Heb. vv. 17-23); (5) trespass offerings, vii. 1-7, along with specific rules for the priest’s share of the burnt and meal offerings (vv. 8-10); (6) peace offerings, vii. 11-21. This is followed by the prohibition of eating fat or blood (vv. 22-28), the priest’s share of the peace offerings (vv. 29-34), the priest’s anointing portion (vv. 35, 36), and the subscription (vv. 37, 38). The second group of laws serves as a supplement to the first and was likely intended that way by the editor of chaps. i.-vii. Originally, it probably didn’t belong to the same collection; for (a) the order is different, as the second group is supported by its subscription, and (b) the laws in vi. 8-vii. are consistently introduced with the formula “This is the law (tōrah) of....” Most likely, the editor of chaps. i.-vii. extracted the second group from another collection to complement the laws of i.-v., particularly regarding the roles and entitlements of the officiating priests.

Closer investigation, however, shows that both groups of laws contain heterogeneous elements and that their present form is the result of a long process of development. Thus i. and iii. seem to contain genuinely old enactments, though i. 14-17 is probably a later addition, since there is no reference to birds in the general heading v. 2. Chap. ii. 1-3, on the other hand, though it corresponds in form to i. and iii., interrupts the close connexion between those chapters, and should in any case stand after iii.: the use of the second for the third person in the remaining verses points to a different source. As might be expected from the nature of the sacrifice with which it deals, iv. (sin-offerings) seems to belong to a relatively later period of the sacrificial system. Several features confirm this view: (1) the blood of the sin-offering of the “anointed priest” and of the whole congregation is brought within the veil and sprinkled on the altar of incense, (2) the sin-offering of the congregation is a bullock, and not, as elsewhere, a goat (ix. 15; Num. xv. 24), (3) the altar of incense is distinguished from the altar of burnt-offering (as opposed to Exod. xxix.; Lev. viii. ix.). Chap. v. 1-13 have usually been regarded as an appendix to iv., setting forth (a) a number of typical cases for which a sin-offering is required (vv. 1-6), and (b) certain concessions for those who could not afford the ordinary sin-offering (vv. 7-13). But vv. 1-6, which are not homogeneous (vv. 2 and 3 treating of another question and interrupting vv. 1, 4, 5 f.), cannot be ascribed to the same author as iv.: for (1) it presents a different theory of the sin-offering (contrast v. 1 f. with iv. 2), (2) it ignores the fourfold division of offerings corresponding to the rank of the offender, (3) it fails to observe the distinction between sin- and trespass-offering (in vv. 6, 7, “his guilt-offering” (אשמו) appears to have the sense of a “penalty” or “forfeit,” unless with Baentsch we read קרבנו “his oblation” in each case; cf. v. 11, iv. 23 ff. Verses 7-13, on the other hand, form a suitable continuation of iv., though probably they are secondary in character. Chap. v. 14 (Heb. v. 26)-vi. 7 contain regulations for the trespass-offering, in which the distinctive character of that offering is clearly brought out. The cases cited in vi. 1-7 (Heb. v. 20-26) are clearly analogous to those in v. 14-16, from which they are at present separated by vv. 17-19. These latter prescribe a trespass-offering for the same case for which in iv. 22 f. a sin-offering is required: it is noticeable also that no restitution, the characteristic feature of the āshām, is prescribed. It is hardly doubtful that the verses are derived from a different source to that of their immediate context, possibly the same as v. 1-6.

A closer look, however, reveals that both groups of laws have a mix of elements and that their current form comes from a long development process. Thus, sections i. and iii. appear to include genuinely old laws, although i. 14-17 is likely a later addition since there's no mention of birds in the general heading v. 2. In contrast, Chap. ii. 1-3, while similar in form to i. and iii., breaks the close connection between those chapters and should definitely come after iii.: the use of the second person for the third person in the rest of the verses suggests a different origin. As expected from the nature of the sacrifice it addresses, iv. (sin-offerings) seems to belong to a relatively later stage of the sacrificial system. Several features support this view: (1) the blood of the sin-offering for the “anointed priest” and for the whole congregation is brought inside the veil and sprinkled on the altar of incense, (2) the sin-offering of the congregation is a bull, not, as seen elsewhere, a goat (ix. 15; Num. xv. 24), (3) the altar of incense is distinct from the altar for burnt offerings (unlike Exod. xxix.; Lev. viii. ix.). Chap. v. 1-13 is usually regarded as an appendix to iv., outlining (a) a number of typical situations requiring a sin-offering (vv. 1-6), and (b) certain exceptions for those who couldn't afford the standard sin-offering (vv. 7-13). However, vv. 1-6, which are not consistent (with vv. 2 and 3 addressing another issue and interrupting vv. 1, 4, 5 f.), cannot be attributed to the same author as iv.: for (1) it presents a different perspective on the sin-offering (compare v. 1 f. with iv. 2), (2) it overlooks the fourfold categorization of offerings based on the offender's rank, (3) it fails to distinguish between sin- and trespass-offering (in vv. 6, 7, “his guilt-offering” (אשמו) seems to mean a “penalty” or “forfeit,” unless we follow Baentsch and interpret קרבנו as “his oblation” in each case; see v. 11, iv. 23 ff.). Verses 7-13, on the other hand, appropriately continue from iv., though they are likely secondary in nature. Chap. v. 14 (Heb. v. 26)-vi. 7 contains rules for the trespass-offering, which clearly highlights the unique nature of that offering. The cases mentioned in vi. 1-7 (Heb. v. 20-26) are clearly similar to those in v. 14-16, which are currently separated by vv. 17-19. The latter prescribe a trespass-offering for the same situation that requires a sin-offering in iv. 22 f.: it's also notable that no restitution, which is the main feature of the āshām, is required. It's clear that these verses come from a different source than their immediate context, possibly the same as v. 1-6.

The subscription (vii. 37, 38) is our chief guide to determining the original extent of the second group of laws (vi. 8 [Heb. vi. 1]-vii. 36). From it we infer that originally the collection only dealt with the five chief sacrifices (vi. 8-13; 14-18; 24, 25, 27-30; vii. 1-6; 11-21) already discussed in i.-v., since only these are referred to in the colophon where they are given in the same order (the consecration-offering [v. 37] is probably due to the same redactor who introduced the gloss “in the day when he is anointed” in vi. 20). Of the remaining sections vi. 19-23 (Heb. 12-16), the daily meal-offering of the (high-) priest, betrays its secondary origin by its absence from the subscription, cf. also the different introduction. Chaps. vi. 26 (Heb. 19) and vii. 7 assign the offering to the officiating priest in contrast to vi. 18 (Heb. 11), 29 (Heb. 22), vii. 6 (“every male among the priests”), and possibly belong, together with vii. 8-10, to a separate collection which dealt especially with priestly dues. Chap. vii. 22-27, which prohibit the eating of fat and blood, are addressed to the community at large, and were, doubtless, inserted here in connexion with the sacrificial meal which formed 516 the usual accompaniment of the peace-offering. Chap. vii. 28-34 are also addressed to the people, and cannot therefore have formed part of the original priestly manual; v. 33 betrays the same hand as vi. 26 (Heb. 19) and vii. 7, and with 35a may be assigned to the same collection as those verses; to the redactor must be assigned vv. 32 (a doublet of v. 33), 34, 35b and 36.

The subscription (vii. 37, 38) is our main guide for understanding the original scope of the second group of laws (vi. 8 [Heb. vi. 1]-vii. 36). From it, we can deduce that initially, the collection focused only on the five main sacrifices (vi. 8-13; 14-18; 24, 25, 27-30; vii. 1-6; 11-21) discussed in i.-v., as only these are mentioned in the colophon in the same order (the consecration-offering [v. 37] likely comes from the same editor who added the note “on the day when he is anointed” in vi. 20). Of the other sections, vi. 19-23 (Heb. 12-16) about the daily meal-offering of the (high-) priest shows its later origin by being absent from the subscription, and there’s also a different introduction. Chaps. vi. 26 (Heb. 19) and vii. 7 assign the offering to the officiating priest, unlike vi. 18 (Heb. 11), 29 (Heb. 22), vii. 6 (“every male among the priests”), and they likely belong with vii. 8-10 to a separate collection that focused specifically on priestly dues. Chap. vii. 22-27, which prohibits the eating of fat and blood, is addressed to the entire community and was clearly added in relation to the sacrificial meal that usually accompanies the peace-offering. Chap. vii. 28-34 is also directed at the people, so it can't have been part of the original priestly manual; v. 33 shows the same editor as vi. 26 (Heb. 19) and vii. 7, and along with 35a, can be linked to the same collection as those verses; vv. 32 (a repetition of v. 33), 34, 35b, and 36 should also be attributed to the editor.

Chaps. viii.-x. As stated, these chapters form the original sequel to Exod. xl. They describe (a) the consecration of Aaron and his sons, a ceremony which lasted seven days (viii.), and (b) the public worship on the eighth day, at which Aaron and his sons officiated for the first time as priests (ix.); then follow (c) an account of the death of Nadab and Abihu for offering strange fire (x. 1-5); (d) various regulations affecting the priests (vv. 12-15), and (e) an explanation, in narrative form, of the departure in ix. 15 from the rules for the sin-offering given in vi. 30 (vv. 16-20).

Chaps. viii.-x. As mentioned, these chapters are the original continuation of Exod. xl. They detail (a) the consecration of Aaron and his sons, a ceremony that lasted seven days (viii.), and (b) the public worship on the eighth day, when Aaron and his sons served as priests for the first time (ix.); then follows (c) an account of the deaths of Nadab and Abihu for offering unauthorized fire (x. 1-5); (d) various rules regarding the priests (vv. 12-15), and (e) a narrative explanation of the deviation in ix. 15 from the guidelines for the sin-offering provided in vi. 30 (vv. 16-20).

According to Exod. xl. 1-15 Moses was commanded to set up the Tabernacle and to consecrate the priests, and the succeeding verses (16-38) describe how the former command was carried out. The execution of the second command, however, is first described in Lev. viii., and since the intervening chapters exhibit obvious traces of belonging to another source, we may conclude with some certainty that Lev. viii. formed the immediate continuation of Exod. xl. in the original narrative of P. But it has already been pointed out (see Exodus) that Exod. xxxv.-xl. belong to a later stratum of P than Exod. xxv.-xxix, hence it is by no means improbable that Exod. xxxv-xl. have superseded an earlier and shorter account of the fulfilment of the commands in Exod. xxv.-xxix. If this be the case, we should naturally expect to find that Lev. viii., which bears the same relation to Exod. xxix. 1-35 as Exod. xxxv. ff. to Exod. xxv. ff. also belonged to a later stratum. But Lev. viii., unlike Exod xxxv. ff., only mentions one altar, and though in its present form the chapter exhibits marks of later authorship, these marks form no part of the original account, but are clearly the work of a later editor. These additions, the secondary character of which is obvious both from the way in which they interrupt the context and also from their contents, are (1), v. 10, the anointing of the Tabernacle in accordance with Exod. xxx. 26 ff.: it is not enjoined in Exod. xxix.; (2) v. 11, the anointing of the altar and the laver (cf. Exod. xxx. 17 ff.) as in Exod. xxix. 36b, xxx. 26 ff.; (3) v. 30, the sprinkling of blood and oil on Aaron and his sons. Apart from these secondary elements, which readily admit of excision, the chapter is in complete accord with P as regards point of view and language, and is therefore to be assigned to that source.

According to Exod. xl. 1-15, Moses was told to set up the Tabernacle and consecrate the priests, and the following verses (16-38) explain how he carried out the first command. However, the execution of the second command is first described in Lev. viii. Since the chapters in between show clear signs of belonging to another source, we can reasonably conclude that Lev. viii. was a direct continuation of Exod. xl. in the original narrative of P. It has already been noted (see Exodus) that Exod. xxxv.-xl. belong to a later level of P than Exod. xxv.-xxix, so it's quite possible that Exod. xxxv-xl. replaced an earlier and shorter account of fulfilling the commands in Exod. xxv.-xxix. If this is true, we should expect Lev. viii., which relates to Exod. xxix. 1-35 in the same way Exod. xxxv. ff. does to Exod. xxv. ff., to also come from a later layer. But unlike Exod. xxxv. ff., Lev. viii. only mentions one altar, and while the chapter shows signs of later authorship in its current form, these signs do not belong to the original account but are clearly from a later editor. These additions, which are obviously secondary both because they disrupt the context and due to their content, are (1) v. 10, the anointing of the Tabernacle according to Exod. xxx. 26 ff.: it's not commanded in Exod. xxix.; (2) v. 11, the anointing of the altar and the laver (cf. Exod. xxx. 17 ff.) like in Exod. xxix. 36b, xxx. 26 ff.; (3) v. 30, the sprinkling of blood and oil on Aaron and his sons. Apart from these secondary elements, which can easily be removed, the chapter aligns completely with P in terms of perspective and language, and therefore belongs to that source.

The consecration of Aaron and his sons was, according to P, a necessary preliminary to the offering of sacrifice, and chap. ix. accordingly describes the first solemn act of worship. The ceremony consists of (a) the offerings for Aaron, and (b) those for the congregation; then follows the priestly blessing (v. 22), after which Moses and Aaron enter the sanctuary, and on reappearing once more bless the people. The ceremony terminates with the appearance of the glory of Yahweh, accompanied by a fire which consumes the sacrifices on the altar. Apart from a few redactional glosses the chapter as a whole belongs to P. The punishment of Nadab and Abihu by death for offering “strange fire” (x. 1-5) forms a natural sequel to chap. ix. To this incident a number of disconnected regulations affecting the priests have been attached, of which the first, viz. the prohibition of mourning to Aaron and his sons (vv. 6, 7), alone has any connexion with the immediate context; as it stands, the passage is late in form (cf. xxi. 10 ff.). The second passage, vv. 8, 9, which prohibits the use of wine and strong drink to the priest when on duty, is clearly a later addition. The connexion between these verses and the following is extremely harsh, and since vv. 10, 11 relate to an entirely different subject (cf. xi. 47), the latter verses must be regarded as a misplaced fragment. Verses 12-15 relate to the portions of the meal- and peace-offerings which fell to the lot of the priests, and connect, therefore, with chap. ix.; possibly they have been wrongly transferred from that chapter. In the remaining paragraph, x. 16-20, we have an interesting example of the latest type of additions to the Hexateuch. According to ix. 15 (cf. v. 11) the priests had burnt the flesh of the sin-offering which had been offered on behalf of the congregation, although its blood had not been taken into the inner sanctuary (cf. iv. 1-21, vi. 26). Such treatment, though perfectly legitimate according to the older legislation (Exod. xxix. 14; cf. Lev. viii. 17), was in direct contradiction to the ritual of vi. 24 ff., which prescribed that the flesh of ordinary sin-offerings should be eaten by the priests. Such a breach of ritual on the part of Aaron and his sons seemed to a later redactor to demand an explanation, and this is furnished in the present section.

The consecration of Aaron and his sons was, according to P, a necessary step before making sacrifices, and chapter 9 describes the first formal act of worship. The ceremony consists of (a) the offerings for Aaron, and (b) those for the congregation; then follows the priestly blessing (v. 22), after which Moses and Aaron enter the sanctuary, and when they come out, they bless the people again. The ceremony ends with the appearance of the glory of Yahweh, accompanied by a fire that consumes the sacrifices on the altar. Aside from a few editorial additions, the chapter as a whole belongs to P. The punishment of Nadab and Abihu by death for offering "strange fire" (x. 1-5) naturally follows chapter 9. Several unrelated regulations regarding the priests have been attached to this incident, of which the first, namely the prohibition of mourning for Aaron and his sons (vv. 6, 7), is the only one connected to the immediate context; as it stands, this passage is late in form (cf. xxi. 10 ff.). The second part, vv. 8, 9, which prohibits the use of wine and strong drink by priests when on duty, is clearly a later addition. The connection between these verses and the next ones is extremely awkward, and since vv. 10, 11 address a completely different topic (cf. xi. 47), those latter verses should be considered a misplaced fragment. Verses 12-15 pertain to the parts of the meal and peace offerings that belonged to the priests, and therefore relate to chapter 9; it's possible they were incorrectly moved from that chapter. In the remaining section, x. 16-20, we see an interesting example of the latest type of additions to the Hexateuch. According to ix. 15 (cf. v. 11), the priests had burned the flesh of the sin offering made on behalf of the congregation, although its blood hadn’t been taken into the inner sanctuary (cf. iv. 1-21, vi. 26). This treatment, while perfectly acceptable according to earlier laws (Exod. xxix. 14; cf. Lev. viii. 17), contradicted the ritual of vi. 24 ff., which stated that the flesh of regular sin offerings should be eaten by the priests. Such a deviation from ritual by Aaron and his sons seemed to require an explanation to a later redactor, and this is provided in the current section.

II. The Laws of Purification.—Chaps. xi.-xv. This collection of laws comprises four main sections relating to (1) clean and unclean beasts (xi.), (2) childbirth (xii.), (3) leprosy (xiii. xiv.), and (4) certain natural secretions (xv.). These laws, or tōrōth, are so closely allied to each other by the nature of their contents and their literary form (cf. especially the recurring formula “This is the law of ...” xi. 46, xii. 7, xiii. 59, xiv. 32, 54, 57, xv. 32) that they must originally have formed a single collection. The collection, however, has clearly undergone more than one redaction before reaching its final form. This is made evident not only by the present position of chap. xii. which in v. 2 presupposes chap. xv. (cf. xv. 19), and must originally have followed after that chapter, but also by the contents of the different sections, which exhibit clear traces of repeated revision. At the same time it seems, like chaps. i.-vii., xvii.-xxvi., to have been formed independently of P and to have been added to that document by a later editor; for in its present position it interrupts the main thread of P’s narrative, chap. xvi. forming the natural continuation of chap. x.; and, further, the inclusion of Aaron as well as Moses in the formula of address (xi. 1, xiii. 1, xiv. 33, xv. 1) is contrary to the usage of P.

II. The Laws of Purification.—Chaps. xi.-xv. This collection of laws includes four main sections related to (1) clean and unclean animals (xi.), (2) childbirth (xii.), (3) leprosy (xiii. xiv.), and (4) certain natural secretions (xv.). These laws, or tōrōth, are closely connected through their content and literary style (see especially the repeating phrase “This is the law of ...” xi. 46, xii. 7, xiii. 59, xiv. 32, 54, 57, xv. 32), indicating they initially formed a single collection. However, this collection clearly underwent multiple edits before reaching its final form. This is evident not only from the current position of chap. xii., which in v. 2 assumes the existence of chap. xv. (cf. xv. 19) and must have originally come after that chapter, but also from the contents of the different sections, which show clear signs of repeated revision. At the same time, it appears, like chaps. i.-vii., xvii.-xxvi., to have been created independently of P and added to that document by a later editor; because its current position disrupts the main storyline of P, with chap. xvi. naturally following chap. x.; additionally, the mention of Aaron along with Moses in the address formula (xi. 1, xiii. 1, xiv. 33, xv. 1) contradicts P's usual practice.

1. Chap. xi. consists of two main sections, of which the first (vv. 1-23, 41-47) contains directions as to the clean and unclean animals which may or may not be used for food, while the second (vv: 24-40) treats of the defilement caused by contact with the carcases of unclean animals (in v. 39 f. contact with clean animals after death is also forbidden), and prescribes certain rites of purification. The main interest of the chapter, from the point of view of literary criticism, centres in the relation of the first section to the Law of Holiness (xvii.-xxvi.) and to the similar laws in Deut. xiv. 3-20. From xx. 25 it has been inferred with considerable probability that H, or the Law of Holiness, originally contained legislation of a similar character with reference to clean and unclean animals; and many scholars have held that the first section (vv. 1 [or 2]-23 and 41-47) really belongs to that code. But while vv. 43-45 may unhesitatingly be assigned to H, the remaining verses fail to exhibit any of the characteristic features of that code. We must assign them, therefore, to another source, though, in view of xx. 25 and xi. 43-45, it is highly probable that they have superseded similar legislation belonging to H.

1. Chap. xi. consists of two main sections. The first section (vv. 1-23, 41-47) provides guidelines on which clean and unclean animals can be eaten, while the second section (vv: 24-40) discusses the impurity that results from touching the carcasses of unclean animals (in v. 39 f., touching clean animals after death is also prohibited) and outlines specific purification rituals. From a literary criticism perspective, the primary focus of this chapter is the relationship between the first section and the Law of Holiness (xvii.-xxvi.) as well as similar laws in Deut. xiv. 3-20. Based on xx. 25, it is inferred with a good amount of certainty that H, or the Law of Holiness, originally had similar regulations regarding clean and unclean animals; many scholars believe that the first section (vv. 1 [or 2]-23 and 41-47) actually belongs to that code. However, while vv. 43-45 can undoubtedly be linked to H, the other verses do not exhibit the typical characteristics of that code. Therefore, we must attribute them to a different source, although, in light of xx. 25 and xi. 43-45, it is quite likely that they have replaced similar laws that were part of H.

The relation of Lev. xi. 2-23 to Deut. xiv. 4-20 is less easy to determine, since the phenomena presented by the two texts are somewhat inconsistent. The two passages are to a large extent verbally identical, but while Deut. xiv. 4b, 5 both defines and exemplifies the clean animals (as opposed to Lev. xi. 3; which only defines them), the rest of the Deuteronomic version is much shorter than that of Leviticus. Thus, except for vv. 4b, 5, the Deuteronomic version, which in its general style, and to a certain extent in its phraseology (cf. מין kind, vv. 13, 15, 18, and שרץ swarm, v. 19), shows traces of a priestly origin, might be regarded as an abridgment of Lev. xi. But the Deuteronomic version uses טמא unclean throughout (vv. 7, 10. 19), while Lev xi. from v. 11 onwards employs the technical term שקץ detestable thing, and it is at least equally possible to treat the longer version of Leviticus as an expansion of Deut. xiv. 4-20. The fact that Deut. xiv. 21 permits the stranger (גר) to eat the flesh of any animal that dies a natural death, while Lev. xvii. 25 places him on an equal footing with the Israelite, cannot be cited in favour of the priority of Deuteronomy since v. 21 is clearly supplementary; cf. also Lev. xi. 39. On the whole it seems best to accept the view that both passages are derived separately from an earlier source.

The relationship between Lev. xi. 2-23 and Deut. xiv. 4-20 is a bit complicated since the two texts show some inconsistencies. The two passages are largely similar in wording, but while Deut. xiv. 4b, 5 both defines and gives examples of clean animals (unlike Lev. xi. 3, which only defines them), the rest of the Deuteronomic passage is much shorter than that in Leviticus. So, except for vv. 4b, 5, the Deuteronomic version, which generally has a style and some phrases indicating a priestly origin (cf. Gender kind, vv. 13, 15, 18, and שיר swarm, v. 19), could be seen as a shortened form of Lev. xi. However, the Deuteronomic version uses Unclean unclean throughout (vv. 7, 10, 19), while Lev. xi from v. 11 onward uses the specific term שקץ detestable thing, making it just as likely to view the longer version in Leviticus as an elaboration of Deut. xiv. 4-20. The fact that Deut. xiv. 21 allows the stranger (גר) to eat the flesh of any animal that dies naturally, while Lev. xvii. 25 treats him equally to the Israelite, doesn't support the priority of Deuteronomy since v. 21 is clearly additional; cf. also Lev. xi. 39. Overall, it seems best to accept the idea that both passages come from separate earlier sources.

2. Chap. xii. prescribes regulations for the purification of a woman after the birth of (a) a male and (b) a female child. It has been already pointed out that this chapter would follow more suitably after chap. xv., with which it is closely allied in regard to subject-matter. The closing formula (v. 7) shows clearly that, as in the case of v. 7-13 (cf. i. 14-17), the concessions in favour of the poorer worshipper are a later addition.

2. Chap. xii. outlines the rules for a woman's purification after giving birth to (a) a male and (b) a female child. It has been noted that this chapter would fit better after chap. xv., since it's closely related in terms of content. The final formula (v. 7) clearly indicates that, similar to v. 7-13 (see i. 14-17), the provisions made for poorer worshippers are a later addition.

3. Chaps. xiii., xiv. The regulations concerning leprosy fall readily into four main divisions: (a) xiii. 1-46a, an elaborate description of the symptoms common to the earlier stages of leprosy and other skin diseases to guide the priest in deciding as to the cleanness or uncleanness of the patient; (b) xiii. 47-59, a further description of different kinds of mould or fungus growth affecting stuffs and leather; (c) xiv. 1-32, the rites of purification to be employed after the healing of leprosy; and (d) xiv. 33-53, regulations dealing with the appearance of patches of mould or mildew on the walls of a house. Like other collections the group of laws on leprosy easily betrays its composite character and exhibits unmistakable evidence of its gradual growth. There is, however, no reason to doubt that a large portion of the laws is genuinely old since the subject is one that would naturally call for early legislation; moreover, Deut. xxiv. 8 presupposes the existence of regulations concerning leprosy, presumably oral, which were in the possession of the priests. The earliest sections are admittedly xiii. 1-46a and xiv. 2-8a, the ritual of the latter being obviously of a very archaic type. The secondary character of xiii. 47-59 is evident: it interrupts the close connexion between xiii. 1-46a and xiv. 2-8a, and further it is provided with its own colophon in v. 59. A similar character must be assigned to the remaining verses of chap. xiv., with the exception of the colophon in v. 57b; the latter has been successively expanded in vv. 54-57a so as to include the later additions. Thus xiv. 9-20 prescribes a second and more elaborate ritual of purification after the healing of leprosy, though the leper, according to v. 8a, is already clean; its secondary character is further shown by the heightening of the ceremonial which seems to be modelled on that of the consecration of the priest 517 (viii. 23 ff.), the multiplication of sacrifices and the minute regulations with regard to the blood and oil. The succeeding section (vv. 21-32) enjoins special modifications for those who cannot afford the more costly offerings of vv. 9-20, and like v. 7-13, xii. 8 is clearly a later addition; cf. the separate colophon, v. 32. The closing section xiv. 33-53 is closely allied to xiii. 47-59, though probably later in date: probably the concluding verses (48-53), in which the same rites are prescribed for the purification of a house as are ordained for a person in vv. 3-8a, were added at a still later period.

3. Chaps. xiii., xiv. The rules regarding leprosy can be categorized into four main groups: (a) xiii. 1-46a, a detailed description of the symptoms seen in the early stages of leprosy and other skin diseases to help the priest determine if the patient is clean or unclean; (b) xiii. 47-59, an additional description of various types of mold or fungus affecting fabrics and leather; (c) xiv. 1-32, the purification rituals to be performed after the healing of leprosy; and (d) xiv. 33-53, rules concerning the appearance of mold or mildew on house walls. Like other sets of laws, this collection about leprosy shows its mixed nature and clear signs of gradual development. However, there's no doubt that a significant portion of these laws is genuinely old, as this topic would naturally require early laws; furthermore, Deut. xxiv. 8 assumes there were regulations about leprosy, likely oral, that the priests knew. The earliest sections are clearly xiii. 1-46a and xiv. 2-8a, with the ritual of the latter being notably archaic. It's evident that xiii. 47-59 is secondary: it disrupts the strong connection between xiii. 1-46a and xiv. 2-8a, and it has its own colophon in v. 59. A similar characterization applies to the other verses in chap. xiv. except for the colophon in v. 57b; the latter has been progressively expanded in vv. 54-57a to include those later additions. Thus, xiv. 9-20 outlines a second, more detailed purification ritual after healing from leprosy, even though the leper is already clean as stated in v. 8a; its secondary nature is further revealed through the increased ceremonial detail which seems based on the consecration of the priest 517 (viii. 23 ff.), the increase in sacrifices, and the detailed rules regarding blood and oil. The next section (vv. 21-32) requires special adjustments for those who can't afford the more expensive offerings in vv. 9-20, and like v. 7-13, xii. 8 is clearly a later addition; see the separate colophon, v. 32. The final section xiv. 33-53 is closely related to xiii. 47-59, although it is likely later: probably the last verses (48-53), which prescribe the same purification rites for a house as are ordered for a person in vv. 3-8a, were added even later.

4. Chap. xv. deals with the rites of purification rendered necessary by various natural secretions, and is therefore closely related to chap. xii. On the analogy of the other laws it is probable that the old tōrāh, which forms the basis of the chapter, has been subsequently expanded, but except in the colophon (vv. 32-34), which displays marks of later redaction, there is nothing to guide us in separating the additional matter.

4. Chap. xv. talks about the purification rituals needed due to various natural secretions, so it's closely related to chap. xii. Based on the patterns of other laws, it's likely that the ancient tōrāh that serves as the foundation of this chapter has been expanded over time. However, aside from the colophon (vv. 32-34), which shows signs of later editing, there's not much to help us distinguish the additional content.

Chap. xvi. It may be regarded as certain that this chapter consists of three main elements, only one of which was originally connected with the ceremonial of the Day of Atonement, and that it has passed through more than one stage of revision. Since the appearance of Benzinger’s analysis ZATW (1889), critics in the main have accepted the division of the chapter into three independent sections: (1) vv. 1-4, 6, 12, 13, 34b (probably vv. 23, 24 also form part of this section), regulations to be observed by Aaron whenever he might enter “the holy place within the veil.” These regulations are the natural outcome of the death of Nadab and Abihu (x. 1-5), and their object is to guard Aaron from a similar fate; the section thus forms the direct continuation of chap. x.; (2) vv. 29-34a, rules for the observance of a yearly fast day, having for their object the purification of the sanctuary and of the people; (3) vv. 5, 7-10, 14-22, 26-28, a later expansion of the blood-ritual to be performed by the high-priest when he enters the Holy of Holies, with which is combined the strange ceremony of the goat which is sent away into the wilderness to Azazel. The matter common to the first two sections, viz. the entrance of the high priest into the Holy of Holies, was doubtless the cause of their subsequent fusion; beyond this, however, the sections have no connexion with one another, and must originally have been quite independent. Doubtless, as Benzinger suggests, the rites to be performed by the officiating high priest on the annual Day of Atonement, which are not prescribed in vv. 29-34a, were identical with those laid down in chap. ix. That the third section belongs to a later stage of development and was added at a later date is shown by (a) the incongruity of vv. 14 ff. with v. 6—according to the latter the purification of Aaron is a preliminary condition of his entrance within the veil—and (b) the elaborate ceremonial in connexion with the sprinkling of the blood. The first section, doubtless, belongs to the main narrative of P; it connects directly with chap. x. and presupposes only one altar (cf. v. 12, Exod. xxviii. 35). The second and third sections, however, must be assigned to a later stratum of P, if only because they appear to have been unknown to Ezra (Neh. ix. 1); the fact that Ezra’s fast day took place on the twenty-fourth day of the seventh month (as opposed to Lev. xvi. 29, xxiii. 26 f.) acquires an additional importance in view of the agreement between Neh. viii. 23 f. and Lev. xxiii. 33 f. as to the date of the Feast of Tabernacles. No mention is made of the Day of Atonement in the pre-exilic period, and it is a plausible conjecture that the present law arose from the desire to turn the spontaneous fasting of Neh. ix. 1 into an annual ceremony; in any case directions as to the annual performance of the rite must originally have preceded vv. 29 ff. Possibly the omission of this introduction is due to the redactor who combined (1) and (2) by transferring the regulations of (1) to the ritual of the annual Day of Atonement. At a later period the ritual was further developed by the inclusion of the additional ceremonial contained in (3).

Chap. xvi. It's clear that this chapter has three main parts, only one of which was originally linked to the rituals of the Day of Atonement, and it has gone through multiple revisions. Since Benzinger's analysis ZATW (1889), most critics have accepted the division of the chapter into three separate sections: (1) vv. 1-4, 6, 12, 13, 34b (probably vv. 23, 24 also belong to this section), which are rules for Aaron when he enters “the holy place within the veil.” These rules are a direct response to the deaths of Nadab and Abihu (x. 1-5), aiming to protect Aaron from a similar outcome; this section directly follows chap. x.; (2) vv. 29-34a, which are guidelines for observing an annual fast day aimed at purifying the sanctuary and the people; (3) vv. 5, 7-10, 14-22, 26-28, an addition detailing the blood rituals for the high priest when he enters the Holy of Holies, including the unusual ceremony involving the goat that is sent into the wilderness to Azazel. The common theme of the entrance of the high priest into the Holy of Holies likely led to the merging of the first two sections; however, beyond this, the sections are unrelated and must have originally been independent. As Benzinger suggests, the rites for the officiating high priest on the annual Day of Atonement, not specified in vv. 29-34a, were probably the same as those outlined in chap. ix. The fact that the third section represents a later stage of development and was added later is evidenced by (a) the inconsistency of vv. 14 ff. with v. 6—where the latter states that Aaron's purification is a prerequisite for entering the veil—and (b) the complex rituals related to the blood sprinkling. The first section certainly fits within the main narrative of P, directly connecting with chap. x. and implying there was only one altar (see v. 12, Exod. xxviii. 35). However, the second and third sections must be assigned to a later layer of P, particularly because they seem to have been unknown to Ezra (Neh. ix. 1); the fact that Ezra's fast day occurred on the twenty-fourth day of the seventh month (contrasting with Lev. xvi. 29, xxiii. 26 f.) is especially significant given the correlation between Neh. viii. 23 f. and Lev. xxiii. 33 f. regarding the date of the Feast of Tabernacles. There's no record of the Day of Atonement before the exile, and it’s reasonable to suggest that the current law emerged from the intent to formalize the spontaneous fasting mentioned in Neh. ix. 1 into an annual observance; in any event, the instructions for the yearly observance must have originally preceded vv. 29 ff. Perhaps the removal of this introduction was due to the compiler who merged (1) and (2) by integrating the regulations of (1) into the annual Day of Atonement ritual. Later, the ritual was further developed with the additional ceremonial details found in (3).

III. The Law of Holiness.—Chaps. xvii.-xxvi. The group of laws contained in these chapters has long been recognized as standing apart from the rest of the legislation set forth in Leviticus. For, though they display undeniable affinity with P, they also exhibit certain features which closely distinguish them from that document. The most noticeable of these is the prominence assigned to certain leading ideas and motives, especially to that of holiness. The idea of holiness, indeed, is so characteristic of the entire group that the title “Law of Holiness,” first given to it by Klostermann (1877), has been generally adopted. The term “holiness” in this connexion consists positively in the fulfilment of ceremonial obligations and negatively in abstaining from the defilement caused by heathen customs and superstitions, but it also includes obedience to the moral requirements of the religion of Yahweh.

III. The Law of Holiness.—Chaps. xvii.-xxvi. The set of laws found in these chapters has long been recognized as distinct from the rest of the laws in Leviticus. While they clearly relate to P, they also show certain features that set them apart from that text. The most noticeable of these is the focus on key ideas and motivations, especially the concept of holiness. The idea of holiness is so defining for this entire group that the name “Law of Holiness,” first introduced by Klostermann (1877), has become widely accepted. In this context, “holiness” involves fulfilling ceremonial obligations and avoiding the contamination from pagan practices and superstitions, but it also encompasses obeying the moral standards of Yahweh's religion.

On the literary side also the chapters are distinguished by the paraenetic setting in which the laws are embedded and by the use of a special terminology, many of the words and phrases occurring rarely, if ever, in P (for a list of characteristic phrases cf. Driver, L.O.T.^6, p. 49). Further, the structure of these chapters, which closely resembles that of the other two Hexateuchal codes (Exod. xx. 22-xxiii. and Deut. xii.-xxviii.), may reasonably be adduced in support of their independent origin. All three codes contain a somewhat miscellaneous collection of laws; all alike commence with regulations as to the place of sacrifice and close with an exhortation. Lastly, some of the laws treat of subjects which have been already dealt with in P (cf. xvii. 10-14 and vii. 26 f., xix. 6-8 and vii. 15-18). It is hardly doubtful also that the group of laws, which form the basis of chaps. xvii.-xxvi., besides being independent of P, represent an older stage of legislation than that code. For the sacrificial system of H (= Law of Holiness) is less developed than that of P, and in particular shows no knowledge of the sin- and trespass-offerings; the high priest is only primus inter pares among his brethren, xxi. 10 (cf. Lev. x. 6, 7, where the same prohibition is extended to all the priests); the distinction between “holy” and “most holy” things (Num. xviii. 8) is unknown to Lev. xxii. (Lev. xxi. 22 is a later addition). It cannot be denied, however, that chaps. xvii.-xxvi. present many points of resemblance with P, both in language and subject-matter, but on closer examination these points of contact are seen to be easily separable from the main body of the legislation. It is highly probable, therefore, that these marks of P are to be assigned to the compiler who combined H with P. But though it may be regarded as certain that H existed as an independent code, it cannot be maintained that the laws which it contains are all of the same origin or belong to the same age. The evidence rather shows that they were first collected by an editor before they were incorporated in P. Thus there is a marked difference in style between the laws themselves and the paraenetic setting in which they are embedded; and it is not unnatural to conjecture that this setting is the work of the first editor.

On the literary side, the chapters stand out due to the paraenetic context in which the laws are presented and the use of specific terminology, with many of the words and phrases rarely, if ever, appearing in P (for a list of characteristic phrases, see Driver, L.O.T.^6, p. 49). Additionally, the structure of these chapters closely resembles that of the other two Hexateuchal codes (Exod. xx. 22-xxiii. and Deut. xii.-xxviii.), which can reasonably be seen as evidence of their independent origin. All three codes contain a somewhat varied collection of laws; they all start with regulations regarding the place of sacrifice and conclude with an exhortation. Finally, some of the laws address topics that have already been covered in P (see xvii. 10-14 and vii. 26 f., xix. 6-8 and vii. 15-18). It's quite clear that the group of laws forming the basis of chapters xvii.-xxvi. is not only independent of P but also represents an earlier stage of legislation than that code. This is evident because the sacrificial system of H (= Law of Holiness) is less developed than that of P, particularly as it shows no knowledge of sin- and trespass-offerings; the high priest is merely primus inter pares among his peers, xxi. 10 (cf. Lev. x. 6, 7, where the same prohibition applies to all priests); the distinction between "holy" and "most holy" things (Num. xviii. 8) isn't found in Lev. xxii. (Lev. xxi. 22 is a later addition). However, it cannot be denied that chapters xvii.-xxvi. share many similarities with P, both in language and subject matter, but upon closer examination, these connections are found to be easily separable from the core of the legislation. Therefore, it is highly likely that these characteristics of P are attributed to the compiler who merged H with P. While it's certain that H existed as an independent code, it's not valid to claim that all the laws it contains share the same origin or belong to the same time period. The evidence suggests they were initially gathered by an editor before being included in P. Thus, there is a noticeable difference in style between the laws themselves and the paraenetic context in which they are placed; it’s reasonable to speculate that this context is the work of the first editor.

Two other points in connexion with H are of considerable importance: (a) the possibility of other remains of H, and (b) its relation to Deuteronomy and Ezekiel.

Two other important points related to H are: (a) the chance of finding other remains of H, and (b) its connection to Deuteronomy and Ezekiel.

(a) It is generally recognized that H, in its present form, is incomplete. The original code must, it is felt, have included many other subjects now passed over in silence. These, possibly, were omitted by the compiler of P, because they had already been dealt with elsewhere, or they may have been transferred to other connexions. This latter possibility is one that has appealed to many scholars, who have accordingly claimed many other passages of P as parts of H. We have already accepted xi. 43 ff. as an undoubted excerpt from H, but, with the exception of Num. xv. 37-41 (on fringes), the other passages of the Hexateuch which have been attributed to H do not furnish sufficient evidence to justify us in assigning them to that collection. Moore (Ency. Bibl. col. 2787) rightly points out that “resemblance in the subject or formulation of laws to tōrōth incorporated in H may point to a relation to the sources of H, but is not evidence that these laws were ever included in that collection.”

(a) It's widely accepted that H, in its current form, is incomplete. The original code likely included many other topics that are now ignored. These might have been left out by the compiler of P because they were already covered elsewhere, or they may have been moved to different contexts. This latter possibility has attracted many scholars, who have claimed various other passages of P as parts of H. We have already recognized xi. 43 ff. as a clear excerpt from H, but, aside from Num. xv. 37-41 (about fringes), the other passages of the Hexateuch attributed to H do not provide enough evidence to warrant assigning them to that collection. Moore (Ency. Bibl. col. 2787) correctly states that “similarity in the subject or wording of laws to tōrōth included in H may indicate a connection to the sources of H, but does not prove that these laws were ever part of that collection.”

(b) The exact relation of H to Deuteronomy and Ezekiel is hard to determine. That chaps. xvii.-xxvi. display a marked affinity to Deuteronomy cannot be denied. Like D, they lay great stress on the duties of humanity and charity both to the Israelite and to the stranger (Deut. xxiv.; Lev. xix.; compare also laws affecting the poor in Deut. xv.; Lev. xxv.), but in some respects the legislation of H appears to reflect a more advanced stage than that of D, e.g. the rules for the priesthood (chap. xxi.), the feasts (xxiii. 9-20, 39-43), the Sabbatical year (xxv. 1-7, 18-22), weights and measures (xix. 35 f.). It must be remembered, however, that these laws have passed through more than one stage of revision and that the original regulations have been much obscured by later glosses and additions; it is therefore somewhat hazardous to base any argument on their present form. “The mutual independence of the two (codes) is rather to be argued from the absence of laws identically formulated, the lack of agreement in order either in the whole or in smaller portions, and the fact that of the peculiar motives and phrases of RD there is no trace in H (Lev. xxiii. 40 is almost solitary). It is an unwarranted assumption that all the fragments of Israelite legislation which have been preserved lie in one serial development” (Moore, Ency. Bibl. col. 2790).

(b) The exact relationship between H and Deuteronomy and Ezekiel is difficult to pinpoint. It's undeniable that chapters xvii–xxvi show a clear connection to Deuteronomy. Like D, they emphasize the importance of humanity and charity towards both Israelites and foreigners (Deut. xxiv.; Lev. xix.; see also laws regarding the poor in Deut. xv.; Lev. xxv.), but in some ways, H's legislation seems to reflect a more developed stage than that of D, e.g. the rules for the priesthood (chap. xxi.), the feasts (xxiii. 9-20, 39-43), the Sabbatical year (xxv. 1-7, 18-22), and weights and measures (xix. 35 f.). However, it's important to remember that these laws have gone through multiple revisions, and the original regulations have been significantly obscured by later interpretations and additions; hence, it’s a bit risky to base any argument on their current form. “The mutual independence of the two (codes) can be argued from the lack of laws phrased identically, the absence of agreement in the overall structure or in smaller sections, and the fact that the unique motivations and phrases of RD are not found in H (Lev. xxiii. 40 is almost unique). It's an unwarranted assumption that all fragments of Israelite legislation that have been preserved exist in a single developmental sequence” (Moore, Ency. Bibl. col. 2790).

The relation of H to Ezekiel is remarkably close, the resemblances between the two being so striking that many writers have regarded Ezekiel as the author of H. Such a theory, however, is excluded by the existence of even greater differences of style and matter, so that the main problem to be decided is whether Ezekiel is prior to H or vice versa. The main arguments brought forward by those who maintain the priority of Ezekiel are (1) the fact that H makes mention of a high priest, whereas Ezekiel betrays no knowledge of such an official, and (2) that the author of Lev. xxvi. presupposes a condition of exile and looks forward to a restoration from it. Too much weight, however, must not be attached to these points; for (1) the phrase used in Lev. xxi. 10 (literally, “he who is greater than his brethren”) cannot be regarded as the equivalent of the definitive “chief priest” of P, and is rather comparable with the usage of 2 Kings xxii. 4 ff., xxv. 18 (“the chief priest”), cf. “the priest” in xi. 9 ff., xvi. 10 ff.; and (2) the passages in Lev. xxvi. (vv. 34 f., 39-45), which are especially cited in support of the exilic standpoint of the writer, are just those which, on other grounds, show signs of later interpolation. The following considerations undoubtedly suggest the priority of H: (1) there is no trace in H of the distinction between priests and Levites first introduced by Ezekiel; (2) Ezekiel xviii., xx., xxii., xxiii. appear to presuppose the laws of 518 Lev. xviii.-xx.; (3) the calendar of Lev. xxiii. represents an earlier stage of development than the fixed days and months of Ezek. xlv.; (4) the sin- and trespass-offerings are not mentioned in H (cf. Ezek. xl. 39, xlii. 13, xliv. 29, xlvi. 20); (5) the parallels to H, which are found especially in Ezek. xviii., xx., xxii. f., include both the paraenetic setting and the laws; and lastly, (6) a comparison of Lev. xxvi. with Ezekiel points to the greater originality of the former. Baentsch, however, who is followed by Bertholet, adopts the view that Lev. xxvi. is rather an independent hortatory discourse modelled on Ezekiel. The same writer further maintains that H consists of three separate elements, viz. chaps. xvii.; xviii.-xx., with various ordinances in chaps. xxiii.-xxv.; and xxii., xxiii., of which the last is certainly later than Ezekiel, while the second is in the main prior to that author. But the arguments which he adduces in favour of the threefold origin of H are not sufficient to outweigh the general impression of unity which the code presents.

The connection between H and Ezekiel is very close, with striking similarities that have led many scholars to consider Ezekiel the author of H. However, this theory is challenged by even more significant differences in style and content, making the main question whether Ezekiel comes before H or the other way around. Those who argue that Ezekiel is earlier point to (1) H's mention of a high priest, which Ezekiel does not acknowledge, and (2) the author of Lev. xxvi. assumes a situation of exile and anticipates a return from it. However, these points shouldn't be overly emphasized; for (1) the phrase in Lev. xxi. 10 (literally, “he who is greater than his brethren”) shouldn't be seen as equivalent to the definitive “chief priest” in P, and is more comparable to the use in 2 Kings xxii. 4 ff., xxv. 18 (“the chief priest”), and “the priest” in xi. 9 ff., xvi. 10 ff.; and (2) the sections in Lev. xxvi. (vv. 34 f., 39-45), often cited to support the exilic perspective of the author, also exhibit signs of later addition for other reasons. The following points strongly suggest that H is earlier: (1) H shows no sign of the priest-Levite distinction first introduced by Ezekiel; (2) Ezekiel xviii., xx., xxii., xxiii. seem to rely on the laws of Lev. xviii.-xx.; (3) the calendar in Lev. xxiii. reflects an earlier development than the established days and months in Ezek. xlv.; (4) sin- and trespass-offerings aren’t mentioned in H (see Ezek. xl. 39, xlii. 13, xliv. 29, xlvi. 20); (5) the parallels with H found mainly in Ezek. xviii., xx., xxii. f., include both the moral context and the laws; and finally, (6) comparing Lev. xxvi. with Ezekiel suggests the former is more original. Baentsch, followed by Bertholet, argues that Lev. xxvi. is more of an independent exhortation shaped by Ezekiel. This writer also claims that H is made up of three distinct components: chaps. xvii.; xviii.-xx., with various laws in chaps. xxiii.-xxv.; and xxii., xxiii., with the last certainly being later than Ezekiel, while the second is mainly prior to that author. However, the points he raises to support the three-part origin of H do not sufficiently counter the overall impression of unity that the code presents.

Chap. xvii. comprises four main sections which are clearly marked off by similar introductory and closing formulae: (1) vv. 3-7, prohibition of the slaughter of domestic animals, unless they are presented to Yahweh; (2) vv. 8, 9, sacrifices to be offered to Yahweh alone; (3) vv. 10-12, prohibition of the eating of blood; (4) vv. 13, 14, the blood of animals not used in sacrifice to be poured on the ground. The chapter as a whole is to be assigned to H. At the same time it exhibits many marks of affinity with P, a phenomenon most easily explained by the supposition that older laws of H have been expanded and modified by later hands in the spirit of P. Clear instances of such revision may be seen in the references to “the door of the tent of meeting” (vv. 4, 5, 6, 9) and “the camp” (v. 3), as well as in vv. 6, 11, 12-14; vv. 15, 16 (prohibiting the eating of animals that die a natural death or are torn by beasts) differ formally from the preceding paragraphs, and are to be assigned to P. What remains after the excision of later additions, however, is not entirely uniform, and points to earlier editorial work on the part of the compiler of H. Thus vv. 3-7 reflect two points of view, vv. 3, 4 drawing a contrast between profane slaughter and sacrifice, while vv. 5-7 distinguish between sacrifices offered to Yahweh and those offered to demons.

Chap. xvii consists of four main sections that are clearly separated by similar introductory and closing phrases: (1) vv. 3-7, prohibition on slaughtering domestic animals unless they are presented to Yahweh; (2) vv. 8, 9, sacrifices must be offered only to Yahweh; (3) vv. 10-12, prohibition on eating blood; (4) vv. 13, 14, any animal blood not used in sacrifice must be poured on the ground. This chapter is attributed to H. At the same time, it shows many connections with P, which can best be explained by the idea that older laws from H have been expanded and modified by later authors in the style of P. Clear examples of such revisions are seen in references to “the door of the tent of meeting” (vv. 4, 5, 6, 9) and “the camp” (v. 3), as well as in vv. 6, 11, 12-14; vv. 15, 16 (which prohibit eating animals that die naturally or are killed by beasts) are formally different from the earlier paragraphs and are assigned to P. What remains after removing later additions is not completely uniform and suggests earlier editorial work by the compiler of H. Thus, vv. 3-7 show two perspectives, with vv. 3, 4 contrasting profane slaughter with sacrifice, while vv. 5-7 distinguish between sacrifices made to Yahweh and those made to demons.

Chap. xviii. contains laws on prohibited marriages (vv. 6-18) and various acts of unchastity (vv. 19-23) embedded in a paraenetic setting (vv. 1-5 and 24-30), the laws being given in the 2nd pers. sing., while the framework employs the 2nd pers. plural. With the exception of v. 21 (on Molech worship), which is here out of place, and has possibly been introduced from xx. 2-5, the chapter displays all the characteristics of H.

Chap. xviii. contains laws about forbidden marriages (vv. 6-18) and various acts of sexual immorality (vv. 19-23) presented in a moral instruction context (vv. 1-5 and 24-30), with the laws addressed in the second person singular, while the surrounding instruction uses the second person plural. Except for v. 21 (regarding Molech worship), which seems to be misplaced and may have been added from xx. 2-5, the chapter exhibits all the features of H.

Chap. xix. is a collection of miscellaneous laws, partly moral, partly religious, of which the fundamental principle is stated in v. 2 (“Ye shall be holy”). The various laws are clearly defined by the formula “I am Yahweh,” or “I am Yahweh your God,” phrases which are especially characteristic of chaps. xviii.-xx. The first group of laws (vv. 3 f.) corresponds to the first table of the decalogue, while vv. 11-18 are analogous to the second table; vv. 5-8 (on peace-offerings) are obviously out of place here, and are possibly to be restored to the cognate passage xxii. 29 f., while the humanitarian provisions of vv. 9 and 10 (cf. xxiii. 22) have no connexion with the immediate context; similarly v. 20 (to which a later redactor has added vv. 21, 22, in accordance with vi. 6 f.) appears to be a fragment from a penal code; the passage resembles Exod. xxi. 7 ff., and the offence is clearly one against property, the omission of the punishment being possibly due to the redactor who added vv. 21, 22.

Chap. xix. is a collection of various laws, some moral and some religious, with the main idea expressed in v. 2 (“You shall be holy”). The different laws are clearly identified by the phrases “I am Yahweh” or “I am Yahweh your God,” which are particularly characteristic of chaps. xviii.-xx. The first set of laws (vv. 3 f.) corresponds to the first part of the Ten Commandments, while vv. 11-18 relate to the second part; vv. 5-8 (about peace offerings) definitely seem out of place here and may need to be moved back to the related section xxii. 29 f. The humanitarian aspects found in vv. 9 and 10 (see xxiii. 22) don’t connect with the surrounding text; similarly, v. 20 (to which a later editor has added vv. 21, 22, in line with vi. 6 f.) appears to be a leftover from a legal code; this section is reminiscent of Exod. xxi. 7 ff., and the offense clearly concerns property, with the lack of punishment possibly being due to the editor who added vv. 21, 22.

Chap. xx. Prohibitions against Molech worship, vv. 2-5, witchcraft, vv. 6 and 27, unlawful marriages and acts of unchastity, vv. 10-21. Like chap. xviii., the main body of laws is provided with a paraenetic setting, vv. 7, 8 and 22-24; it differs from that chapter, however, in prescribing the death penalty in each case for disobedience. Owing to the close resemblance between the two chapters, many critics have assumed that they are derived from the same source and that the latter chapter was added for the purpose of supplying the penalties. This view, however, is not borne out by a comparison of the two chapters, for four of the cases mentioned in chap. xviii. (vv. 7, 10, 17b, 18) are ignored in chap. xx., while the order and in part the terminology are also different; further, it is difficult on this view to explain why the two chapters are separated by chap. xix. A more probable explanation is that the compiler of H has drawn from two parallel, but independent, sources. Signs of revision are not lacking, especially in vv. 2-5, where vv. 4 f. are a later addition intended to reconcile the inconsistency of v. 2 with v. 3 (RH); v. 6, which is closely connected with xix. 31, appears to be less original than v. 27, and may be ascribed to the same hand as v. 3; v. 9 can hardly be in its original context—it would be more suitable after xxiv. 15. The paraenetic setting (vv. 7, 8 and 22-24) is to be assigned to the compiler of H, who doubtless prefaced the parallel version with the additional laws of vv. 2-6. Verses 25, 26 apparently formed the conclusion of a law on clean and unclean animals similar to that of chap. xi., and very probably mark the place where H’s regulations on that subject originally stood.

Chap. xx. Prohibitions against Molech worship, vv. 2-5, witchcraft, vv. 6 and 27, unlawful marriages and acts of unchastity, vv. 10-21. Like chap. xviii., the main body of laws has a paraenetic setting, vv. 7, 8 and 22-24; however, it differs from that chapter by imposing the death penalty for disobedience in every case. Because of the close resemblance between the two chapters, many critics assume they come from the same source and that the latter chapter was added to provide the penalties. However, this view is challenged by a comparison of the two chapters, as four of the cases mentioned in chap. xviii. (vv. 7, 10, 17b, 18) are ignored in chap. xx., and the order and some terminology are different; furthermore, it’s hard to explain why the two chapters are separated by chap. xix. A more likely explanation is that the compiler of H used two parallel, yet independent, sources. Signs of revision are evident, especially in vv. 2-5, where vv. 4 f. are a later addition meant to reconcile the inconsistency of v. 2 with v. 3 (RH); v. 6, which is closely linked to xix. 31, seems to be less original than v. 27 and may come from the same source as v. 3; v. 9 is probably out of its original context—it would fit better after xxiv. 15. The paraenetic setting (vv. 7, 8 and 22-24) is assigned to the compiler of H, who likely prefaced the parallel version with the additional laws of vv. 2-6. Verses 25 and 26 likely concluded a law on clean and unclean animals similar to that in chap. xi., and probably indicate where H’s regulations on that subject originally appeared.

Chaps. xxi., xxii. A series of laws affecting the priests and offerings, viz. (1) regulations ensuring the holiness of (a) ordinary priests, xxi. 1-9, and (b) the chief priest, vv. 10-15; (2) a list of physical defects which exclude a priest from exercising his office, vv. 16-24; (3) the enjoyment of sacred offerings limited to (a) priests, if they are ceremonially clean, xxi. 1-9, and (b) members of a priestly family, vv. 10-16; (4) animals offered in sacrifice must be without blemish, vv. 17-25; (5) further regulations with regard to sacrifices, vv. 26-30, with a paraenetic conclusion, vv. 31-33.

Chapters 21 and 22. A series of laws concerning the priests and their offerings, specifically: (1) rules to ensure the holiness of (a) regular priests, 21:1-9, and (b) the high priest, vv. 10-15; (2) a list of physical defects that disqualify a priest from performing his duties, vv. 16-24; (3) the enjoyment of sacred offerings is restricted to (a) priests who are ceremonially clean, 21:1-9, and (b) members of a priestly family, vv. 10-16; (4) animals offered as sacrifices must be without blemish, vv. 17-25; (5) additional regulations regarding sacrifices, vv. 26-30, followed by a moral conclusion, vv. 31-33.

These chapters present considerable difficulty to the literary critic; for while they clearly illustrate the application of the principle of “holiness,” and in the main exhibit the characteristic phraseology of H, they also display many striking points of contact with P and the later strata of P, which have been closely interwoven into the original laws. These phenomena can be best explained by the supposition that we have here a body of old laws which have been subjected to more than one revision. The nature of the subjects with which they deal is one that naturally appealed to the priestly schools, and owing to this fact the laws were especially liable to modification and expansion at the hands of later legislators who wished to bring them into conformity with later usage. Signs of such revision may be traced back to the compiler of H, but the evidence shows that the process must have been continued down to the latest period of editorial activity in connexion with P. To redactors of the school of P belong such phrases as “the sons of Aaron” (xxi. 1, 24, xxii. 2, 18), “the seed of Aaron” (xxi. 21, xxii. 4 and “thy seed,” v. 17; cf. xxii. 3), “the offerings of the Lord made by fire” (xxi. 6, 21, xxii. 22, 27), “the most holy things” (xxi. 22; cf. xxii. 3 ff. “holy things” only), “throughout their (or your) generations” (xxi. 7, xxii. 3), the references to the anointing of Aaron (xxi. 10, 12) and the Veil (xxi. 23), the introductory formulae (xxi. 1, 16 f., xxii. 1 f., 17 f., 26) and the subscription (xxi. 24). Apart from these redactional additions, chap. xxi. is to be ascribed to H, vv. 6 and 8 being possibly the work of RH. Most critics detect a stronger influence of P in chap. xxii., more especially in vv. 3-7 and 17-25, 29, 30; most probably these verses have been largely recast and expanded by later editors, but it is noticeable that they contain no mention of either sin- or trespass-offerings.

These chapters pose a significant challenge for literary critics; while they clearly show how the principle of “holiness” is applied and mostly reflect the typical language of H, they also reveal many notable connections with P and the later layers of P, which have been closely woven into the original laws. The best way to explain these phenomena is to assume that we have a collection of old laws that have undergone multiple revisions. The subjects they cover naturally appealed to the priestly schools, making the laws especially vulnerable to changes and expansions by later lawmakers who wanted to align them with more current practices. Evidence of such revisions can be traced back to the compiler of H, but it appears that this process continued up to the final stages of editorial work related to P. P's redactors are associated with phrases like “the sons of Aaron” (xxi. 1, 24, xxii. 2, 18), “the seed of Aaron” (xxi. 21, xxii. 4 and “thy seed,” v. 17; cf. xxii. 3), “the offerings of the Lord made by fire” (xxi. 6, 21, xxii. 22, 27), “the most holy things” (xxi. 22; cf. xxii. 3 ff. “holy things” only), “throughout their (or your) generations” (xxi. 7, xxii. 3), mentions of the anointing of Aaron (xxi. 10, 12) and the Veil (xxi. 23), the introductory phrases (xxi. 1, 16 f., xxii. 1 f., 17 f., 26) and the closing note (xxi. 24). Aside from these editorial additions, chap. xxi. should be attributed to H, with vv. 6 and 8 possibly being the work of RH. Most critics see a stronger influence of P in chap. xxii., especially in vv. 3-7 and 17-25, 29, 30; it’s likely that these verses have undergone significant rewriting and expansion by later editors, yet it is noteworthy that they do not mention either sin or trespass offerings.

Chap. xxiii. A calendar of sacred seasons. The chapter consists of two main elements which can easily be distinguished from one another, the one being derived from P and the other from H. To the former belongs the fuller and more elaborate description of vv. 4-8, 21, 23-38; to the latter, vv. 9-20, 22, 39-44. Characteristic of the priestly calendar are (1) the enumeration of “holy convocations,” (2) the prohibition of all work, (3) the careful determination of the date by the day and month, (4) the mention of “the offerings made by fire to Yahweh,” and (5) the stereotyped form of the regulations. The older calendar, on the other hand, knows nothing of “holy convocations,” nor of abstinence from work; the time of the feasts, which are clearly connected with agriculture, is only roughly defined with reference to the harvest (cf. Exod. xxiii. 14 ff., xxxiv. 22; Deut. xvi. 9 ff.).

Chap. xxiii. A calendar of sacred seasons. This chapter consists of two main parts that are easy to identify: one comes from P and the other from H. The first part includes the more detailed description of vv. 4-8, 21, 23-38; the second part covers vv. 9-20, 22, 39-44. Key features of the priestly calendar are (1) the listing of “holy convocations,” (2) the ban on all work, (3) the precise setting of the date by day and month, (4) the mention of “the offerings made by fire to Yahweh,” and (5) the standardized format of the rules. Conversely, the older calendar does not include “holy convocations” or the prohibition of work; the timing of the feasts, which are clearly linked to agriculture, is only loosely defined in relation to the harvest (cf. Exod. xxiii. 14 ff., xxxiv. 22; Deut. xvi. 9 ff.).

The calendar of P comprises (a) the Feast of Passover and the Unleavened Cakes, vv. 4-8; (b) a fragment of Pentecost, v. 21; (c) the Feast of Trumpets, vv. 23-25; (d) the Day of Atonement, vv. 26-32; and (e) the Feast of Tabernacles, vv. 33-36, with a subscription in vv. 37, 38. With these have been incorporated the older regulations of H on the Feast of Weeks, or Pentecost, vv. 9-20, which have been retained in place of P’s account (cf. v. 21), and on the Feast of Tabernacles, vv. 39-44, the latter being clearly intended to supplement vv. 33-36. The hand of the redactor who combined the two elements may be seen partly in additions designed to accommodate the regulations of H to P (e.g. v. 39a, “on the fifteenth day of the seventh month,” and 39b, “and on the eighth day shall be a solemn rest”), partly in the later expansions corresponding to later usage, vv. 12 f., 18, 19a, 21b, 41. Further, vv. 26-32 (on the Day of Atonement, cf. xvi.) are a later addition to the P sections.

The calendar of P includes (a) the Feast of Passover and the Unleavened Bread, vv. 4-8; (b) a part of Pentecost, v. 21; (c) the Feast of Trumpets, vv. 23-25; (d) the Day of Atonement, vv. 26-32; and (e) the Feast of Tabernacles, vv. 33-36, along with a note in vv. 37, 38. These have incorporated the older rules from H on the Feast of Weeks, or Pentecost, vv. 9-20, which have been kept instead of P’s version (see v. 21), and regarding the Feast of Tabernacles, vv. 39-44, which clearly aim to complement vv. 33-36. The redactor who put these two elements together is evident in additions made to align H's regulations with P (e.g. v. 39a, “on the fifteenth day of the seventh month,” and 39b, “and on the eighth day there will be a solemn rest”), as well as in later expansions reflecting updated practices, vv. 12 f., 18, 19a, 21b, 41. Additionally, vv. 26-32 (regarding the Day of Atonement, see xvi.) are a later addition to the P sections.

Chap. xxiv. affords an interesting illustration of the manner in which the redactor of P has added later elements to the original code of H. For the first part of the chapter, with its regulations as to (a) the lamps in the Tabernacle, vv. 1-4, and (b) the Shewbread, vv. 5-9, is admittedly derived from P, vv. 1-4, forming a supplement to Exod. xxv. 31-40 (cf. xxvii. 20 f.) and Num. viii. 1-4, and vv. 5-9 to Exod. xxv. 30. The rest of the chapter contains old laws (vv. 15b-22) derived from H on blasphemy, manslaughter and injuries to the person, to which the redactor has added an historical setting (vv. 10-14, 23) as well as a few glosses.

Chap. xxiv offers an interesting example of how the redactor of P incorporated later elements into the original code of H. The first part of the chapter, with its regulations regarding (a) the lamps in the Tabernacle, vv. 1-4, and (b) the Shewbread, vv. 5-9, is clearly sourced from P, vv. 1-4, serving as a supplement to Exod. xxv. 31-40 (cf. xxvii. 20 f.) and Num. viii. 1-4, while vv. 5-9 relate to Exod. xxv. 30. The rest of the chapter includes older laws (vv. 15b-22) from H concerning blasphemy, manslaughter, and personal injury, to which the redactor has added a historical context (vv. 10-14, 23) along with some additional comments.

Chap. xxv. lays down regulations for the observance of (a) the Sabbatical year, vv. 1-7, 19-22, and (b) the year of Jubilees, vv. 8-18, 23, and then applies the principle of redemption to (1) land and house property, vv. 24-34, and (2) persons, vv. 35-55. The rules for the Sabbatical year (vv. 1-7) are admittedly derived from H, and vv. 19-22 are also from the same source. Their present position after vv. 8-18 is due to the redactor who wished to apply the same rules to the year of Jubilee. But though the former of the two sections on the year of Jubilee (vv. 8-18, 23) exhibits undoubted signs of P, the traces of H are also sufficiently marked to warrant the conclusion that the latter code included laws relating to the year of Jubilee, and that these have been modified by RP and then connected with the regulations for the Sabbatical year. Signs of the redactor’s handiwork may be seen in vv. 9, 11-13 (the year of Jubilee treated as a fallow year) and 15, 16 (cf. the repetition of “ye shall not wrong one another,” vv. 14 and 17). Both on historical and on critical grounds, however, it is improbable that the principle of restitution 519 underlying the regulations for the year of Jubilee was originally extended to persons in the earlier code. For it is difficult to harmonize the laws as to the release of Hebrew slaves with the other legislation on the same subject (Exod. xxi. 2-6; Deut. xv.), while both the secondary position which they occupy in this chapter and their more elaborate and formal character point to a later origin for vv. 35-55. Hence these verses in the main must be assigned to RP. In this connexion it is noticeable that vv. 35-38, 39-40a, 43, 47, 53, 55, which show the characteristic marks of H, bear no special relation to the year of Jubilee, but merely inculcate a more humane treatment of those Israelites who are compelled by circumstances to sell themselves either to their brethren or to strangers. It is probable, therefore, that they form no part of the original legislation of the year of Jubilee, but were incorporated at a later period. The present form of vv. 24-34 is largely due to RP, who has certainly added vv. 32-34 (cities of the Levites) and probably vv. 29-31.

Chap. xxv. sets out rules for observing (a) the Sabbatical year, vv. 1-7, 19-22, and (b) the year of Jubilees, vv. 8-18, 23, and then applies the principle of redemption to (1) land and property, vv. 24-34, and (2) people, vv. 35-55. The guidelines for the Sabbatical year (vv. 1-7) clearly come from H, and vv. 19-22 are also from the same source. Their current placement after vv. 8-18 is due to the redactor who wanted to apply the same rules to the year of Jubilee. Although the first section about the year of Jubilee (vv. 8-18, 23) shows clear signs of P, there are also enough traces of H to suggest that the latter code included laws about the year of Jubilee, which were modified by RP and then connected with the Sabbatical year regulations. Evidence of the redactor’s changes can be seen in vv. 9, 11-13 (the year of Jubilee treated as a fallow year) and 15, 16 (see the repetition of “you shall not wrong one another,” vv. 14 and 17). However, both historically and critically, it seems unlikely that the restitution principle underlying the regulations for the year of Jubilee was initially applied to people in the earlier code. This is because it is hard to reconcile the laws regarding the release of Hebrew slaves with other legislation on the same matter (Exod. xxi. 2-6; Deut. xv.), while both their secondary position in this chapter and their more detailed and formal nature indicate a later origin for vv. 35-55. Therefore, these verses should mainly be attributed to RP. In this context, it is worth noting that vv. 35-38, 39-40a, 43, 47, 53, 55, which show typical signs of H, do not have a specific relation to the year of Jubilee, but instead promote more humane treatment of Israelites who, due to circumstances, have to sell themselves either to their fellow Israelites or to foreigners. It is likely, then, that they were not originally part of the year of Jubilee legislation but were added later. The current form of vv. 24-34 is mostly due to RP, who has definitely added vv. 32-34 (cities of the Levites) and probably vv. 29-31.

Chap. xxvi. The concluding exhortation. After reiterating commands to abstain from idolatry and to observe the Sabbath, vv. 1, 2, the chapter sets forth (a) the rewards of obedience, vv. 3-13, and (b) the penalties incurred by disobedience to the preceding laws, vv. 14-46. The discourse, which is spoken throughout in the name of Yahweh, is similar in character to Exod. xxiii. 20-33 and Deut. xxviii., more especially to the latter. That it forms an integral part of H is shown both by the recurrence of the same distinctive phraseology and by the emphasis laid on the same motives. At the same time it is hardly doubtful that the original discourse has been modified and expanded by later hands, especially in the concluding paragraphs. Thus vv. 34, 35, which refer back to xxv. 2 ff., interrupt the connexion and must be assigned to the priestly redactor, while vv. 40-45 display obvious signs of interpolation. With regard to the literary relation of this chapter with Ezekiel, it must be admitted that Ezekiel presents many striking parallels, and in particular makes use, in common with chap. xxvi., of several expressions which do not occur elsewhere in the Old Testament. But there are also points of difference both as regards phraseology and subject-matter, and in view of these latter it is impossible to hold that Ezekiel was either the author or compiler of this chapter.

Chap. xxvi. The final encouragement. After repeating instructions to avoid idol worship and to keep the Sabbath, vv. 1, 2, the chapter outlines (a) the rewards for obedience, vv. 3-13, and (b) the consequences for disobedience to the previous laws, vv. 14-46. The message, delivered in the name of Yahweh, resembles Exod. xxiii. 20-33 and Deut. xxviii., particularly the latter. Its integral role in H is evident from the repetition of specific phrases and the focus on similar motivations. However, it’s clear that the original message has been altered and expanded by later editors, especially in the closing sections. For example, vv. 34, 35, which refer back to xxv. 2 ff., disrupt the flow and must be attributed to the priestly editor, while vv. 40-45 show clear signs of later additions. Regarding the literary connection of this chapter with Ezekiel, it’s acknowledged that Ezekiel contains many notable similarities and specifically shares several phrases with chap. xxvi. that aren’t found elsewhere in the Old Testament. Yet, there are also differences in wording and themes, making it unlikely that Ezekiel was the author or compiler of this chapter.

Chap. xxvii. On the commutation of vows and tithes. The chapter as a whole must be assigned to a later stratum of P, for while vv. 2-25 (on vows) presuppose the year of Jubilee, the section on tithes, vv. 30-33, marks a later stage of development than Num. xviii. 21 ff. (P); vv. 26-29 (on firstlings and devoted things) are supplementary restrictions to vv. 2-25.

Chap. xxvii. On changing vows and tithes. This entire chapter should be placed in a later layer of P, because while vv. 2-25 (about vows) assume the year of Jubilee, the section on tithes, vv. 30-33, indicates a later stage of development than Num. xviii. 21 ff. (P); vv. 26-29 (about firstborns and dedicated things) are additional restrictions to vv. 2-25.

Literature.Commentaries: Dillmann-Ryssel, Die Bücher Exodus und Leviticus (1897); Driver and White, SBOT. Leviticus (English, 1898); B. Baentsch, Exod. Lev. u. Num. (HK, 1900); Bertholet, Leviticus (KHC, 1901). Criticism: The Introductions to the Old Testament by Kuenen, Holzinger, Driver, Cornill, König and the archaeological works of Benzinger and Nowack. Wellhausen, Die Composition des Hexateuchs, &c. (1899); Kayser, Das vorexilische Buch der Urgeschichte Isr. (1874); Klostermann, Zeitschrift für Luth. Theologie (1877); Horst, Lev. xvii.-xxvi. and Hezekiel (1881); Wurster, ZATW (1884); Baentsch, Das Heiligkeitsgesetz (1893); L. P. Paton, “The Relation of Lev. 20 to Lev. 17-19,” Hebraica (1894); “The Original Form of Leviticus,” JBL (1897, 1898); “The Holiness Code and Ezekiel,” Pres. and Ref. Review (1896); Carpenter, Composition of the Hexateuch (1902). Articles on Leviticus by G. F. Moore, Hastings’s Diet. Bib., and G. Harford Battersby, Ency. Bib.

Literature.Commentaries: Dillmann-Ryssel, The Books of Exodus and Leviticus (1897); Driver and White, SBOT. Leviticus (English, 1898); B. Baentsch, Exod. Lev. and Num. (HK, 1900); Bertholet, Leviticus (KHC, 1901). Criticism: The Introductions to the Old Testament by Kuenen, Holzinger, Driver, Cornill, König and the archaeological works of Benzinger and Nowack. Wellhausen, The Composition of the Hexateuch, &c. (1899); Kayser, The Pre-Exilic Book of the Primeval History of Israel (1874); Klostermann, Journal for Lutheran Theology (1877); Horst, Lev. xvii.-xxvi. and Ezekiel (1881); Wurster, ZATW (1884); Baentsch, The Holiness Code (1893); L. P. Paton, “The Relation of Lev. 20 to Lev. 17-19,” Hebraica (1894); “The Original Form of Leviticus,” JBL (1897, 1898); “The Holiness Code and Ezekiel,” Pres. and Ref. Review (1896); Carpenter, Composition of the Hexateuch (1902). Articles on Leviticus by G. F. Moore, Hastings’s Diet. Bib., and G. Harford Battersby, Ency. Bib.

(J. F. St.)

LEVY, AMY (1861-1889), English poetess and novelist, second daughter of Lewis Levy, was born at Clapham on the 10th of November 1861, and was educated at Newnham College, Cambridge. She showed a precocious aptitude for writing verse of exceptional merit, and in 1884 she published a volume of poems, A Minor Poet and Other Verse, some of the pieces in which had already been printed at Cambridge with the title Xantippe and Other Poems. The high level of this first publication was maintained in A London Plane Tree and Other Poems, a collection of lyrics published in 1889, in which the prevailing pessimism of the writer’s temperament was conspicuous. She had already in 1888 tried her hand at prose fiction in The Romance of a Shop, which was followed by Reuben Sachs, a powerful novel. She committed suicide on the 10th of September 1889.

LEVY, AMY (1861-1889), English poet and novelist, second daughter of Lewis Levy, was born in Clapham on November 10, 1861, and was educated at Newnham College, Cambridge. She demonstrated a natural talent for writing exceptional poetry and published a collection of poems, A Minor Poet and Other Verse, in 1884, some of which had previously appeared at Cambridge under the title Xantippe and Other Poems. The high quality of her debut was maintained in A London Plane Tree and Other Poems, a collection of lyrics released in 1889, where her prevailing pessimism was clearly evident. In 1888, she also ventured into prose fiction with The Romance of a Shop, followed by the impactful novel Reuben Sachs. She took her own life on September 10, 1889.

LEVY, AUGUSTE MICHEL (1844-  ), French geologist, was born in Paris on the 7th of August 1844. He became inspector-general of mines, and director of the Geological Survey of France. He was distinguished for his researches on eruptive rocks, their microscopic structure and origin; and he early employed the polarizing microscope for the determination of minerals. In his many contributions to scientific journals he described the granulite group, and dealt with pegmatites, variolites, eurites, the ophites of the Pyrenees, the extinct volcanoes of Central France, gneisses, and the origin of crystalline schists. He wrote Structures et classification des roches éruptives (1889), but his more elaborate studies were carried on with F. Fouqué. Together they wrote on the artificial production of felspar, nepheline and other minerals, and also of meteorites, and produced Minéralogie micrographique (1879) and Synthèse des minéraux et des roches (1882). Levy also collaborated with A. Lacroix in Les Minéraux des roches (1888) and Tableau des minéraux des roches (1889).

LEVY, AUGUSTE MICHEL (1844-  ), a French geologist, was born in Paris on August 7, 1844. He became the inspector-general of mines and the director of the Geological Survey of France. He was known for his research on eruptive rocks, their microscopic structure, and their origins; he was an early user of the polarizing microscope to identify minerals. In his numerous contributions to scientific journals, he described the granulite group and studied pegmatites, variolites, eurites, the ophites of the Pyrenees, the extinct volcanoes of Central France, gneisses, and the origins of crystalline schists. He wrote Structures et classification des roches éruptives (1889), but his more detailed studies were conducted with F. Fouqué. Together, they worked on the artificial production of feldspar, nepheline, and other minerals, as well as meteorites, producing Minéralogie micrographique (1879) and Synthèse des minéraux et des roches (1882). Levy also collaborated with A. Lacroix on Les Minéraux des roches (1888) and Tableau des minéraux des roches (1889).

LEVY (Fr. levée, from lever, Lat. levare, to lift, raise), the raising of money by the collection of an assessment, &c., a tax or compulsory contribution; also the collection of a body of men for military or other purposes. When all the able-bodied men of a nation are enrolled for service, the French term levée en masse, levy in mass, is frequently used.

LEVY (From French levée, derived from lever, and Latin levare, meaning to lift or raise) refers to the process of raising money through the collection of assessments, taxes, or compulsory contributions. It also involves gathering a group of people for military or other purposes. When all able-bodied men of a nation are enlisted for service, the French expression levée en masse, or mass levy, is commonly used.

LEWALD, FANNY (1811-1889), German author, was born at Königsberg in East Prussia on the 24th of March 1811, of Jewish parentage. When seventeen years of age she embraced Christianity, and after travelling in Germany, France and Italy, settled in 1845 at Berlin. Here, in 1854, she married the author, Adolf Wilhelm Theodor Stahr (1805-1876), and removed after his death in 1876 to Dresden, where she resided, engaged in literary work, until her death on the 5th of August 1889. Fanny Lewald is less remarkable for her writings, which are mostly sober, matter-of-fact works, though displaying considerable talent and culture, than for her championship of “women’s rights,” a question which she was practically the first German woman to take up, and for her scathing satire on the sentimentalism of the Gräfin Hahn Hahn. This authoress she ruthlessly attacked in the exquisite parody (Diogena, Roman von Iduna Gräfin H.... H.... (2nd ed., 1847). Among the best known of her novels are Klementine (1842); Prinz Louis Ferdinand (1849; 2nd ed., 1859); Das Mädchen von Hela (1860); Von Geschlecht zu Geschlecht (8 vols., 1863-1865); Benvenuto (1875), and Stella (1883; English by B. Marshall, 1884). Of her writings in defence of the emancipation of women Osterbriefe für die Frauen (1863) and Für und wider die Frauen (1870) are conspicuous. Her autobiography, Meine Lebensgeschichte (6 vols., 1861-1862), is brightly written and affords interesting glimpses of the literary life of her time.

LEWALD, FANNY (1811-1889), German author, was born in Königsberg, East Prussia, on March 24, 1811, to Jewish parents. At seventeen, she converted to Christianity, and after traveling in Germany, France, and Italy, she settled in Berlin in 1845. There, in 1854, she married the writer Adolf Wilhelm Theodor Stahr (1805-1876) and moved to Dresden after his death in 1876, where she lived and worked on her writing until she passed away on August 5, 1889. Fanny Lewald is notable not so much for her writings, which are mostly straightforward and factual, although they show significant talent and culture, but for her advocacy of "women’s rights," a topic she was among the first German women to address, and for her sharp satire of the sentimentalism of Gräfin Hahn Hahn. She fiercely criticized this author in her brilliant parody, Diogena, Roman von Iduna Gräfin H.... H.... (2nd ed., 1847). Some of her most well-known novels include Klementine (1842), Prinz Louis Ferdinand (1849; 2nd ed., 1859), Das Mädchen von Hela (1860), Von Geschlecht zu Geschlecht (8 vols., 1863-1865), Benvenuto (1875), and Stella (1883; English translation by B. Marshall, 1884). Notable works in her defense of women's emancipation include Osterbriefe für die Frauen (1863) and Für und wider die Frauen (1870). Her autobiography, Meine Lebensgeschichte (6 vols., 1861-1862), is vividly written and provides fascinating insights into the literary culture of her time.

A selection of her works was published under the title Gesammelte Schriften in 12 vols. (1870-1874). Cf. K. Frenzel, Erinnerungen und Strömungen (1890).

A collection of her works was published under the title Gesammelte Schriften in 12 volumes (1870-1874). See K. Frenzel, Erinnerungen und Strömungen (1890).

LEWANIKA (c. 1860-  ), paramount chief of the Barotse and subject tribes occupying the greater part of the upper Zambezi basin, was the twenty-second of a long line of rulers, whose founder invaded the Barotse valley about the beginning of the 17th century, and according to tradition was the son of a woman named Buya Mamboa by a god. The graves of successive ruling chiefs are to this day respected and objects of pilgrimage for purposes of ancestor worship. Lewanika was born on the upper Kabompo in troublous times, where his father—Letia, a son of a former ruler—lived in exile during the interregnum of a foreign dynasty (Makololo), which remained in possession from about 1830 to 1865, when the Makololo were practically exterminated in a night by a well-organized revolt. Once more masters of their own country, the Barotse invited Sepopa, an uncle of Lewanika, to rule over them. Eleven years of brutality and licence resulted in the tyrant’s expulsion and subsequent assassination, his place being taken by Ngwana-Wina, a nephew. Within a year abuse of power brought about this chief’s downfall (1877), and he was succeeded by Lobosi, who assumed the name of Lewanika in 1885. The early years of his reign were also stained by many acts of blood, until in 1884 the torture and murder of his own brother led to open rebellion, and it was only through extreme presence of mind that the chief escaped with his life into exile. His cousin, Akufuna or Tatela, was then proclaimed chief. It was during his brief reign that François Coillard, the eminent missionary, arrived at Lialui, the capital. The following year Lewanika, having collected his partisans, deposed the usurper and re-established his power. Ruthless revenge not unmixed with treachery characterized his return to power, but gradually the strong 520 personality of the high-minded François Coillard so far influenced him for good that from about 1887 onward he ruled tolerantly and showed a consistent desire to better the condition of his people. In 1890 Lewanika, who two years previously had proposed to place himself under the protection of Great Britain, concluded a treaty with the British South Africa Company, acknowledging its supremacy and conceding to it certain mineral rights. In 1897 Mr R. T. Coryndon took up his position at Lialui as British agent, and the country to the east of 25° E. was thrown open to settlers, that to the west being reserved to the Barotse chief. In 1905 the king of Italy’s award in the Barotse boundary dispute with Portugal deprived Lewanika of half of his dominions, much of which had been ruled by his ancestors for many generations. In 1902 Lewanika attended the coronation of Edward VII. as a guest of the nation. His recognized heir was his eldest son Letia.

LEWANIKA (c. 1860-  ), paramount chief of the Barotse and subject tribes living mostly in the upper Zambezi basin, was the twenty-second in a long line of rulers. The founder of this line invaded the Barotse valley around the early 17th century and, according to tradition, was the son of a woman named Buya Mamboa and a god. The graves of past ruling chiefs are still respected today and serve as pilgrimage sites for ancestor worship. Lewanika was born on the upper Kabompo during troubled times when his father—Letia, a son of a previous ruler—was living in exile due to a foreign dynasty (Makololo) that controlled the area from about 1830 to 1865, until they were almost completely wiped out in a single night by a well-organized revolt. Once they regained control of their country, the Barotse invited Sepopa, an uncle of Lewanika, to rule over them. His eleven years of cruelty and lawlessness ended with his expulsion and subsequent assassination, after which Ngwana-Wina, a nephew, took over. Within a year, this chief abused his power, leading to his downfall in 1877, and he was succeeded by Lobosi, who took on the name Lewanika in 1885. The early years of his reign were also marred by violent acts, until in 1884 the torture and murder of his own brother sparked open rebellion. It was only through extreme quick thinking that the chief managed to escape with his life into exile. His cousin, Akufuna or Tatela, was then declared chief. During his brief reign, the eminent missionary François Coillard arrived at Lialui, the capital. The following year, Lewanika gathered his supporters, overthrew the usurper, and regained his power. His return was marked by ruthless revenge mixed with treachery, but gradually the strong character of the principled François Coillard influenced him positively, so that from around 1887 onward he ruled with tolerance and consistently sought to improve the lives of his people. In 1890, Lewanika, who had proposed two years earlier to come under British protection, signed a treaty with the British South Africa Company, recognizing its authority and conceding certain mineral rights. In 1897, Mr. R. T. Coryndon became the British agent at Lialui, and the land east of 25° E. was opened to settlers, while the land to the west was reserved for the Barotse chief. In 1905, the King of Italy’s decision in the Barotse boundary dispute with Portugal stripped Lewanika of half of his territory, much of which had been governed by his ancestors for many generations. In 1902, Lewanika attended Edward VII's coronation as a guest of the nation. His recognized heir was his eldest son, Letia.

See Barotse, and the works there cited, especially On the Threshold of Central Africa (London, 1897), by François Coillard.

See Barotse, and the works cited there, especially On the Threshold of Central Africa (London, 1897), by François Coillard.

(A. St. H. G.)

LEWES, CHARLES LEE (1740-1803), English actor, was the son of a hosier in London. After attending a school at Ambleside he returned to London, where he found employment as a postman; but about 1760 he went on the stage in the provinces, and some three years later began to appear in minor parts at Covent Garden Theatre. His first rôle of importance was that of “Young Marlow” in She Stoops to Conquer, at its production of that comedy in 1773, when he delivered an epilogue specially written for him by Goldsmith. He remained a member of the Covent Garden company till 1783, appearing in many parts, among which were “Fag” in The Rivals, which he “created,” and “Sir Anthony Absolute” in the same comedy. In 1783 he removed to Drury Lane, where he assumed the Shakespearian rôles of “Touchstone,” “Lucio” and “Falstaff.” In 1787 he left London for Edinburgh, where he gave recitations, including Cowper’s “John Gilpin.” For a short time in 1792 Lewes assisted Stephen Kemble in the management of the Dundee Theatre; in the following year he went to Dublin, but he was financially unsuccessful and suffered imprisonment for debt. He employed his time in compiling his Memoirs, a worthless production published after his death by his son. He was also the author of some poor dramatic sketches. Lewes died on the 23rd of July 1803. He was three times married; the philosopher, George Henry Lewes, was his grandson.

LEWES, CHARLES LEE (1740-1803), an English actor, was the son of a hosier in London. After going to school in Ambleside, he returned to London and worked as a postman. Around 1760, he joined the theater in the provinces, and about three years later, he began appearing in minor roles at Covent Garden Theatre. His first significant role was that of “Young Marlow” in She Stoops to Conquer, during its debut in 1773, where he delivered a special epilogue written for him by Goldsmith. He remained with the Covent Garden company until 1783, taking on many roles, including “Fag” in The Rivals, which he originated, and “Sir Anthony Absolute” in the same play. In 1783, he moved to Drury Lane, where he took on Shakespearean roles like “Touchstone,” “Lucio,” and “Falstaff.” In 1787, he left London for Edinburgh, where he performed recitations, including Cowper’s “John Gilpin.” For a brief period in 1792, Lewes helped Stephen Kemble manage the Dundee Theatre; the following year, he went to Dublin but faced financial failure and was imprisoned for debt. During this time, he worked on his Memoirs, a negligible work published posthumously by his son. He also wrote some subpar dramatic sketches. Lewes passed away on July 23, 1803. He was married three times; the philosopher George Henry Lewes was his grandson.

See John Genest, Some Account of the English Stage (Bath, 1832).

See John Genest, Some Account of the English Stage (Bath, 1832).

LEWES, GEORGE HENRY (1817-1878), British philosopher and literary critic, was born in London in 1817. He was a grandson of Charles Lee Lewes, the actor. He was educated in London, Jersey, Brittany, and finally at Dr Burney’s school in Greenwich. Having abandoned successively a commercial and a medical career, he seriously thought of becoming an actor, and between 1841 and 1850 appeared several times on the stage. Finally he devoted himself to literature, science and philosophy. As early as 1836 he belonged to a club formed for the study of philosophy, and had sketched out a physiological treatment of the philosophy of the Scottish school. Two years later he went to Germany, probably with the intention of studying philosophy. In 1840 he married a daughter of Swynfen Stevens Jervis (1798-1867), and during the next ten years supported himself by contributing to the quarterly and other reviews. These articles discuss a wide variety of subject, and, though often characterized by hasty impulse and imperfect study, betray a singularly acute critical judgment, enlightened by philosophic study. The most valuable are those on the drama, afterwards republished under the title Actors and Acting (1875). With this may be taken the volume on The Spanish Drama (1846). The combination of wide scholarship, philosophic culture and practical acquaintance with the theatre gives these essays a high place among the best efforts in English dramatic criticism. In 1845-1846 he published The Biographical History of Philosophy, an attempt to depict the life of philosophers as an ever-renewed fruitless labour to attain the unattainable. In 1847-1848 he made two attempts in the field of fiction—Ranthrope, and Rose, Blanche and Violet—which, though displaying considerable skill both in plot, construction and in characterization, have taken no permanent place in literature. The same is to be said of an ingenious attempt to rehabilitate Robespierre (1849). In 1850 he collaborated with Thornton Leigh Hunt in the foundation of the Leader, of which he was the literary editor. In 1853 he republished under the title of Comte’s Philosophy of the Sciences a series of papers which had appeared in that journal. In 1851 he became acquainted with Miss Evans (George Eliot) and in 1854 left his wife. Subsequently he lived with Miss Evans as her husband (see Eliot, George).

LEWES, GEORGE HENRY (1817-1878), British philosopher and literary critic, was born in London in 1817. He was the grandson of Charles Lee Lewes, the actor. He was educated in London, Jersey, Brittany, and finally at Dr. Burney’s school in Greenwich. After trying out a commercial and then a medical career, he seriously considered becoming an actor, appearing several times on stage between 1841 and 1850. Eventually, he dedicated himself to literature, science, and philosophy. As early as 1836, he was part of a club formed to study philosophy and had begun outlining a physiological take on the philosophy of the Scottish school. Two years later, he went to Germany, likely to study philosophy. In 1840, he married a daughter of Swynfen Stevens Jervis (1798-1867), supporting himself over the next decade by contributing to various quarterly and other reviews. These articles covered a wide range of topics and, while often marked by impulsive writing and inadequate research, displayed a remarkably sharp critical judgment, enhanced by his philosophical studies. The most significant works are those focused on drama, later published as Actors and Acting (1875). This can be paired with the volume on The Spanish Drama (1846). The combination of extensive scholarship, philosophical insights, and practical experience in the theater gives these essays a prominent status among the best in English dramatic criticism. Between 1845-1846, he published The Biographical History of Philosophy, which aimed to portray the lives of philosophers as a continuous, unachievable quest for the unattainable. In 1847-1848, he made two attempts in fiction: Ranthrope and Rose, Blanche and Violet, which, despite demonstrating significant skill in plot development, construction, and characterization, did not secure a lasting place in literature. The same can be said for his clever effort to revitalize Robespierre (1849). In 1850, he teamed up with Thornton Leigh Hunt to launch the Leader, where he served as the literary editor. In 1853, he republished a series of papers from that journal under the title Comte’s Philosophy of the Sciences. In 1851, he met Miss Evans (George Eliot) and left his wife in 1854. He then lived with Miss Evans as her partner (see Eliot, George).

The culmination of Lewes’s work in prose literature is the Life of Goethe (1855), probably the best known of his writings. Lewes’s many-sidedness of mind, and his combination of scientific with literary tastes, eminently fitted him to appreciate the large nature and the wide-ranging activity of the German poet. The high position this work has taken in Germany itself, notwithstanding the boldness of its criticism and the unpopularity of some of its views (e.g. on the relation of the second to the first part of Faust), is a sufficient testimony to its general excellence. From about 1853 Lewes’s writings show that he was occupying himself with scientific and more particularly biological work. He may be said to have always manifested a distinctly scientific bent in his writings, and his closer devotion to science was but the following out of early impulses. Considering that he had not had the usual course of technical training, these studies are a remarkable testimony to the penetration of his intellect. The most important of these essays are collected in the volumes Seaside Studies (1858), Physiology of Common Life (1859), Studies in Animal Life (1862), and Aristotle, a Chapter from the History of Science (1864). They are much more than popular expositions of accepted scientific truths. They contain able criticisms of authorized ideas, and embody the results of individual research and individual reflection. He made a number of impressive suggestions, some of which have since been accepted by physiologists. Of these the most valuable is that now known as the doctrine of the functional indifference of the nerves—that what are known as the specific energies of the optic, auditory and other nerves are simply differences in their mode of action due to the differences of the peripheral structures or sense-organs with which they are connected. This idea was subsequently arrived at independently by Wundt (Physiologische Psychologie, 2nd ed., p. 321). In 1865, on the starting of the Fortnightly Review, Lewes became its editor, but he retained the post for less than two years, when he was succeeded by John Morley. This date marks the transition from more strictly scientific to philosophic work. He had from early youth cherished a strong liking for philosophic studies; one of his earliest essays was an appreciative account of Hegel’s Aesthetics. Coming under the influence of positivism as unfolded both in Comte’s own works and in J. S. Mill’s System of Logic, he abandoned all faith in the possibility of metaphysic, and recorded this abandonment in the above-mentioned History of Philosophy. Yet he did not at any time give an unqualified adhesion to Comte’s teachings, and with wider reading and reflection his mind moved away further from the positivist standpoint. In the preface to the third edition of his History of Philosophy he avowed a change in this direction, and this movement is still more plainly discernible in subsequent editions of the work. The final outcome of this intellectual progress is given to us in The Problems of Life and Mind, which may be regarded as the crowning work of his life. His sudden death on the 28th of November 1878 cut short the work, yet it is complete enough to allow us to judge of the author’s matured conceptions on biological, psychological and metaphysical problems. Of his three sons only one, Charles (1843-1891), survived him; in the first London County Council Election (1888) he was elected for St Pancras; he was also much interested in the Hampstead Heath extension.

The peak of Lewes’s work in prose literature is the Life of Goethe (1855), probably his most famous writing. Lewes’s diverse intellect and his blend of scientific and literary interests uniquely positioned him to understand the expansive nature and diverse activities of the German poet. The high regard this work has gained in Germany, despite its bold criticisms and the unpopularity of some of its views (like those on the relationship between the first and second parts of Faust), is strong evidence of its overall quality. From around 1853, Lewes’s writings indicate that he was focusing on scientific matters, particularly biological work. He always showed a clear scientific inclination in his writings, and his deepening engagement with science was just a continuation of early interests. Given that he lacked the typical technical training, these studies are a notable testament to his intellectual depth. The most significant of these essays are gathered in the volumes Seaside Studies (1858), Physiology of Common Life (1859), Studies in Animal Life (1862), and Aristotle, a Chapter from the History of Science (1864). They are much more than just accessible explanations of accepted scientific facts. They include insightful critiques of established ideas and reflect the results of independent research and contemplation. He offered a number of compelling suggestions, some of which have since been accepted by physiologists. The most valuable of these is now known as the doctrine of the functional indifference of nerves—that the so-called specific energies of the optic, auditory, and other nerves are simply variations in their mode of action due to differences in the peripheral structures or sense organs they are linked to. This concept was later independently reached by Wundt in Physiologische Psychologie, 2nd ed., p. 321. In 1865, when the Fortnightly Review was launched, Lewes became its editor, but he held the position for less than two years before being succeeded by John Morley. This period marks a shift from strictly scientific to philosophical work. Since his youth, he had a strong interest in philosophical studies; one of his earliest essays was a positive review of Hegel’s Aesthetics. After being influenced by positivism as presented in both Comte’s works and J. S. Mill’s System of Logic, he abandoned all belief in the possibility of metaphysics, which he documented in the aforementioned History of Philosophy. Yet, he never fully endorsed Comte’s teachings, and as he read and reflected more widely, his views shifted further from the positivist perspective. In the preface to the third edition of his History of Philosophy, he acknowledged this change, which is even more evident in later editions of the work. The ultimate result of this intellectual journey is presented in The Problems of Life and Mind, regarded as the crowning achievement of his life. His unexpected death on November 28, 1878, interrupted the work, yet it is complete enough for us to assess the author's developed ideas on biological, psychological, and metaphysical issues. Of his three sons, only one, Charles (1843-1891), survived him; in the first London County Council Election (1888), he was elected for St Pancras, and he was also very interested in the Hampstead Heath extension.

Philosophy.—The first two volumes on The Foundations of a Creed lay down what Lewes regarded as the true principles of philosophizing. He here seeks to effect a rapprochement between metaphysic and science. He is still so far a positivist as to pronounce all inquiry into the ultimate nature of things fruitless. What matter, form, spirit are 521 in themselves is a futile question that belongs to the sterile region of “metempirics.” But philosophical questions may be so stated as to be susceptible of a precise solution by scientific method. Thus, since the relation of subject to object falls within our experience, it is a proper matter for philosophic investigation. It may be questioned whether Lewes is right in thus identifying the methods of science and philosophy. Philosophy is not a mere extension of scientific knowledge; it is an investigation of the nature and validity of the knowing process itself. In any case Lewes cannot be said to have done much to aid in the settlement of properly philosophical questions. His whole treatment of the question of the relation of subject to object is vitiated by a confusion between the scientific truth that mind and body coexist in the living organism and the philosophic truth that all knowledge of objects implies a knowing subject. In other words, to use Shadworth Hodgson’s phrase, he mixes up the question of the genesis of mental forms with the question of their nature (see Philosophy of Reflexion, ii. 40-58). Thus he reaches the “monistic” doctrine that mind and matter are two aspects of the same existence by attending simply to the parallelism between psychical and physical processes given as a fact (or a probable fact) of our experience, and by leaving out of account their relation as subject and object in the cognitive act. His identification of the two as phases of one existence is open to criticism, not only from the point of view of philosophy, but from that of science. In his treatment of such ideas as “sensibility,” “sentience” and the like, he does not always show whether he is speaking of physical or of psychical phenomena. Among the other properly philosophic questions discussed in these two volumes the nature of the casual relation is perhaps the one which is handled with most freshness and suggestiveness. The third volume, The Physical Basis of Mind, further develops the writer’s views on organic activities as a whole. He insists strongly on the radical distinction between organic and inorganic processes, and on the impossibility of ever explaining the former by purely mechanical principles. With respect to the nervous system, he holds that all its parts have one and the same elementary property, namely, sensibility. Thus sensibility belongs as much to the lower centres of the spinal cord as to the brain, contributing in this more elementary form elements to the “subconscious” region of mental life. The higher functions of the nervous system, which make up our conscious mental life, are merely more complex modifications of this fundamental property of nerve substance. Closely related to this doctrine is the view that the nervous organism acts as a whole, that particular mental operations cannot be referred to definitely circumscribed regions of the brain, and that the hypothesis of nervous activity passing in the centre by an isolated pathway from one nerve-cell to another is altogether illusory. By insisting on the complete coincidence between the regions of nerve-action and sentience, and by holding that these are but different aspects of one thing, he is able to attack the doctrine of animal and human automatism, which affirms that feeling or consciousness is merely an incidental concomitant of nerve-action and in no way essential to the chain of physical events. Lewes’s views in psychology, partly opened up in the earlier volumes of the Problems, are more fully worked out in the last two volumes (3rd series). He discusses the method of psychology with much insight. He claims against Comte and his followers a place for introspection in psychological research. In addition to this subjective method there must be an objective, which consists partly in a reference to nervous conditions and partly in the employment of sociological and historical data. Biological knowledge, or a consideration of the organic conditions, would only help us to explain mental functions, as feeling and thinking; it would not assist us to understand differences of mental faculty as manifested in different races and stages of human development. The organic conditions of these differences will probably for ever escape detection. Hence they can be explained only as the products of the social environment. This idea of dealing with mental phenomena in their relation to social and historical conditions is probably Lewes’s most important contribution to psychology. Among other points which he emphasizes is the complexity of mental phenomena. Every mental state is regarded as compounded of three factors in different proportions—namely, a process of sensible affection, of logical grouping and of motor impulse. But Lewes’s work in psychology consists less in any definite discoveries than in the inculcation of a sound and just method. His biological training prepared him to view mind as a complex unity, in which the various functions interact one on the other, and of which the highest processes are identical with and evolved out of the lower. Thus the operations of thought, “or the logic of signs,” are merely a more complicated form of the elementary operations of sensation and instinct or “the logic of feeling.” The whole of the last volume of the Problems may be said to be an illustration of this position. It is a valuable repository of psychological facts, many of them drawn from the more obscure regions of mental life and from abnormal experience, and is throughout suggestive and stimulating. To suggest and to stimulate the mind, rather than to supply it with any complete system of knowledge, may be said to be Lewes’s service in philosophy. The exceptional rapidity and versatility of his intelligence seems to account at once for the freshness in his way of envisaging the subject-matter of philosophy and psychology, and for the want of satisfactory elaboration and of systematic co-ordination.

Philosophy.—The first two volumes on The Foundations of a Creed outline what Lewes considered the true principles of philosophy. He aims to create a connection between metaphysics and science. He remains a positivist, stating that inquiries into the ultimate nature of things are pointless. Questions about what matter, form, and spirit are in themselves are futile discussions that belong to the unproductive area of "metempirics." However, philosophical questions can be framed in a way that allows for precise answers through scientific methods. Since the relationship between the subject and object exists within our experience, it is a valid topic for philosophical investigation. Whether Lewes is correct in equating the methods of science and philosophy can be debated. Philosophy isn't just an extension of scientific knowledge; it's a study of the nature and validity of the act of knowing itself. Regardless, Lewes doesn't contribute much to resolving true philosophical questions. His entire approach to the subject-object relationship is flawed by confusing the scientific fact that mind and body coexist in a living organism with the philosophical truth that all knowledge of objects requires a knowing subject. In other words, to use Shadworth Hodgson’s term, he confuses the question of how mental forms originate with the question of their nature (see Philosophy of Reflexion, ii. 40-58). Consequently, he arrives at the "monistic" view that mind and matter are just two aspects of the same existence by solely focusing on the parallels between mental and physical processes as facts of our experience, ignoring their relation as subject and object in the act of cognition. His claim that these two are phases of one existence can be challenged from both philosophical and scientific perspectives. In discussing concepts like "sensibility," "sentience," and similar ideas, he doesn't always clarify if he's referring to physical or mental phenomena. Among other philosophical issues he tackles in these two volumes, the nature of causal relationships is perhaps discussed with the most originality and insight. The third volume, The Physical Basis of Mind, further elaborates on the author's views regarding organic activities as a whole. He strongly emphasizes the fundamental difference between organic and inorganic processes and asserts that the former cannot be explained solely by mechanical principles. Regarding the nervous system, he argues that all its components share the same basic property: sensibility. Therefore, sensibility is just as present in the lower regions of the spinal cord as it is in the brain, contributing in this more basic form to the "subconscious" aspect of mental life. The higher functions of the nervous system, which comprise our conscious mental experience, are essentially more complex variations of this basic property of nerve substance. Closely related to this concept is the idea that the nervous system operates as a whole, meaning specific mental processes cannot be pinpointed to well-defined areas of the brain, and the notion that nervous activity travels through an isolated pathway from one nerve cell to another is entirely misleading. By asserting that the areas of nerve activity and sentience coincide completely and viewing them as different aspects of a single entity, he can critique the perspective of animal and human automatism, which argues that feeling or consciousness is merely an incidental byproduct of nerve activity and not essential to the chain of physical events. Lewes's ideas in psychology, initially introduced in the earlier volumes of the Problems, are more thoroughly developed in the last two volumes (3rd series). He examines the method of psychology with considerable insight. He argues against Comte and his followers for the inclusion of introspection in psychological research. Alongside this subjective approach, there must be an objective one, which incorporates references to nervous conditions and utilizes sociological and historical data. Biological knowledge, or a consideration of organic conditions, would only help in explaining mental functions, such as feeling and thinking; it wouldn't aid in understanding the differences in mental faculty manifested across different races and stages of human development. The organic conditions underlying these distinctions will likely remain elusive. Thus, they can only be understood as products of the social environment. This perspective of analyzing mental phenomena in relation to social and historical contexts is arguably Lewes's most significant contribution to psychology. He also emphasizes the complexity of mental phenomena, viewing each mental state as a mix of three elements in varying proportions—namely, a process of sensory experience, logical organization, and motor impulse. However, Lewes's contributions to psychology are less about specific discoveries and more about promoting a sound and fair methodology. His background in biology equipped him to see the mind as a complex unity, in which various functions interact with each other, and from which the highest processes emerge from the lower ones. Thus, thought processes, "or the logic of signs," are simply a more intricate version of the elementary actions associated with sensation and instinct, or "the logic of feeling." The entirety of the last volume of the Problems can be viewed as an illustration of this idea. It serves as a valuable collection of psychological facts, many drawn from the more obscure areas of mental life and abnormal experiences, and is consistently thought-provoking and engaging. To inspire and provoke thought rather than provide a complete system of knowledge could be said to be Lewes's contribution to philosophy. The exceptional speed and adaptability of his intellect seem to account for both the freshness in his approach to philosophy and psychology and the lack of satisfactory elaboration and systematic organization.

(J. S.; X.)

LEWES, a market-town and municipal borough and the county town of Sussex, England, in the Lewes parliamentary division, 50 m. S. from London by the London, Brighton & South Coast railway. Pop. (1901) 11,249. It is picturesquely situated on the slope of a chalk down falling to the river Ouse. Ruins of the old castle, supposed to have been founded by King Alfred and rebuilt by William de Warenne shortly after the Conquest, rise from the height. There are two mounds which bore keeps, an uncommon feature. The castle guarded the pass through the downs formed by the valley of the Ouse. In one of the towers is the collection of the Sussex Archaeological Society. St Michael’s church is without architectural merit, but contains old brasses and monuments; St Anne’s church is a transitional Norman structure; St Thomas-at-Cliffe is Perpendicular; St John’s, Southover, of mixed architecture, preserves some early Norman portions, and has some relics of the Warenne family. In the grounds of the Cluniac priory of St Pancras, founded in 1078, the leaden coffins of William de Warenne and Gundrada his wife were dug up during an excavation for the railway in 1845. There is a free grammar school dating from 1512, and among the other public buildings are the town hall and corn exchange, county hall, prison, and the Fitzroy memorial library. The industries include the manufacture of agricultural implements, brewing, tanning, and iron and brass founding. The municipal borough is under a mayor, 6 aldermen and 18 councillors. Area, 1042 acres.

LEWES, is a market town and municipal borough, as well as the county town of Sussex, England, located 50 miles south of London via the London, Brighton & South Coast railway. The population in 1901 was 11,249. It is beautifully situated on the slope of a chalk hill descending to the River Ouse. The ruins of an old castle, believed to have been founded by King Alfred and reconstructed by William de Warenne shortly after the Conquest, rise from the elevation. There are two mounds that had keeps, which is a rare feature. The castle protected the pathway through the hills created by the valley of the Ouse. One of the towers houses the collection of the Sussex Archaeological Society. St Michael's Church lacks architectural significance but has old brasses and monuments; St Anne’s Church is a transitional Norman structure; St Thomas-at-Cliffe is Perpendicular style; St John’s in Southover has mixed architecture, retains some early Norman elements, and features relics of the Warenne family. In the grounds of the Cluniac priory of St Pancras, established in 1078, lead coffins of William de Warenne and his wife Gundrada were discovered during railway excavation in 1845. There’s a free grammar school that dates back to 1512, and other public buildings include the town hall and corn exchange, county hall, prison, and the Fitzroy memorial library. Industries in the area encompass manufacturing agricultural tools, brewing, tanning, and iron and brass founding. The municipal borough is governed by a mayor, 6 aldermen, and 18 councillors. The area covers 1,042 acres.

The many neolithic and bronze implements that have been discovered, and the numerous tumuli and earthworks which surround Lewes, indicate its remote origin. The town Lewes (Loewas, Loewen, Leswa, Laquis, Latisaquensis) was in the royal demesne of the Saxon kings, from whom it received the privilege of a market. Æthelstan established two royal mints there, and by the reign of Edward the Confessor, and probably before, Lewes was certainly a borough. William I. granted the whole barony of Lewes, including the revenue arising from the town, to William de Warenne, who converted an already existing fortification into a place of residence. His descendants continued to hold the barony until the beginning of the 14th century. In default of male issue, it then passed to the earl of Arundel, with whose descendants it remained until 1439, when it was divided between the Norfolks, Dorsets and Abergavennys. By 1086 the borough had increased 30% in value since the beginning of the reign, and its importance as a port and market-town is evident from Domesday. A gild merchant seems to have existed at an early date. The first mention of it is in a charter of Reginald de Warenne, about 1148, by which he restored to the burgesses the privileges they had enjoyed in the time of his grandfather and father, but of which they had been deprived. In 1595 a “Fellowship” took the place of the old gild and in conjunction with two constables governed the town until the beginning of the 18th century. The borough seal probably dates from the 14th century. Lewes was incorporated by royal charter in 1881. The town returned two representatives to parliament from 1295 until deprived of one member in 1867. It was disfranchised in 1885. Earl Warenne and his descendants held the fairs and markets from 1066. In 1792 the fair-days were the 6th of May, Whit-Tuesday, the 26th of July (for wool), and the 2nd of October. The market-day was Saturday. Fairs are now held on the 6th of May for horses and cattle, the 20th of July for wool, and the 21st and 28th of September for Southdown sheep. A corn-market is held every Tuesday, and a stock-market every alternate Monday. The trade in wool has been important since the 14th century.

The many Neolithic and Bronze Age tools that have been found, along with the numerous burial mounds and earthworks around Lewes, show its ancient roots. The town of Lewes (Loewas, Loewen, Leswa, Laquis, Latisaquensis) was part of the royal lands of the Saxon kings, who granted it the right to hold a market. Æthelstan set up two royal mints there, and by the time of Edward the Confessor, and likely earlier, Lewes was definitely a borough. William I granted the entire barony of Lewes, including the income from the town, to William de Warenne, who turned an existing fortification into his residence. His descendants held the barony until the early 14th century. Without male heirs, it then passed to the Earl of Arundel, whose family kept it until 1439, when it was split between the Norfolks, Dorsets, and Abergavennys. By 1086, the borough’s value had increased by 30% since the start of the reign, and its significance as a port and market town is clear from Domesday. A merchant guild appears to have existed early on. The first record of it is in a charter from Reginald de Warenne around 1148, where he restored the privileges the burgesses had enjoyed during his grandfather and father’s times but had lost. In 1595, a "Fellowship" replaced the old guild, governing the town alongside two constables until the early 18th century. The borough seal probably dates back to the 14th century. Lewes was incorporated by royal charter in 1881. The town sent two representatives to parliament from 1295 until it lost one member in 1867. It was disfranchised in 1885. Earl Warenne and his descendants managed the fairs and markets from 1066. In 1792, the fair days were the 6th of May, Whit-Tuesday, the 26th of July (for wool), and the 2nd of October. Saturday was the market day. Today, fairs are held on the 6th of May for horses and cattle, the 20th of July for wool, and the 21st and 28th of September for Southdown sheep. A corn market is held every Tuesday, and a stock market every other Monday. The wool trade has been significant since the 14th century.

Lewes was the scene of the battle fought on the 14th of May 1264 between Henry III. and Simon de Montfort, earl of Leicester. Led by the king and by his son, the future king Edward I., the royalists left Oxford, took Northampton and drove Montfort from Rochester into London. Then, harassed on the route by their foes, they marched through Kent into Sussex and took up their quarters at Lewes, a stronghold of the royalist Earl Warenne. Meanwhile, reinforced by a number of Londoners, Earl Simon left London and reached Fletching, about 9 m. north of Lewes, 522 on the 13th of May. Efforts at reconciliation having failed he led his army against the town, which he hoped to surprise, early on the following day. His plan was to direct his main attack against the priory of St Pancras, which sheltered the king and his brother Richard, earl of Cornwall, king of the Romans, while causing the enemy to believe that his principal objective was the castle, where Prince Edward was. But the surprise was not complete and the royalists rushed from the town to meet the enemy in the open field. Edward led his followers against the Londoners, who were gathered around the standard of Montfort, put them to flight, pursued them for several miles, and killed a great number of them. Montfort’s ruse, however, had been successful. He was not with his standard as his foes thought, but with the pick of his men he attacked Henry’s followers and took prisoner both the king and his brother. Before Edward returned from his chase the earl was in possession of the town. In its streets the prince strove to retrieve his fortunes, but in vain. Many of his men perished in the river, but others escaped, one band, consisting of Earl Warenne and others, taking refuge in Pevensey Castle. Edward himself took sanctuary and on the following day peace was made between the king and the earl.

Lewes was the site of the battle that took place on May 14, 1264, between Henry III and Simon de Montfort, the Earl of Leicester. Led by the king and his son, the future King Edward I, the royalists left Oxford, captured Northampton, and forced Montfort out of Rochester and into London. Then, pressured by their enemies along the way, they marched through Kent into Sussex and set up camp at Lewes, a stronghold of the royalist Earl Warenne. Meanwhile, bolstered by a group of Londoners, Earl Simon left London and reached Fletching, about 9 miles north of Lewes, 522 on May 13. After failed attempts to negotiate peace, he led his army against the town, hoping to catch it off guard early the next day. His strategy was to launch his main attack on the priory of St Pancras, where the king and his brother Richard, the Earl of Cornwall, who was also King of the Romans, were staying, while making the enemy believe that his main target was the castle where Prince Edward was located. However, the surprise attack didn’t go as planned, and the royalists rushed out of the town to confront their foes in the open field. Edward led his followers against the Londoners gathered around Montfort's standard, scattered them, pursued them for several miles, and killed a significant number of them. Montfort’s trick, however, had worked. He was not at his standard as his enemies believed but had instead attacked Henry’s forces with his best men and captured both the king and his brother. By the time Edward returned from the chase, the earl had taken control of the town. In the streets, the prince tried to turn the tide in his favor but failed. Many of his men drowned in the river, while others escaped; one group, including Earl Warenne and others, sought refuge in Pevensey Castle. Edward himself took sanctuary, and the next day, peace was established between the king and the earl.

LEWES, a town in Sussex county, Delaware, U.S.A., in the S.E. part of the state, on Delaware Bay. Pop. (1910), 2158. Lewes is served by the Philadelphia, Baltimore & Washington (Pennsylvania System), and the Maryland, Delaware & Virginia railways. Its harbour is formed by the Delaware Breakwater, built by the national government and completed in 1869, and 2¼ m. above it another breakwater was completed in December 1901 by the government. The cove between them forms a harbour of refuge of about 550 acres. At the mouth of Delaware Bay, about 2 m. below Lewes, is the Henlopen Light, one of the oldest lighthouses in America. The Delaware Bay pilots make their headquarters at Lewes. Lewes has a large trade with northern cities in fruits and vegetables, and is a subport of entry of the Wilmington Customs District. The first settlement on Delaware soil by Europeans was made near here in 1631 by Dutch colonists, sent by a company organized in Holland in the previous year by Samuel Blommaert, Killian van Rensselaer, David Pieterszen de Vries and others. The settlers called the place Zwaanendael, valley of swans. The settlement was soon entirely destroyed by the Indians, and a second body of settlers whom de Vries, who had been made director of the colony, brought in 1632 remained for only two years. The fact of the settlement is important; because of it the English did not unite the Delaware country with Maryland, for the Maryland Charter of 1632 restricted colonization to land within the prescribed boundaries, uncultivated and either uninhabited or inhabited only by Indians. In 1658 the Dutch established an Indian trading post, and in 1659 erected a fort at Zwaanendael. After the annexation of the Delaware counties to Pennsylvania in 1682, its name was changed to Lewes, after the town of that name in Sussex, England. It was pillaged by French pirates in 1698. One of the last naval battles of the War of Independence was fought in the bay near Lewes on the 8th of April 1782, when the American privateer “Hyder Ally” (16), commanded by Captain Joshua Barnes (1759-1818), defeated and captured the British sloop “General Monk” (20), which had been an American privateer, the “General Washington,” had been captured by Admiral Arbuthnot’s squadron in 1780, and was now purchased by the United States government and, as the “General Washington,” was commanded by Captain Barnes in 1782-1784. In March 1813 the town was bombarded by a British frigate.

LEWES, is a town in Sussex County, Delaware, U.S.A., located in the southeastern part of the state, on Delaware Bay. Population (1910): 2,158. Lewes is accessible via the Philadelphia, Baltimore & Washington (Pennsylvania System) and the Maryland, Delaware & Virginia railways. Its harbor is created by the Delaware Breakwater, built by the national government and completed in 1869, and 2¼ miles above it, another breakwater was completed by the government in December 1901. The cove between them forms a refuge harbor of about 550 acres. At the mouth of Delaware Bay, about 2 miles below Lewes, is the Henlopen Light, one of the oldest lighthouses in America. The Delaware Bay pilots have their headquarters in Lewes. The town engages in significant trade with northern cities, supplying fruits and vegetables, and serves as a subport of entry for the Wilmington Customs District. The first European settlement in Delaware was established near here in 1631 by Dutch colonists sent by a company organized in Holland the year before by Samuel Blommaert, Killian van Rensselaer, David Pieterszen de Vries, and others. The settlers named the area Zwaanendael, meaning "valley of swans." Unfortunately, the settlement was completely destroyed by Native Americans, and a second group of settlers, brought in by de Vries, who became the director of the colony, only lasted for two years after their arrival in 1632. This settlement is significant because it prevented the English from merging the Delaware area with Maryland, as the Maryland Charter of 1632 limited colonization to lands within specific boundaries that were either uncultivated or uninhabited, except by Native Americans. In 1658, the Dutch created an Indian trading post, and in 1659, they built a fort at Zwaanendael. After the Delaware counties joined Pennsylvania in 1682, the town was renamed Lewes, after the town of the same name in Sussex, England. It was raided by French pirates in 1698. One of the last naval battles of the War of Independence took place in the bay near Lewes on April 8, 1782, when the American privateer “Hyder Ally,” commanded by Captain Joshua Barnes (1759-1818), defeated and captured the British sloop “General Monk,” which had previously been the American privateer “General Washington” before its capture by Admiral Arbuthnot’s squadron in 1780. The sloop was then purchased by the U.S. government and commanded by Captain Barnes from 1782 to 1784. In March 1813, the town was bombarded by a British frigate.

See the “History of Lewes” in the Papers of the Historical Society of Delaware, No. xxxviii. (Wilmington, 1903); and J. T. Scharf, History of Delaware (2 vols., Philadelphia, 1888).

See the “History of Lewes” in the Papers of the Historical Society of Delaware, No. xxxviii. (Wilmington, 1903); and J. T. Scharf, History of Delaware (2 vols., Philadelphia, 1888).

LEWIS, SIR GEORGE CORNEWALL, Bart. (1806-1863), English statesman and man of letters, was born in London on the 21st of April 1806. His father, Thomas F. Lewis, of Harpton Court, Radnorshire, after holding subordinate office in various administrations, became a poor-law commissioner, and was made a baronet in 1846. Young Lewis was educated at Eton and at Christ Church, Oxford, where in 1828 he took a first-class in classics and a second-class in mathematics. He then entered the Middle Temple, and was called to the bar in 1831. In 1833 he undertook his first public work as one of the commissioners to inquire into the condition of the poor Irish residents in the United Kingdom.1 In 1834 Lord Althorp included him in the commission to inquire into the state of church property and church affairs generally in Ireland. To this fact we owe his work on Local Disturbances in Ireland, and the Irish Church Question (London, 1836), in which he condemned the existing connexion between church and state, proposed a state provision for the Catholic clergy, and maintained the necessity of an efficient workhouse organization. During this period Lewis’s mind was much occupied with the study of language. Before leaving college he had published some observations on Whately’s doctrine of the predicables, and soon afterwards he assisted Thirlwall and Hare in starting the Philological Museum. Its successor, the Classical Museum, he also supported by occasional contributions. In 1835 he published an Essay on the Origin and Formation of the Romance Languages (re-edited in 1862), the first effective criticism in England of Raynouard’s theory of a uniform romance tongue, represented by the poetry of the troubadours. He also compiled a glossary of provincial words used in Herefordshire and the adjoining counties. But the most important work of this earlier period was one to which his logical and philological tastes contributed. The Remarks on the Use and Abuse of some Political Terms (London, 1832) may have been suggested by Bentham’s Book of Parliamentary Fallacies, but it shows all that power of clear sober original thinking which marks his larger and later political works. Moreover, he translated Boeckh’s Public Economy of Athens and Müller’s History of Greek Literature, and he assisted Tufnell in the translation of Müller’s Dorians. Some time afterwards he edited a text of the Fables of Babrius. While his friend Hayward conducted the Law Magazine, he wrote in it frequently on such subjects as secondary punishments and the penitentiary system. In 1836, at the request of Lord Glenelg, he accompanied John Austin to Malta, where they spent nearly two years reporting on the condition of the island and framing a new code of laws. One leading object of both commissioners was to associate the Maltese in the responsible government of the island. On his return to England Lewis succeeded his father as one of the principal poor-law commissioners. In 1841 appeared the Essay on the Government of Dependencies, a systematic statement and discussion of the various relations in which colonies may stand towards the mother country. In 1844 Lewis married Lady Maria Theresa Lister, sister of Lord Clarendon, and a lady of literary tastes. Much of their married life was spent in Kent House, Knightsbridge. They had no children. In 1847 Lewis resigned his office. He was then returned for the county of Hereford, and Lord John Russell appointed him secretary to the Board of Control, but a few months afterwards he became under-secretary to the Home Office. In this capacity he introduced two important bills, one for the abolition of turnpike trusts and the management of highways by a mixed county board, the other for the purpose of defining and regulating the law of parochial assessment. In 1850 he succeeded Hayter as financial secretary to the treasury. About this time, also, appeared his Essay on the Influence of Authority in Matters of Opinion. On the dissolution of parliament which followed the resignation of Lord John Russell’s ministry in 1852, Lewis was defeated for Herefordshire and then for Peterborough. Excluded from parliament he accepted the editorship of the Edinburgh Review, and remained editor until 1855. During this period he served on the Oxford commission, and on the commission to inquire into the government of London. But its chief fruits were the Treatise on the Methods of Observation and Reasoning in Politics, and the Enquiry into the Credibility of the Early Roman History,2 in which he vigorously attacked 523 the theory of epic lays and other theories on which Niebuhr’s reconstruction of that history had proceeded. In 1855 Lewis succeeded his father in the baronetcy. He was at once elected member for the Radnor boroughs, and Lord Palmerston made him chancellor of the exchequer. He had a war loan to contract and heavy additional taxation to impose, but his industry, method and clear vision carried him safely through. After the change of ministry in 1859 Sir George became home secretary under Lord Palmerston, and in 1861, much against his wish, he succeeded Sidney Herbert (Lord Herbert of Lea) at the War Office. The closing years of his life were marked by increasing intellectual vigour. In 1859 he published an able Essay on Foreign Jurisdiction and the Extradition of Criminals, a subject to which the attempt on Napoleon’s life, the discussions on the Conspiracy Bill, and the trial of Bernard, had drawn general attention. He advocated the extension of extradition treaties, and condemned the principal idea of Weltrechtsordnung which Mohl of Heidelberg had proposed. His two latest works were the Survey of the Astronomy of the Ancients, in which, without professing any knowledge of Oriental languages, he applied a sceptical analysis to the ambitious Egyptology of Bunsen; and the Dialogue on the Best Form of Government, in which, under the name of Crito, the author points out to the supporters of the various systems that there is no one abstract government which is the best possible for all times and places. An essay on the Characteristics of Federal, National, Provincial and Municipal Government does not seem to have been published. Sir George died in April 1863. A marble bust by Weekes stands in Westminster Abbey.

LEWIS, SIR GEORGE CORNEWALL, Bart. (1806-1863), English statesman and writer, was born in London on April 21, 1806. His father, Thomas F. Lewis, from Harpton Court, Radnorshire, held various positions in different governments before becoming a poor-law commissioner and was made a baronet in 1846. Young Lewis was educated at Eton and at Christ Church, Oxford, where he earned a first-class degree in classics and a second-class in mathematics in 1828. He then joined the Middle Temple and was called to the bar in 1831. In 1833, he began his first public work as one of the commissioners investigating the situation of poor Irish residents in the United Kingdom. In 1834, Lord Althorp included him in the commission to investigate the state of church property and church issues in general in Ireland. This led to his work on Local Disturbances in Ireland, and the Irish Church Question (London, 1836), where he criticized the existing relationship between church and state, suggested government support for the Catholic clergy, and argued for an effective workhouse system. During this period, Lewis was also focused on language studies. Before leaving college, he published some observations on Whately’s doctrine of the predicables, and soon after, he helped Thirlwall and Hare launch the Philological Museum. He also contributed to its successor, the Classical Museum. In 1835, he published an Essay on the Origin and Formation of the Romance Languages (revised in 1862), which was the first significant critique in England of Raynouard’s theory of a uniform romance language as seen in the poetry of the troubadours. He compiled a glossary of regional words used in Herefordshire and the neighboring counties. However, the most significant work from this earlier period was The Remarks on the Use and Abuse of some Political Terms (London, 1832), which may have been inspired by Bentham’s Book of Parliamentary Fallacies, but demonstrates the clarity and original thought that characterizes his later, more substantial political works. Additionally, he translated Boeckh’s Public Economy of Athens and Müller’s History of Greek Literature, and assisted Tufnell in translating Müller’s Dorians. Later, he edited a text of the Fables of Babrius. While his friend Hayward edited the Law Magazine, Lewis often wrote on topics like secondary punishments and the penitentiary system. In 1836, at Lord Glenelg's request, he traveled to Malta with John Austin, where they spent nearly two years reporting on the island's conditions and drafting a new legal code. One of their main goals was to involve the Maltese in the island's responsible governance. Upon returning to England, Lewis succeeded his father as one of the main poor-law commissioners. In 1841, he published the Essay on the Government of Dependencies, a structured discussion on the various relationships between colonies and their parent countries. Lewis married Lady Maria Theresa Lister, sister of Lord Clarendon and a woman with literary interests, in 1844. Much of their married life was spent in Kent House, Knightsbridge. They did not have children. In 1847, Lewis resigned his role and was elected for the county of Hereford. Lord John Russell appointed him secretary to the Board of Control, but a few months later, he became under-secretary to the Home Office. In this role, he introduced two significant bills: one aimed at abolishing turnpike trusts and overseeing highway management through a mixed county board, and the other focused on defining and regulating parochial assessment laws. In 1850, he took over from Hayter as financial secretary to the treasury. Around this time, he published his Essay on the Influence of Authority in Matters of Opinion. After Lord John Russell's ministry resigned in 1852, Lewis was defeated in the elections for Herefordshire and then for Peterborough. Excluded from parliament, he took on the editorship of the Edinburgh Review, serving until 1855. During this time, he was involved with the Oxford commission and the inquiry into London's governance. This period mainly resulted in the publication of the Treatise on the Methods of Observation and Reasoning in Politics and the Enquiry into the Credibility of the Early Roman History,2 which strongly criticized the theories of epic lays and other concepts foundational to Niebuhr’s reconstruction of that history. In 1855, Lewis inherited his father's baronetcy. He was immediately elected as a member for the Radnor boroughs, and Lord Palmerston appointed him chancellor of the exchequer. He had to secure a war loan and impose significant additional taxes, but his diligence, organization, and clear vision allowed him to navigate these challenges. After the government change in 1859, Sir George became the home secretary under Lord Palmerston and, in 1861—much to his displeasure—he took over Sidney Herbert's position at the War Office. The final years of his life were marked by a surge of intellectual activity. In 1859, he published a thoughtful Essay on Foreign Jurisdiction and the Extradition of Criminals, a topic that had gained attention due to the assassination attempt on Napoleon, debates surrounding the Conspiracy Bill, and Bernard's trial. He supported expanding extradition treaties and rejected Mohl of Heidelberg's primary idea of Weltrechtsordnung. His two final works were Survey of the Astronomy of the Ancients, in which he skeptically analyzed Bunsen’s ambitious Egyptology without claiming knowledge of Orient languages, and Dialogue on the Best Form of Government, where, under the name Crito, he explained to supporters of various political systems that there's no single government structure that's ideal for all times and places. An essay titled Characteristics of Federal, National, Provincial and Municipal Government seems to remain unpublished. Sir George passed away in April 1863. A marble bust created by Weekes can be found in Westminster Abbey.

Lewis was a man of mild and affectionate disposition, much beloved by a large circle of friends, among whom were Sir E. Head, the Grotes, the Austins, Lord Stanhope, J. S. Mill, Dean Milman, the Duff Gordons. In public life he was distinguished, as Lord Aberdeen said, “for candour, moderation, love of truth.” He had a passion for the systematic acquirement of knowledge, and a keen and sound critical faculty. His name has gone down to history as that of a many-sided man, sound in judgment, unselfish in political life, and abounding in practical good sense.

Lewis was a kind and loving man, deeply admired by a wide group of friends, including Sir E. Head, the Grotes, the Austins, Lord Stanhope, J. S. Mill, Dean Milman, and the Duff Gordons. In public life, he was known, as Lord Aberdeen put it, “for his honesty, restraint, and love of truth.” He had a strong desire to gain knowledge systematically and possessed a sharp and reliable critical mind. His name is remembered in history as a well-rounded man, wise in judgment, selfless in politics, and overflowing with practical sense.

A reprint from the Edinburgh Review of his long series of papers on the Administration of Great Britain appeared in 1864, and his Letters to various Friends (1870) were edited by his brother Gilbert, who succeeded him in the baronetcy.

A reprint from the Edinburgh Review of his long series of papers on the Administration of Great Britain came out in 1864, and his Letters to various Friends (1870) were edited by his brother Gilbert, who took over the baronetcy after him.


1 See the Abstract of Final Report of Commissioners of Irish Poor Enquiry, &c., by G. C. Lewis and N. Senior (1837).

1 See the Abstract of Final Report of Commissioners of Irish Poor Enquiry, &c., by G. C. Lewis and N. Senior (1837).

2 Translated into German by Liebrecht (Hanover, 1858).

2 Translated into German by Liebrecht (Hanover, 1858).

LEWIS, HENRY CARVILL (1853-1888), American geologist, was born in Philadelphia on the 16th of November 1853. Educated in the university of Pennsylvania he took the degree of M.A. in 1876. He became attached to the Geological Survey of Pennsylvania in 1879, serving for three years as a volunteer member, and during this term he became greatly interested in the study of glacial phenomena. In 1880 he was chosen professor of mineralogy in the Philadelphia academy of natural sciences, and in 1883 he was appointed to the chair of geology in Haverford College, Pennsylvania. During the winters of 1885 to 1887 he studied petrology under H. F. Rosenbusch at Heidelberg, and during the summers he investigated the glacial geology of northern Europe and the British Islands. His observations in North America, where he had studied under Professor G. F. Wright, Professor T. C. Chamberlin and Warren Upham, had demonstrated the former extension of land-ice, and the existence of great terminal moraines. In 1884 his Report on the Terminal Moraine in Pennsylvania and New York was published: a work containing much information on the limits of the North American ice-sheet. In Britain he sought to trace in like manner the southern extent of the terminal moraines formed by British ice-sheets, but before his conclusions were matured he died at Manchester on the 21st of July 1888. The results of his observations were published in 1894 entitled Papers and Notes on the Glacial Geology of Great Britain and Ireland, edited by Dr H. W. Crosskey.

LEWIS, HENRY CARVILL (1853-1888), American geologist, was born in Philadelphia on November 16, 1853. He was educated at the University of Pennsylvania and earned his M.A. degree in 1876. He joined the Geological Survey of Pennsylvania in 1879, serving as a volunteer member for three years, during which he developed a strong interest in glacial phenomena. In 1880, he was appointed professor of mineralogy at the Philadelphia Academy of Natural Sciences, and in 1883 he became the chair of geology at Haverford College, Pennsylvania. From 1885 to 1887, he studied petrology with H. F. Rosenbusch in Heidelberg, while spending his summers researching the glacial geology of northern Europe and the British Isles. His research in North America, where he studied under Professor G. F. Wright, Professor T. C. Chamberlin, and Warren Upham, showed the past extent of land-ice and the existence of significant terminal moraines. In 1884, his Report on the Terminal Moraine in Pennsylvania and New York was published, providing valuable information on the limits of the North American ice sheet. In Britain, he aimed to map the southern extent of terminal moraines formed by British ice sheets, but he passed away in Manchester on July 21, 1888, before completing his conclusions. The results of his observations were published in 1894 under the title Papers and Notes on the Glacial Geology of Great Britain and Ireland, edited by Dr. H. W. Crosskey.

See “Prof. Henry Carvill Lewis and his Work in Glacial Geology,” by Warren Upham, Amer. Geol. vol. ii. (Dec. 1888) p. 371, with portrait.

See “Prof. Henry Carvill Lewis and his Work in Glacial Geology,” by Warren Upham, Amer. Geol. vol. ii. (Dec. 1888) p. 371, with portrait.

LEWIS, JOHN FREDERICK (1805-1876), British painter, son of F. C. Lewis, engraver, was born in London. He was elected in 1827 associate of the Society of Painters in Water Colours, of which he became full member in 1829 and president in 1855; he resigned in 1858, and was made associate of the Royal Academy in 1859 and academician in 1865. Much of his earlier life was spent in Spain, Italy and the East, but he returned to England in 1851 and for the remainder of his career devoted himself almost exclusively to Eastern subjects, which he treated with extraordinary care and minuteness of finish, and with much beauty of technical method. He is represented by a picture, “Edfou: Upper Egypt,” in the National Gallery of British Art. He achieved equal eminence in both oil and water-colour painting.

LEWIS, JOHN FREDERICK (1805-1876), British painter, son of F. C. Lewis, an engraver, was born in London. He was elected an associate of the Society of Painters in Water Colours in 1827, became a full member in 1829, and served as president in 1855; he resigned in 1858, and was made an associate of the Royal Academy in 1859 and became an academician in 1865. He spent much of his early life in Spain, Italy, and the East, but returned to England in 1851 and for the rest of his career focused almost exclusively on Eastern subjects, which he approached with exceptional detail and technical skill, displaying a lot of beauty in his work. He is represented by the painting “Edfou: Upper Egypt” in the National Gallery of British Art. He achieved considerable recognition in both oil and watercolour painting.

LEWIS, MATTHEW GREGORY (1775-1818), English romance-writer and dramatist, often referred to as “Monk” Lewis, was born in London on the 9th of July 1775. He was educated for a diplomatic career at Westminster school and at Christ Church, Oxford, spending most of his vacations abroad in the study of modern languages; and in 1794 he proceeded to the Hague as attaché to the British embassy. His stay there lasted only a few months, but was marked by the composition, in ten weeks, of his romance Ambrosio, or the Monk, which was published in the summer of the following year. It immediately achieved celebrity; but some passages it contained were of such a nature that about a year after its appearance an injunction to restrain its sale was moved for and a rule nisi obtained. Lewis published a second edition from which he had expunged, as he thought, all the objectionable passages, but the work still remains of such a character as almost to justify the severe language in which Byron in English Bards and Scotch Reviewers addresses—

LEWIS, MATTHEW GREGORY (1775-1818), an English romance writer and playwright often called “Monk” Lewis, was born in London on July 9, 1775. He was trained for a career in diplomacy at Westminster School and Christ Church, Oxford, and spent most of his vacations abroad focusing on modern languages. In 1794, he went to The Hague as an attaché to the British embassy. His time there was brief, lasting only a few months, but it was during this period that he wrote his romance Ambrosio, or the Monk in just ten weeks, which was published the following summer. It quickly gained fame; however, some of its content was so controversial that about a year later, an injunction was sought to stop its sale, resulting in a rule nisi. Lewis released a second edition, believing he had removed all the problematic parts, yet the work still held enough provocative elements to justify the harsh criticism Byron expressed in English Bards and Scotch Reviewers

“Wonder-working Lewis, Monk or Bard,

"Wonder-working Lewis, Monk or Poet,"

Who fain would’st make Parnassus a churchyard;

Who would gladly make Parnassus a graveyard;

Even Satan’s self with thee might dread to dwell,

Even Satan himself might be afraid to stay with you,

And in thy skull discern a deeper hell.”

And in your skull see a deeper hell.

Whatever its demerits, ethical or aesthetic, may have been, The Monk did not interfere with the reception of Lewis into the best English society; he was favourably noticed at court, and almost as soon as he came of age he obtained a seat in the House of Commons as member for Hindon, Wilts. After some years, however, during which he never addressed the House, he finally withdrew from a parliamentary career. His tastes lay wholly in the direction of literature, and The Castle Spectre (1796, a musical drama of no great literary merit, but which enjoyed a long popularity on the stage), The Minister (a translation from Schiller’s Kabale u. Liebe), Rolla (1797, a translation from Kotzebue), with numerous other operatic and tragic pieces, appeared in rapid succession. The Bravo of Venice, a romance translated from the German, was published in 1804; next to The Monk it is the best known work of Lewis. By the death of his father he succeeded to a large fortune, and in 1815 embarked for the West Indies to visit his estates; in the course of this tour, which lasted four months, the Journal of a West Indian Proprietor, published posthumously in 1833, was written. A second visit to Jamaica was undertaken in 1817, in order that he might become further acquainted with, and able to ameliorate, the condition of the slave population; the fatigues to which he exposed himself in the tropical climate brought on a fever which terminated fatally on the homeward voyage on the 14th of May 1818.

Regardless of its shortcomings, ethical or aesthetic, The Monk did not hinder Lewis's acceptance into high society in England; he received favorable attention at court, and almost as soon as he turned 18, he secured a seat in the House of Commons representing Hindon, Wilts. However, after several years during which he never spoke in the House, he ultimately stepped away from a political career. His interests were entirely focused on literature, and The Castle Spectre (1796, a musical drama of little literary merit, but which enjoyed long-lasting popularity on stage), The Minister (a translation of Schiller’s Kabale u. Liebe), Rolla (1797, a translation from Kotzebue), along with many other operatic and tragic works, came out in quick succession. The Bravo of Venice, a romance translated from German, was published in 1804; next to The Monk, it is Lewis's most recognized work. Following the death of his father, he inherited a considerable fortune, and in 1815, he set off to the West Indies to inspect his estates; during this four-month journey, he wrote the Journal of a West Indian Proprietor, which was published posthumously in 1833. He made a second trip to Jamaica in 1817 to learn more about and improve the conditions of the enslaved population; the exhaustion he faced in the tropical climate led to a fever that proved fatal on the way home on May 14, 1818.

The Life and Correspondence of M. G. Lewis, in two volumes, was published in 1839.

The Life and Correspondence of M. G. Lewis, in two volumes, was published in 1839.

LEWIS, MERIWETHER (1774-1809), American explorer, was born near Charlottesville, Virginia, on the 18th of August 1774. In 1794 he volunteered with the Virginia troops called out to suppress the “Whisky Insurrection,” was commissioned as ensign in the regular United States army in 1795, served with distinction under General Anthony Wayne in the campaigns against the Indians, and attained the rank of captain in 1797. From 1801 to 1803 he was the private secretary of President Jefferson. On the 18th of January 1803 Jefferson sent a confidential message to Congress urging the development of trade with the Indians of the Missouri Valley and recommending that an exploring party be sent into this region, notwithstanding 524 the fact that it was then held by Spain and owned by France. Congress appropriated funds for the expedition, and the president instructed Lewis to proceed to the head-waters of the Missouri river and thence across the mountains to the Pacific Ocean. With Jefferson’s consent Lewis chose as a companion Lieut. William Clark, an old friend and army comrade. The preparations were made under the orders of the War Department, and, until the news arrived that France had sold Louisiana to the United States, they were conducted in secrecy. Lewis spent some time in Philadelphia, gaining additional knowledge of the natural sciences and learning the use of instruments for determining positions; and late in 1803 he and Clark, with twenty-nine men from the army, went into winter quarters near St Louis, where the men were subjected to rigid training. On the 14th of May 1804 the party, with sixteen additional members, who, however, were to go only a part of the way, started up the Missouri river in three boats, and by the 2nd of November had made the difficult ascent of the stream as far as 47° 21′ N. lat., near the site of the present Bismarck, North Dakota, where, among the Mandan Indians, they passed the second winter. Early in April 1805 the ascent of the Missouri was continued as far as the three forks of the river, which were named the Jefferson, the Gallatin and the Madison. The Jefferson was then followed to its source in the south-western part of what is now the state of Montana. Procuring a guide and horses from the Shoshone Indians, the party pushed westward through the Rocky Mountains in September, and on the 7th of October embarked in canoes on a tributary of the Columbia river, the mouth of which they reached on the 15th of November. They had travelled upwards of 4000 m. from their starting-point, had encountered various Indian tribes never before seen by whites, had made valuable scientific collections and observations, and were the first explorers to reach the Pacific by crossing the continent north of Mexico. After spending the winter on the Pacific coast they started on the 23rd of March 1806 on their return journey, and, after crossing the divide, Lewis with one party explored Maria’s river, and Clark with another the Yellowstone. On the 12th of August the two explorers reunited near the junction of the Yellowstone and the Missouri, and on the 23rd of September reached St Louis. In spite of exposure, hardship and peril only one member of the party died, and only one deserted. No later feat of exploration, perhaps, in any quarter of the globe has exceeded this in romantic interest. The expedition was commemorated by the Lewis and Clark Centennial Exposition at Portland, Oregon, in 1905. The leaders and men of the exploring party were rewarded with liberal grants of land from the public domain, Lewis receiving 1500 acres; and in March 1807 Lewis was made governor of the northern part of the territory obtained from France in 1803, which had been organized as the Louisiana Territory. He performed the duties of this office with great efficiency, but it is said that in the unwonted quiet of his new duties, his mind, always subject to melancholy, became unbalanced, and that while on his way to Washington he committed suicide about 60 m. south-west of Nashville, Tennessee, on the 11th of October 1809. It is not definitely known, however, whether he actually committed suicide or was murdered.

LEWIS, MERIWETHER (1774-1809), American explorer, was born near Charlottesville, Virginia, on August 18, 1774. In 1794, he volunteered with the Virginia troops to put down the “Whisky Insurrection,” was commissioned as an ensign in the regular United States army in 1795, served with distinction under General Anthony Wayne in the campaigns against the Indians, and reached the rank of captain in 1797. From 1801 to 1803, he was the private secretary to President Jefferson. On January 18, 1803, Jefferson sent a confidential message to Congress encouraging the expansion of trade with the Indians of the Missouri Valley and recommended sending an exploring party into this area, even though it was controlled by Spain and owned by France. Congress approved funds for the expedition, and the president instructed Lewis to move to the headwaters of the Missouri River and then cross the mountains to the Pacific Ocean. With Jefferson’s approval, Lewis picked his old friend and army comrade, Lieutenant William Clark, as his partner. The preparations were made under the orders of the War Department and were kept secret until news arrived that France had sold Louisiana to the United States. Lewis spent time in Philadelphia, gaining more knowledge of natural sciences and learning how to use instruments for navigation; late in 1803, he and Clark, along with twenty-nine army men, settled for the winter near St. Louis, where the men underwent tough training. On May 14, 1804, the party, joined by sixteen additional members who would only go part of the way, set off up the Missouri River in three boats, and by November 2, they had successfully navigated the challenging river as far as 47° 21′ N. latitude, near modern-day Bismarck, North Dakota, where they spent their second winter among the Mandan Indians. In early April 1805, they continued up the Missouri to its junctions known as the Jefferson, the Gallatin, and the Madison rivers. They followed the Jefferson to its source in what is now southwestern Montana. After getting a guide and horses from the Shoshone Indians, the group headed west through the Rocky Mountains in September, and on October 7, they launched canoes on a tributary of the Columbia River, reaching the mouth on November 15. They had traveled over 4,000 miles from their starting point, encountered various Indian tribes previously unseen by whites, made important scientific collections and observations, and became the first explorers to reach the Pacific by crossing the continent north of Mexico. After spending the winter on the Pacific coast, they began their return journey on March 23, 1806, and after crossing the divide, Lewis with one group explored Maria’s River, while Clark with another followed the Yellowstone. On August 12, the two explorers reunited at the junction of the Yellowstone and the Missouri rivers, and by September 23, they arrived in St. Louis. Despite exposure, hardships, and dangers, only one member of the party died, and only one deserted. There has been no exploration feat since that has surpassed this expedition in romantic interest. The journey was celebrated by the Lewis and Clark Centennial Exposition in Portland, Oregon, in 1905. The leaders and members of the exploring party were rewarded with generous land grants from the public domain, with Lewis receiving 1,500 acres; in March 1807, Lewis was appointed governor of the northern part of the territory acquired from France in 1803, which was organized as the Louisiana Territory. He carried out his duties efficiently, but it's said that the unusual tranquility of his new role affected his already melancholic mind, leading him to become unstable. While on his way to Washington, he was found dead about 60 miles southwest of Nashville, Tennessee, on October 11, 1809. It remains uncertain whether he actually committed suicide or was murdered.

Bibliography.—Jefferson’s Message from the President of the United States, Communicating Discoveries made in Exploring the Missouri, Red River and Washita by Captains Lewis and Clark, Dr Sibley and Mr Dunbar (Washington, 1806, and subsequent editions) is the earliest account, containing the reports sent back by the explorers in the winter of 1804-1805. Patrick Gass’s Journal of the Voyages and Travels of a Corps of Discovery under the Command of Capt. Lewis and Capt. Clark (Pittsburg, 1807) is the account of a sergeant in the party. Biddle and Allen’s History of the Expedition under the Command of Captains Lewis and Clark (2 vols., Philadelphia, 1814) is a condensation of the original journals. There are numerous reprints of this work, the best being that of Elliott Coues (4 vols., New York, 1893), which contains additions from the original manuscripts and a new chapter, in the style of Biddle, inserted as though a part of the original text. As a final authority consult R. G. Thwaites (ed.), The Original Journals of the Lewis and Clark Expedition (8 vols., New York, 1904-1905), containing all the known literary records of the expedition. For popular accounts see W. R. Lighton, Lewis and Clark (Boston, 1901); O. D. Wheeler, The Trail of Lewis and Clark (2 vols., New York, 1904); and Noah Brooks (ed.), First across the Continent: Expedition of Lewis and Clark (New York, 1901).

References.—Jefferson’s Message from the President of the United States, Communicating Discoveries made in Exploring the Missouri, Red River and Washita by Captains Lewis and Clark, Dr Sibley and Mr Dunbar (Washington, 1806, and later editions) is the first account, including reports sent back by the explorers during the winter of 1804-1805. Patrick Gass’s Journal of the Voyages and Travels of a Corps of Discovery under the Command of Capt. Lewis and Capt. Clark (Pittsburg, 1807) is the account of a sergeant in the group. Biddle and Allen’s History of the Expedition under the Command of Captains Lewis and Clark (2 vols., Philadelphia, 1814) is a summary of the original journals. There are many reprints of this work, the best being the one by Elliott Coues (4 vols., New York, 1893), which includes additions from the original manuscripts and a new chapter, written in the style of Biddle, inserted as if it were part of the original text. For a definitive source, refer to R. G. Thwaites (ed.), The Original Journals of the Lewis and Clark Expedition (8 vols., New York, 1904-1905), which includes all known literary records of the expedition. For popular accounts, see W. R. Lighton, Lewis and Clark (Boston, 1901); O. D. Wheeler, The Trail of Lewis and Clark (2 vols., New York, 1904); and Noah Brooks (ed.), First across the Continent: Expedition of Lewis and Clark (New York, 1901).

LEWISBURG, a borough and the county-seat of Union county, Pennsylvania, U.S.A., on the W. bank of West Branch of the Susquehanna river, about 50 m. N. of Harrisburg. Pop. (1900) 3457 (60 foreign-born); (1910) 3081. It is served by the Pennsylvania and the Philadelphia & Reading railways. It is the seat of Bucknell University (coeducational), opened in 1846 as the university of Lewisburg and renamed in 1886 in honour of William Bucknell (1809-1890), a liberal benefactor. The university comprises a College of Liberal Arts, an Academy for Young Men, an Institute for Young Women, and a School of Music, and in 1908-1909 had 50 instructors and 775 students, of whom 547 were in the College of Liberal Arts. The city is situated in a farming region, and has various manufactures, including flour, lumber, furniture, woollens, nails, foundry products and carriages. Lewisburg (until about 1805 called Derrstown) was founded and laid out in 1785 by Ludwig Derr, a German, and was chartered as a borough in 1812.

LEWISBURG, is a borough and the county seat of Union County, Pennsylvania, U.S.A. It’s located on the west bank of the West Branch of the Susquehanna River, about 50 miles north of Harrisburg. The population was 3,457 in 1900 (60 foreign-born) and 3,081 in 1910. It is served by the Pennsylvania and the Philadelphia & Reading railways. Lewisburg is home to Bucknell University (coeducational), which opened in 1846 as the University of Lewisburg and was renamed in 1886 in honor of William Bucknell (1809-1890), a generous benefactor. The university includes a College of Liberal Arts, an Academy for Young Men, an Institute for Young Women, and a School of Music. In the academic year 1908-1909, it had 50 instructors and 775 students, with 547 enrolled in the College of Liberal Arts. The town is situated in an agricultural area and has various industries, including flour, lumber, furniture, woolens, nails, foundry products, and carriages. Lewisburg, which was known as Derrstown until around 1805, was founded and laid out in 1785 by Ludwig Derr, a German, and was chartered as a borough in 1812.

LEWISHAM, a south-eastern metropolitan borough of London, England, bounded N.W. by Deptford, N.E. by Greenwich, E. by Woolwich, and W. by Camberwell, and extending S. to the boundary of the county of London. Pop. (1901) 127,495. Its area is for the most part occupied by villas. It includes the districts of Blackheath and Lee in the north, Hither Green, Catford and Brockley in the central parts, and Forest Hill and part of Sydenham in the south-west. In the districts last named well-wooded hills rise above 300 ft., and this is an especially favoured residential quarter, its popularity being formerly increased by the presence of medicinal springs, discovered in 1640, on Sydenham Common. Towards the south, in spite of the constant extension of building, there are considerable tracts of ground uncovered, apart from public grounds. In the north the borough includes the greater part of Blackheath (q.v.), an open common of considerable historical interest. The other principal pleasure grounds are Hilly Fields (46 acres) and Ladywell Recreation Grounds (46 acres) in the north-west part of the borough; and at Sydenham (but outside the boundary of the county of London) is the Crystal Palace. Among institutions are the Horniman Museum, Forest Hill (1901); Morden’s College, on the south of Blackheath, founded at the close of the 17th century by Sir John Morden for Turkey merchants who were received as pensioners, and subsequently extended in scope; numerous schools in the same locality; and the Park Fever Hospital, Hither Green. The parliamentary borough of Lewisham returns one member. The borough council consists of a mayor, 7 aldermen and 42 councillors. Area, 7014.4 acres.

LEWISHAM, is a southeastern metropolitan borough of London, England, bordered to the northwest by Deptford, to the northeast by Greenwich, to the east by Woolwich, and to the west by Camberwell, extending south to the boundary of Greater London. The population in 1901 was 127,495. Most of the area is filled with villas. It includes the neighborhoods of Blackheath and Lee in the north, Hither Green, Catford, and Brockley in the central areas, and Forest Hill and part of Sydenham in the southwest. In the latter neighborhoods, well-treed hills rise over 300 feet, making it a popular residential area, especially due to the discovery of medicinal springs in 1640 on Sydenham Common. In the south, despite ongoing development, there are still significant open spaces besides public parks. In the north, the borough contains most of Blackheath (q.v.), an open common with considerable historical significance. Other main recreational areas are Hilly Fields (46 acres) and Ladywell Recreation Grounds (46 acres) in the northwest part of the borough; and in Sydenham (but outside the county of London) is the Crystal Palace. Among the institutions are the Horniman Museum in Forest Hill (established in 1901); Morden’s College, located south of Blackheath, founded in the late 17th century by Sir John Morden for Turkish merchants who were admitted as pensioners, and later expanded; several schools in the same area; and the Park Fever Hospital in Hither Green. The parliamentary borough of Lewisham elects one member. The borough council is made up of a mayor, 7 aldermen, and 42 councillors. Area: 7014.4 acres.

LEWISTON, a city of Androscoggin county, Maine, U.S.A., on the Androscoggin river, opposite Auburn, with which it is connected by four steel bridges, and about 36 m. N.E. of Portland. Pop. (1900) 23,761, of whom 9316 were foreign-born; (1910 census) 26,247. It is served by the Maine Central, the Grand Trunk, the Portland & Rumford Falls and the Lewiston, Augusta & Waterville (electric) railways. The surrounding country is hilly and the river is picturesque; in the vicinity there are many lakes and ponds abounding in salmon and trout. The Maine fish hatchery is on Lake Auburn, 3 m. above the city. Lewiston is the seat of Bates College, a non-sectarian institution, which grew out of the Maine State Seminary (chartered in 1855), and was chartered in 1864 under its present name, adopted in honour of Benjamin E. Bates (d. 1877), a liberal benefactor. In 1908-1909 the college had 25 instructors and 440 students, and its library contained 34,000 volumes. The campus of the college is about 1 m. from the business portion of Lewiston and covers 50 acres; among the college buildings are an auditorium (1909) given by W. Scott Libbey of Lewiston, and the Libbey Forum for the use of the three literary societies and the two Christian associations of the college. The literary societies give excellent training in forensics. The matriculation pledge requires from male students total abstinence from intoxicants 525 as a condition of membership. There are no secret fraternities. From the beginning women have been admitted on the same terms as men. The Cobb Divinity School (Free Baptist), which was founded at Parsonfield, Maine, in 1840 as a department of Parsonfield Seminary, and was situated in 1842-1844 at Dracut, Massachusetts, in 1844-1854 at Whitestown, New York, and in 1854-1870 at New Hampton, New Hampshire, was removed to Lewiston in 1870 and became a department (known as Bates Theological Seminary until 1888) of Bates College, with which it was merged in 1908. Lewiston has a fine city hall, a Carnegie library and a public park of 10½ acres, with a bronze soldiers’ monument by Franklin Simmons, who was born in 1839 at Webster near Lewiston, and is known for his statues of Roger Williams, William King, Francis H. Pierpont and U. S. Grant in the national Capitol, and for “Grief” and “History” on the Peace Monument at Washington. In Lewiston are the Central Maine General Hospital (1888), the Sisters’ Hospital (1888), under the charge of the French Catholic Sisters of Charity, a home for aged women, a young women’s home and the Hesley Asylum for boys. The Shrine Building (Kora Temple), dedicated in 1909, is the headquarters of the Shriners of the state. The river at Lewiston breaks over a ledge of mica-schist and gneiss, the natural fall of 40 ft. having been increased to more than 50 ft. by a strong granite dam; and 3 m. above the city at Deer Rips a cement dam furnishes 10,000 horse-power. The water-power thus obtained is distributed by canals from the nearer dam and transmitted by wire from the upper dam. The manufacture of cotton goods is the principal industry, and in 1905 the product of the city’s cotton mills was valued at about one-third of that of the mills of the whole state. Among other industries are the manufacture of woollen goods, shirts, dry-plates, carriages, spools and bobbins, and boots and shoes, and the dyeing and finishing of textiles. The total factory product in 1905 was valued at $8,527,649. The municipality owns its water works and electric lighting plant. Lewiston was settled in 1770, incorporated as a township in 1795 and chartered as a city in 1861. It was the home of Nelson Dingley (1832-1899), who from 1856 until his death controlled the Lewiston Journal. He was governor of the state in 1874-1876, Republican representative in Congress in 1881-1899, and the drafter of the Dingley Tariff Bill (1897).

LEWISTON, is a city in Androscoggin County, Maine, U.S.A., located on the Androscoggin River, across from Auburn, which it is connected to by four steel bridges, and about 36 miles northeast of Portland. The population in 1900 was 23,761, with 9,316 foreign-born residents; according to the 1910 census, it was 26,247. The city is served by the Maine Central, Grand Trunk, Portland & Rumford Falls, and Lewiston, Augusta & Waterville (electric) railways. The surrounding area is hilly, and the river is scenic; nearby, there are many lakes and ponds filled with salmon and trout. The Maine fish hatchery is located on Lake Auburn, 3 miles above the city. Lewiston is home to Bates College, a non-sectarian institution that evolved from the Maine State Seminary (chartered in 1855) and received its current charter in 1864, named in honor of Benjamin E. Bates (d. 1877), a generous benefactor. In 1908-1909, the college had 25 instructors and 440 students, and its library held 34,000 volumes. The college's campus is about 1 mile from the downtown area of Lewiston and covers 50 acres; among the college buildings are an auditorium (built in 1909) donated by W. Scott Libbey of Lewiston and the Libbey Forum, which serves the three literary societies and the two Christian associations of the college. The literary societies provide excellent training in forensics. Male students must sign a pledge of total abstinence from alcohol to join. There are no secret fraternities. From the beginning, women have been admitted on the same terms as men. The Cobb Divinity School (Free Baptist), founded in Parsonfield, Maine, in 1840 as part of Parsonfield Seminary, has moved several times— to Dracut, Massachusetts (1842-1844), Whitestown, New York (1844-1854), and New Hampton, New Hampshire (1854-1870)—before relocating to Lewiston in 1870, becoming a department known as Bates Theological Seminary until 1888, when it merged with Bates College in 1908. Lewiston features a notable city hall, a Carnegie library, and a 10½-acre public park that includes a bronze soldiers' monument by Franklin Simmons, born in 1839 at Webster near Lewiston, known for his statues of Roger Williams, William King, Francis H. Pierpont, and U.S. Grant in the national Capitol, as well as "Grief" and "History" on the Peace Monument in Washington. In Lewiston, you'll find the Central Maine General Hospital (1888), Sisters’ Hospital (1888), managed by the French Catholic Sisters of Charity, a home for elderly women, a young women's home, and the Hesley Asylum for boys. The Shrine Building (Kora Temple), dedicated in 1909, serves as the headquarters for the Shriners of the state. The river at Lewiston cascades over a ledge of mica-schist and gneiss, with the natural fall of 40 feet increased to over 50 feet by a strong granite dam; and 3 miles upstream at Deer Rips, a cement dam generates 10,000 horsepower. The water power generated is distributed via canals from the closer dam and transmitted via wire from the upper dam. Cotton goods manufacturing is the main industry, and in 1905, the output from the city's cotton mills was valued at about one-third of the entire state's mill production. Other industries include the manufacturing of woolen goods, shirts, dry plates, carriages, spools and bobbins, and boots and shoes, as well as textile dyeing and finishing. The total factory output in 1905 was valued at $8,527,649. The municipality owns its water and electric lighting facilities. Lewiston was settled in 1770, incorporated as a township in 1795, and chartered as a city in 1861. It was the residence of Nelson Dingley (1832-1899), who controlled the Lewiston Journal from 1856 until his death. He served as governor from 1874 to 1876, represented Republicans in Congress from 1881 to 1899, and drafted the Dingley Tariff Bill (1897).

LEWIS-WITH-HARRIS, the most northerly island of the Outer Hebrides, Scotland. It is sometimes called the Long Island and is 24 m. from the nearest point of the mainland, from which it is separated by the strait called The Minch. It is 60 m. long and has an extreme breadth of 30 m., its average breadth being 15 m. It is divided into two portions by a line roughly drawn between Loch Resort on the west and Loch Seaforth on the east, of which the larger or more northerly portion, known as Lewis (pron. Lews), belongs to the county of Ross and Cromarty and the lesser, known as Harris, to Inverness-shire. The area of the whole island is 492,800 acres, or 770 sq. m., of which 368,000 acres belong to Lewis. In 1891 the population of Lewis was 27,045, of Harris 3681; in 1901 the population of Lewis was 28,357, of Harris 3803, or 32,160 for the island, of whom 17,175 were females, 11,209 spoke Gaelic only, and 17,685 both Gaelic and English. There is communication with certain ports of the Western Highlands by steamer via Stornoway every week—oftener during the tourist and special seasons—the steamers frequently calling at Loch Erisort, Loch Sealg, Ardvourlie, Tarbert, Ardvey, Rodel and The Obe. The coast is indented to a remarkable degree, the principal sea-lochs in Harris being East and West Loch Tarbert; and in Lewis, Loch Seaforth, Loch Erisort and Broad Bay (or Loch a Tuath) on the east coast and Loch Roag and Loch Resort on the west. The mainland is dotted with innumerable fresh-water lakes. The island is composed of gneiss rocks, excepting a patch of granite near Carloway, small bands of intrusive basalt at Gress and in Eye Peninsula and some Torridonian sandstone at Stornoway, Tong, Vatskir and Carloway. Most of Harris is mountainous, there being more than thirty peaks above 1000 ft. high. Lewis is comparatively flat, save in the south-east, where Ben More reaches 1874 ft., and in the south-west, where Mealasbhal (1885) is the highest point; but in this division there are only eleven peaks exceeding 1000 ft. in height. The rivers are small and unimportant. The principal capes are the Butt of Lewis, in the extreme north, where the cliffs are nearly 150 ft. high and crowned with a lighthouse, the light of which is visible for 19 m.; Tolsta Head, Tiumpan Head and Cabag Head, on the east; Renish Point, in the extreme south; and, on the west, Toe Head and Gallon Head. The following inhabited islands in the Inverness-shire division belong to the parish of Harris: off the S.W. coast, Bernera (pop. 524), Ensay, Killigray and Pabbay; off the W. coast, Scarp (160), Soay and Tarrensay (72); off the E. coast, Scalpa (587) and Scotasay. Belonging to the county of Ross and Cromarty are Great Bernera (580) to the W. of Lewis, in the parish of Uig, and the Shiant Isles, about 21 m. S. of Stornoway, in the parish of Lochs, so named from the number of its sea lochs and fresh-water lakes. The south-eastern base of Broad Bay is furnished by the peninsula of Eye, attached to the main mass by so slender a neck as seemingly to be on the point of becoming itself an island. Much of the surface of both Lewis and Harris is composed of peat and swamp; there are scanty fragments of an ancient forest. The rainfall for the year averages 41.7 in., autumn and winter being very wet. Owing to the influence of the Gulf Stream, however, the temperature is fairly high, averaging for the year 46.6° F., for January 39.5° F. and for August 56.5° F.

LEWIS-WITH-HARRIS, is the northernmost island of the Outer Hebrides in Scotland. It’s sometimes referred to as the Long Island and is 24 miles from the nearest part of the mainland, separated by a strait called The Minch. The island is 60 miles long and has a maximum width of 30 miles, with an average width of 15 miles. It’s split into two parts by a line roughly drawn between Loch Resort on the west and Loch Seaforth on the east. The larger northern part, called Lewis (pron. Lews), belongs to the county of Ross and Cromarty, while the smaller part, known as Harris, belongs to Inverness-shire. The entire island covers 492,800 acres or 770 square miles, with 368,000 acres belonging to Lewis. In 1891, the population of Lewis was 27,045, while Harris had 3,681; by 1901, Lewis’s population rose to 28,357 and Harris’s to 3,803, totaling 32,160 for the island, including 17,175 females. Of the residents, 11,209 spoke only Gaelic and 17,685 spoke both Gaelic and English. There’s weekly steamer service connecting with certain ports in the Western Highlands via Stornoway, with more frequent trips during tourist and special seasons. The steamers often stop at Loch Erisort, Loch Sealg, Ardvourlie, Tarbert, Ardvey, Rodel, and The Obe. The coast has many inlets, with East and West Loch Tarbert being the main sea-lochs in Harris, while in Lewis, you’ll find Loch Seaforth, Loch Erisort, and Broad Bay (or Loch a Tuath) on the east coast, along with Loch Roag and Loch Resort on the west. The mainland is filled with numerous freshwater lakes. The island primarily consists of gneiss rocks, except for a patch of granite near Carloway, small bands of intrusive basalt at Gress and in Eye Peninsula, and some Torridonian sandstone at Stornoway, Tong, Vatskir, and Carloway. Most of Harris is mountainous, featuring over thirty peaks higher than 1,000 feet. Lewis is relatively flat, except in the southeast where Ben More reaches 1,874 feet, and in the southwest where Mealasbhal at 1,885 feet is the highest point, with only eleven peaks exceeding 1,000 feet in this section. The rivers are small and insignificant. Notable capes include the Butt of Lewis in the far north, where cliffs rise nearly 150 feet and are topped by a lighthouse visible for 19 miles; Tolsta Head, Tiumpan Head, and Cabag Head on the east; Renish Point in the south; and Toe Head and Gallon Head on the west. The following inhabited islands in the Inverness-shire area are part of the parish of Harris: off the southwest coast, Bernera (pop. 524), Ensay, Killigray, and Pabbay; off the west coast, Scarp (160), Soay, and Tarrensay (72); and off the east coast, Scalpa (587) and Scotasay. In the county of Ross and Cromarty, you’ll find Great Bernera (580) west of Lewis in the parish of Uig, and the Shiant Isles, about 21 miles south of Stornoway in the parish of Lochs, named for the many sea lochs and freshwater lakes there. The southeastern side of Broad Bay is formed by the peninsula of Eye, which is connected to the main landmass by a narrow strip that seems ready to become an island itself. A lot of both Lewis and Harris is covered in peat and marsh, with only a few remnants of ancient forests. The annual rainfall averages 41.7 inches, with autumn and winter being particularly rainy. However, due to the Gulf Stream's influence, the temperature is relatively high, averaging 46.6° F. for the year, 39.5° F. in January, and 56.5° F. in August.

The economic conditions of the island correspond with its physical conditions. The amount of cultivable land is small and poor. Sir James Matheson (1796-1878), who purchased the island in 1844, is said to have spent nearly £350,000 in reclamation and improvements. Barley and potatoes are the chief crops. A large number of black cattle are reared and some sheep-farming is carried on in Harris. Kelp-making, once important, has been extinct for many years. Harris has obtained great reputation for tweeds. The cloth has an aroma of heather and peat, and is made in the dwellings of the cotters, who use dyes of long-established excellence. The fisheries are the principal mainstay of the people. In spite of the very considerable reductions in rent effected by the Crofters’ Commission (appointed in 1886) and the sums expended by government, most of the crofters still live in poor huts amid dismal surroundings. The island affords good sporting facilities. Many of the streams abound with salmon and trout; otters and seals are plentiful, and deer and hares common; while bird life includes grouse, ptarmigan, woodcock, snipe, heron, widgeon, teal, eider duck, swan and varieties of geese and gulls. There are many antiquarian remains, including duns, megaliths, ruined towers and chapels and the like. At Rodel, in the extreme south of Harris, is a church, all that is left of an Augustinian monastery. The foundation is Norman and the superstructure Early English. On the towers are curious carved figures and in the interior several tombs of the Macleods, the most remarkable being that of Alastair (Alexander), son of William Macleod of Dunvegan, dated 1528. The monument, a full-length recumbent effigy of a knight in armour, lies at the base of a tablet in the shape of an arch divided into compartments, in which are carved in bas-relief, besides the armorial bearings of the deceased and a rendering of Dunvegan castle, several symbolical scenes, one of which exhibits Satan weighing in the balance the good and evil deeds of Alastair Macleod, the good obviously preponderating. Stornoway, the chief town (pop. 3852) is treated under a separate heading. At Callernish, 13 m. due W. of Stornoway, are several stone circles, one of which is probably the most perfect example of so-called “Druidical” structures in the British Isles. In this specimen the stones are huge, moss-covered, undressed blocks of gneiss. Twelve of such monoliths constitute the circle, in the centre of which stands a pillar 17 ft. high. From the circle there runs northwards an avenue of stones, comprising on the right-hand side nine blocks and on the left-hand ten. There also branch off from the circle, on the east and west, a single line of four stones and, on the south, a single line of five stones. From the extreme point of the south file to the farther 526 end of the avenue on the north is a distance of 127 yds. and the width from tip to tip of the east and west arms is 41 yds. Viewed from the north end of the avenue, the design is that of a cross. The most important fishery centre on the west coast is Carloway, where there is the best example of a broch, or fort, in the Hebrides. Rory, the blind harper who translated the Psalms into Gaelic, was born in the village. Tarbert, at the head of East Loch Tarbert, is a neat, clean village, in communication by mail-car with Stornoway. At Coll, a few miles N. by E. of Stornoway, is a mussel cave; and at Gress, 2 m. or so beyond in the same direction, there is a famous seals’ cave, adorned with fine stalactites. Port of Ness, where there is a harbour, is the headquarters of the ling fishery. Loch Seaforth gave the title of earl to a branch of the Mackenzies, but in 1716 the 5th earl was attainted for Jacobitism and the title forfeited. In 1797 Francis Humberston Mackenzie (1754-1815), chief of the Clan Mackenzie, was created Lord Seaforth and Baron Mackenzie of Kintail, and made colonel of the 2nd battalion of the North British Militia, afterwards the 3rd battalion of the Seaforth Highlanders. The 2nd battalion of the Seaforth Highlanders was formerly the Ross-shire Buffs, which was raised in 1771.

The island's economic conditions reflect its physical environment. There’s a small amount of poor-quality land that can be farmed. Sir James Matheson (1796-1878), who bought the island in 1844, is reported to have invested almost £350,000 in reclamation and improvements. Barley and potatoes are the main crops grown. A large amount of black cattle are raised, and some sheep farming occurs in Harris. Kelp production, which used to be significant, has been gone for many years now. Harris has gained a great reputation for its tweeds, which carry the scents of heather and peat, and are made in the homes of the crofters, who use traditional dyes of high quality. The fisheries are the main source of livelihood for the residents. Despite significant rent reductions made by the Crofters’ Commission (established in 1886) and government assistance, many crofters still live in impoverished huts in bleak surroundings. The island offers good opportunities for sports. Many streams are rich with salmon and trout; otters and seals are common, as are deer and hares; and bird species include grouse, ptarmigan, woodcock, snipe, herons, widgeons, teal, eider ducks, swans, and various geese and gulls. There are numerous historical remains, such as ancient forts, stone monuments, ruined towers, and chapels. In Rodel, at the southern tip of Harris, there’s a church that’s all that remains of an Augustinian monastery. The foundation is Norman, and the superstructure is Early English style. The towers have unusual carved figures, and inside are several tombs of the Macleods, the most notable being that of Alastair (Alexander), son of William Macleod of Dunvegan, dated 1528. The monument features a full-length effigy of a knight in armor resting at the base of an arch-shaped tablet, which has carved bas-reliefs, including the deceased’s coat of arms and a depiction of Dunvegan castle, along with various symbolic scenes, one of which shows Satan weighing Alastair Macleod's good and bad deeds, with the good clearly outweighing the bad. Stornoway, the main town (pop. 3,852), is listed under a different section. At Callernish, 13 miles west of Stornoway, there are several stone circles, one of which is likely the most well-preserved example of “Druidical” structures in the British Isles. In this circle, the stones are massive, moss-covered, unshaped blocks of gneiss. Twelve of these monoliths form the circle, with a 17-foot tall pillar at its center. Leading north from the circle is an avenue of stones, with nine blocks on the right side and ten on the left. There are also single lines of four stones extending from the circle to the east and west, and a single line of five stones to the south. The distance from the southernmost point of the south row to the far end of the north avenue is 127 yards, and the width from one end of the east and west arms to the other is 41 yards. Viewed from the north end of the avenue, the layout resembles a cross. The primary fishing center on the west coast is Carloway, home to the best example of a broch, or fort, in the Hebrides. Rory, the blind harper who translated the Psalms into Gaelic, was born in this village. Tarbert, located at the head of East Loch Tarbert, is a tidy, clean village with mail-car service to Stornoway. At Coll, a few miles northeast of Stornoway, there's a mussel cave; and at Gress, about 2 miles further in the same direction, lies a famous seal cave adorned with impressive stalactites. Port of Ness, which has a harbor, serves as the base for the ling fishery. Loch Seaforth conferred the title of earl to a branch of the Mackenzies, but in 1716, the 5th earl was stripped of the title due to Jacobite activities. In 1797, Francis Humberston Mackenzie (1754-1815), chief of the Clan Mackenzie, was made Lord Seaforth and Baron Mackenzie of Kintail, and appointed colonel of the 2nd battalion of the North British Militia, later known as the 3rd battalion of the Seaforth Highlanders. The 2nd battalion of the Seaforth Highlanders was once the Ross-shire Buffs, established in 1771.

LEXICON, a dictionary (q.v.). The word is the Latinized form of Gr. λεξικόν, sc. βιβλίον, a word-book (λέξις, word, λέγειν, to speak). Lexicon, rather than dictionary, is used of word-books of the Greek language, and sometimes of Arabic and Hebrew.

LEXICON, a dictionary (q.v.). The word is the Latinized form of the Greek dictionary, which means book, a word-book (λέξις, word, λέγειν, to speak). Lexicon is used instead of dictionary when referring to word-books of the Greek language, and sometimes for Arabic and Hebrew as well.

LEXINGTON, BARON, a title borne in the English family of Sutton from 1645 to 1723. Robert Sutton (1594-1668), son of Sir William Sutton of Averham, Nottinghamshire, was a member of parliament for his native county in 1625 and again in 1640. He served Charles I. during the Civil War, making great monetary sacrifices for the royal cause, and in 1645 the king created him Baron Lexington, this being a variant of the name of the Nottinghamshire village of Laxton. His estate suffered during the time of the Commonwealth, but some money was returned to him by Charles II. He died on the 13th of October 1668. His only son, Robert, the 2nd baron (1661-1723), supported in the House of Lords the elevation of William of Orange to the throne, and was employed by that king at court and on diplomatic business. He also served as a soldier, but he is chiefly known as the British envoy at Vienna during the conclusion of the treaty of Ryswick, and at Madrid during the negotiations which led to the treaty of Utrecht. He died on the 19th of September 1723. His letters from Vienna, selected and edited by the Hon. H. M. Sutton, were published as the Lexington Papers (1851). Lexington’s barony became extinct on his death, but his estates descended to the younger sons of his daughter Bridget (d. 1734), the wife of John Manners, 3rd duke of Rutland. Lord George Manners, who inherited these estates in 1762, is the ancestor of the family of Manners-Sutton. An earlier member of this family is Oliver Sutton, bishop of Lincoln from 1280 to 1299.

LEXINGTON, BARON, a title held by the English Sutton family from 1645 to 1723. Robert Sutton (1594-1668), the son of Sir William Sutton from Averham, Nottinghamshire, was a member of parliament for his home county in 1625 and again in 1640. He served Charles I during the Civil War, making significant financial sacrifices for the royal cause, and in 1645 the king made him Baron Lexington, which is a variation of the name of the Nottinghamshire village Laxton. His estate faced hardships during the Commonwealth period, but some money was returned to him by Charles II. He passed away on October 13, 1668. His only son, Robert, the 2nd baron (1661-1723), supported in the House of Lords the ascent of William of Orange to the throne and was employed by that king in court and diplomatic roles. He also served as a soldier but is primarily known as the British envoy in Vienna during the conclusion of the treaty of Ryswick and in Madrid during the negotiations that led to the treaty of Utrecht. He died on September 19, 1723. His letters from Vienna, chosen and edited by the Hon. H. M. Sutton, were published as the Lexington Papers (1851). The barony of Lexington became extinct upon his death, but his estates were passed down to the younger sons of his daughter Bridget (d. 1734), who was married to John Manners, the 3rd duke of Rutland. Lord George Manners, who inherited these estates in 1762, is the ancestor of the Manners-Sutton family. An earlier member of this family is Oliver Sutton, bishop of Lincoln from 1280 to 1299.

LEXINGTON, a city and the county-seat of Fayette county, Kentucky, U.S.A., about 75 m. S. of Cincinnati. Pop. (1900) 26,369, of whom 10,130 were negroes and 924 were foreign-born; (1910 census), 35,099. It is served by the Louisville & Nashville, the Southern, the Chesapeake & Ohio, the Cincinnati, New Orleans & Texas Pacific, the Lexington & Eastern, and electric railways. The city, which lies at an altitude of about 950 ft., is situated near the centre of the celebrated “blue grass” region, into which extend a number of turnpike roads. Its public buildings include the court house and the Federal building, both built of Bowling Green oolitic limestone. Among the public institutions are two general hospitals—St Joseph’s (Roman Catholic) and Good Samaritan (controlled by the Protestant churches of the city)—the Eastern Lunatic Asylum (1815, a state institution since 1824), with 250 acres of grounds; a state House of Reform for Girls and a state House of Reform for Boys (both at Greendale, a suburb); an orphan industrial school (for negroes); and two Widows’ and Orphans’ Homes, one established by the Odd Fellows of Kentucky and the other by the Knights of Pythias of the state. Lexington is the seat of Transylvania University (non-sectarian; coeducational), formerly Kentucky University (Disciples of Christ), which grew out of Bacon College (opened at Georgetown, Ky., in 1836), was chartered in 1858 as Kentucky University, and was opened at Harrodsburg, Ky., in 1859, whence after a fire in 1864 it removed to Lexington in 1865. At Lexington it was consolidated with the old Transylvania University, a well-known institution which had been chartered as Transylvania Seminary in 1783, was opened near Danville, Ky., in 1785, was removed to Lexington in 1789, was re-chartered as Transylvania University in 1798, and virtually ceased to exist in 1859.1 In 1908 Kentucky University resumed the old name, Transylvania University. It has a college of Liberal Arts, a College of Law, a Preparatory School, a Junior College for Women, and Hamilton College for women (founded in 1869 as Hocker Female College), over which the university assumed control in 1903, and a College of the Bible, organized in 1865 as one of the colleges of the university, but now under independent control. In 1907-1908 Transylvania University, including the College of the Bible, had 1129 students. At Lexington are the State University, two colleges for girls—the Campbell-Hagerman College and Sayre College—and St Catherine’s Academy (Roman Catholic). The city is the meeting-place of a Chatauqua Assembly, and has a public library. The State University was founded (under the Federal Land Grant Act of 1862) in 1865 as the State Agricultural and Mechanical College, was opened in 1866, and was a college of Kentucky University until 1878. In 1890 the college received a second Federal appropriation, and it received various grants from the state legislature, which in 1880 imposed a state tax of one-half of 1% for its support. In connexion with it an Agricultural Experiment Station was established in 1885. In 1908 its title became, by act of Legislature, the State University. The university has a College of Agriculture, a College of Arts and Science, a College of Law, a School of Civil Engineering, a School of Mechanical and Electrical Engineering, and a School of mining Engineering. The university campus is the former City Park, in the southern part of the city. In 1907-1908 the university had 1064 students. The city is the see of a Protestant Episcopal bishopric.

LEXINGTON, a city and the county seat of Fayette County, Kentucky, U.S.A., about 75 miles south of Cincinnati. Population (1900) was 26,369, of whom 10,130 were Black and 924 were foreign-born; (1910 census) 35,099. It is served by the Louisville & Nashville, Southern, Chesapeake & Ohio, Cincinnati, New Orleans & Texas Pacific, Lexington & Eastern, and electric railways. The city, which sits at an altitude of about 950 feet, is located near the center of the famous “bluegrass” region, with several turnpike roads extending into it. Its public buildings include the courthouse and the Federal building, both made of Bowling Green oolitic limestone. Among the public institutions are two general hospitals—St. Joseph’s (Roman Catholic) and Good Samaritan (operated by the Protestant churches in the city)—the Eastern Lunatic Asylum (established in 1815, a state institution since 1824), which has 250 acres of grounds; a State House of Reform for Girls and a State House of Reform for Boys (both in Greendale, a suburb); an orphan industrial school (for Black children); and two Widows’ and Orphans’ Homes, one established by the Odd Fellows of Kentucky and the other by the Knights of Pythias of the state. Lexington is home to Transylvania University (non-sectarian; coeducational), formerly Kentucky University (Disciples of Christ), which evolved from Bacon College (opened in Georgetown, KY, in 1836), was chartered in 1858 as Kentucky University, and opened in Harrodsburg, KY, in 1859. After a fire in 1864, it moved to Lexington in 1865. In Lexington, it merged with the old Transylvania University, a well-known institution chartered as Transylvania Seminary in 1783, opened near Danville, KY, in 1785, moved to Lexington in 1789, re-chartered as Transylvania University in 1798, and essentially ceased to exist in 1859.1 In 1908, Kentucky University took back the old name, Transylvania University. It has a College of Liberal Arts, a College of Law, a Preparatory School, a Junior College for Women, and Hamilton College for women (founded in 1869 as Hocker Female College), which the university took control of in 1903, along with a College of the Bible, organized in 1865 as one of the university's colleges but now independently operated. In 1907-1908, Transylvania University, including the College of the Bible, had 1,129 students. Lexington is also home to the State University, two colleges for girls—the Campbell-Hagerman College and Sayre College—and St. Catherine’s Academy (Roman Catholic). The city hosts a Chautauqua Assembly and has a public library. The State University was founded (under the Federal Land Grant Act of 1862) in 1865 as the State Agricultural and Mechanical College, opened in 1866, and was part of Kentucky University until 1878. In 1890, the college received a second Federal appropriation and various grants from the state legislature, which in 1880 imposed a state tax of one-half of 1% to support it. An Agricultural Experiment Station was established in 1885 in connection with it. In 1908, its title was changed by act of the Legislature to the State University. The university has a College of Agriculture, a College of Arts and Science, a College of Law, a School of Civil Engineering, a School of Mechanical and Electrical Engineering, and a School of Mining Engineering. The university campus is located on the former City Park, in the southern part of the city. In 1907-1908, the university had 1,064 students. The city is the see of a Protestant Episcopal bishopric.

Lexington was the home of Henry Clay from 1797 until his death in 1852, and in his memory a monument has been erected, consisting of a magnesian-limestone column (about 120 ft.) in the Corinthian style and surmounted by a statue of Clay, the head of which was torn off in 1902 by a thunderbolt. Clay’s estate, “Ashland,” is now one of the best known of the stock-farms in the vicinity; the present house is a replica of Clay’s home. The finest and most extensive of these stock-farms, and probably the finest in the world, is “Elmendorf,” 6 m. from the city. On these farms many famous trotting and running horses have been raised. There are two race-tracks in Lexington, and annual running and trotting race meetings attract large crowds. The city’s industries consist chiefly in a large trade in tobacco, hemp, grain and live stock—there are large semi-annual horse sales—and in the manufacture of “Bourbon” whisky, tobacco, flour, dressed flax and hemp, carriages, harness and saddles. The total value of the city’s factory products in 1905 was $2,774,329 (46.9% more than in 1900).

Lexington was home to Henry Clay from 1797 until his death in 1852, and in his honor, a monument has been built, featuring a 120-foot magnesian-limestone column in the Corinthian style topped with a statue of Clay. Unfortunately, the statue's head was struck off by lightning in 1902. Clay’s estate, “Ashland,” is now one of the most famous stock farms in the area; the current house is a replica of Clay’s original home. The largest and likely the best stock farm in the world is “Elmendorf,” located 6 miles from the city. Many renowned trotting and running horses have been raised on these farms. Lexington has two race tracks, and annual running and trotting race meetings draw large crowds. The city's industries primarily involve a significant trade in tobacco, hemp, grain, and livestock—there are sizable semi-annual horse sales—as well as the production of Bourbon whiskey, tobacco, flour, dressed flax and hemp, carriages, harnesses, and saddles. The total value of the city’s factory products in 1905 was $2,774,329, which was 46.9% more than in 1900.

Lexington was named from Lexington, Massachusetts, in 1775 by a party of hunters who were encamped here when they received the news of the battle of Lexington; the permanent settlement dates from 1779. It was laid out in 1781, incorporated as a town in 1782, and chartered as a city in 1832. The first newspaper published west of the Alleghany Mountains, the Kentucky Gazette, was established here in 1787, to promote the separation of Kentucky from Virginia. The first state legislature met here in 1792, but later in the same year Frankfort became the state capital. Until 1907, when the city was enlarged by annexation, its limits remained as they were first laid out, a circle with a radius of 1 m., the court house being its centre.

Lexington was named after Lexington, Massachusetts, in 1775 by a group of hunters who were camped here when they heard about the battle of Lexington; the permanent settlement started in 1779. It was planned in 1781, became a town in 1782, and was chartered as a city in 1832. The first newspaper published west of the Alleghany Mountains, the Kentucky Gazette, was founded here in 1787 to support Kentucky's separation from Virginia. The first state legislature convened here in 1792, but later that same year, Frankfort became the state capital. Until 1907, when the city expanded through annexation, its boundaries remained as originally plotted, a circle with a radius of 1 mile, with the courthouse at its center.

See G. W. Ranck, History of Lexington, Kentucky (Cincinnati, 1872).

See G. W. Ranck, History of Lexington, Kentucky (Cincinnati, 1872).


1 See Robert Peter, Transylvania University: Its Origin, Rise, Decline and Fall (Louisville, 1896), and his History of the Medical Department of Transylvania University (Louisville, 1905).

1 Check out Robert Peter, Transylvania University: Its Origin, Rise, Decline and Fall (Louisville, 1896), and his History of the Medical Department of Transylvania University (Louisville, 1905).

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LEXINGTON, a township of Middlesex county, Massachusetts, U.S.A., about 11 m. N.W. of Boston. Pop. (1900) 3831, (1910 U.S. census) 4918. It is traversed by the Boston & Maine railroad and by the Lowell & Boston electric railway. Its area is about 17 sq. m., and it contains three villages—Lexington, East Lexington and North Lexington. Agriculture is virtually the only industry. Owing to its historic interest the village of Lexington is visited by thousands of persons annually, for it was on the green or common of this village that the first armed conflict of the American War of Independence occurred. On the green stand a monument erected by the state in 1799 to the memory of the minute-men who fell in that engagement, a drinking fountain surmounted by a bronze statue (1900, by Henry Hudson Kitson) of Captain John Parker, who was in command of the minute-men, and a large boulder, which marks the position of the minute-men when they were fired upon by the British. Near the green, in the old burying-ground, are the graves of Captain Parker and other American patriots—the oldest gravestone is dated 1690. The Hancock-Clarke House (built in part in 1698) is now owned by the Lexington Historical Society and contains a museum of revolutionary and other relics, which were formerly exhibited in the Town Hall. The Buckman Tavern (built about 1690), the rendezvous of the minute-men, and the Munroe Tavern (1695), the headquarters of the British, are still standing, and two other houses, on the common, antedate the War of Independence. The Cary Library in this village, with 23,000 volumes (1908), was founded in 1868, and was housed in the Town Hall from 1871 until 1906, when it was removed to the Cary Memorial Library building. In the library are portraits of Paul Revere, William Dawes and Lord Percy. The Town Hall (1871) contains statues of John Hancock (by Thomas R. Gould) and Samuel Adams (by Martin Millmore), of the “Minute-Man of 1775” and the “Soldier of 1861,” and a painting by Henry Sandham, “The Battle of Lexington.”

LEXINGTON, is a town in Middlesex County, Massachusetts, U.S.A., located about 11 miles northwest of Boston. The population was 3,831 in 1900 and 4,918 according to the 1910 U.S. census. It is served by the Boston & Maine Railroad and the Lowell & Boston Electric Railway. The town covers approximately 17 square miles and is home to three villages—Lexington, East Lexington, and North Lexington. Agriculture is nearly the only industry. Due to its historical significance, the village of Lexington attracts thousands of visitors each year, as it was here on the village green that the first armed confrontation of the American War of Independence took place. On the green stands a monument, established by the state in 1799, honoring the minute-men who died in that battle, along with a drinking fountain topped by a bronze statue (1900, by Henry Hudson Kitson) of Captain John Parker, who led the minute-men, and a large boulder marking the spot where the minute-men were fired upon by the British. Nearby, in the old burying ground, lie the graves of Captain Parker and other American patriots—the oldest gravestone dates back to 1690. The Hancock-Clarke House (partially built in 1698) is now managed by the Lexington Historical Society and features a museum of revolutionary and other artifacts that were previously displayed in the Town Hall. The Buckman Tavern (built around 1690), which was a meeting place for the minute-men, and the Munroe Tavern (1695), which served as the British headquarters, are still standing, along with two other houses on the common that predate the War of Independence. The Cary Library in this village, which has 23,000 volumes (as of 1908), was established in 1868 and was located in the Town Hall from 1871 until 1906, when it moved to the Cary Memorial Library building. The library houses portraits of Paul Revere, William Dawes, and Lord Percy. The Town Hall (built in 1871) includes statues of John Hancock (by Thomas R. Gould) and Samuel Adams (by Martin Millmore), the “Minute-Man of 1775,” and the “Soldier of 1861,” as well as a painting by Henry Sandham titled “The Battle of Lexington.”

Lexington was settled as a part of Cambridge as early as 1642. It was organized as a parish in 1691 and was made a township (probably named in honour of Lord Lexington) in 1713. In the evening of the 18th of April 1775 a British force of about 800 men under Lieut.-Colonel Francis Smith and Major John Pitcairn was sent by General Thomas Gage from Boston to destroy military stores collected by the colonists at Concord, and to seize John Hancock and Samuel Adams, then at Parson Clarke’s house (now known as the Hancock-Clarke House) in Lexington. Although the British had tried to keep this movement a secret, Dr Joseph Warren discovered their plans and sent out Paul Revere and William Dawes to give warning of their approach. The expedition had not proceeded far when Smith, discovering that the country was aroused, despatched an express to Boston for reinforcements and ordered Pitcairn to hasten forward with a detachment of light infantry. Early in the morning of the 19th Pitcairn arrived at the green in the village of Lexington, and there found between sixty and seventy minute-men under Captain John Parker drawn up in line of battle. Pitcairn ordered them to disperse, and on their refusal to do so his men fired a volley. Whether a stray shot preceded the first volley, and from which side it came, are questions which have never been determined. After a second volley from the British, Parker ordered his men to withdraw. The engagement lasted only a few minutes, but eight Americans were killed and nine were wounded; not more than two or three of the British were wounded. Hancock and Adams had escaped before the British troops reached Lexington. The British proceeded from Lexington to Concord (q.v.). On their return they were continually fired upon by Americans from behind trees, rocks, buildings and other defences, and were threatened with complete destruction until they were rescued at Lexington by a force of 1000 men under Lord Hugh Percy (later, 1786, duke of Northumberland). Percy received the fugitives within a hollow square, checked the onslaught for a time with two field-pieces, used the Munroe Tavern for a hospital, and later in the day carried his command with little further injury back to Boston. The British losses for the entire day were 73 killed, 174 wounded and 26 missing; the American losses were 49 killed, 39 wounded and 5 missing.

Lexington was settled as part of Cambridge as early as 1642. It became a parish in 1691 and was established as a township (likely named in honor of Lord Lexington) in 1713. On the evening of April 18, 1775, a British force of about 800 men, led by Lieutenant Colonel Francis Smith and Major John Pitcairn, was dispatched by General Thomas Gage from Boston to destroy military supplies gathered by the colonists at Concord and to capture John Hancock and Samuel Adams, who were at Parson Clarke’s house (now known as the Hancock-Clarke House) in Lexington. Although the British attempted to keep their movement a secret, Dr. Joseph Warren uncovered their plans and sent Paul Revere and William Dawes to warn of their approach. The expedition had not gone far when Smith, realizing the locals were aware of their presence, sent a messenger to Boston for reinforcements and ordered Pitcairn to move forward with a group of light infantry. Early in the morning of the 19th, Pitcairn arrived at the green in the village of Lexington, where he found about sixty to seventy minute-men under Captain John Parker lined up for battle. Pitcairn ordered them to disperse, and when they refused, his men fired a volley. It remains unclear whether a stray shot preceded the first volley and from which side it came. After a second volley from the British, Parker instructed his men to retreat. The engagement lasted only a few minutes, resulting in eight Americans killed and nine wounded; only two or three British soldiers were hurt. Hancock and Adams had escaped before the British troops reached Lexington. The British continued from Lexington to Concord (q.v.). On their way back, they were constantly fired upon by Americans hiding behind trees, rocks, buildings, and other cover, facing the threat of total destruction until they were rescued at Lexington by a force of 1,000 men led by Lord Hugh Percy (who later became the Duke of Northumberland in 1786). Percy organized the fugitives into a protective hollow square, temporarily halted the assault with two field pieces, used the Munroe Tavern as a hospital, and later that day managed to bring his troops back to Boston with minimal further injury. The British losses for the entire day were 73 killed, 174 wounded, and 26 missing; the American losses were 49 killed, 39 wounded, and 5 missing.

In 1839 a state normal school for women (the first in Massachusetts and the first public training school for teachers in the United States) was opened at Lexington; it was transferred to West Newton in 1844 and to Framingham in 1853.

In 1839, a state normal school for women (the first in Massachusetts and the first public training school for teachers in the United States) was opened in Lexington; it was moved to West Newton in 1844 and to Framingham in 1853.

See Charles Hudson, History of the Town of Lexington (Boston, 1868), and the publications of the Lexington Historical Society, (1890 seq.).

See Charles Hudson, History of the Town of Lexington (Boston, 1868), and the publications of the Lexington Historical Society, (1890 seq.).

LEXINGTON, a city and the county-seat of Lafayette county, Missouri, U.S.A., situated on the S. bank of the Missouri river, about 40 m. E. of Kansas City. Pop. (1900) 4190, including 1170 negroes and 283 foreign-born; (1910) 5242. It is served by the Atchison, Topeka & Santa Fé, the Wabash (at Lexington Junction, 4 m. N.W.), and the Missouri Pacific railway systems. The city lies for the most part on high broken ground at the summit of the river bluffs, but in part upon their face. Lexington is the seat of the Lexington College for Young Women (Baptist, established 1855), the Central College for Women (Methodist Episcopal, South; opened 1869), and the Wentworth Military Academy (1880). There are steam flour mills, furniture factories and various other small manufactories; but the main economic interest of the city is in brickyards and coal-mines in its immediate vicinity. It is one of the principal coal centres of the state, Higginsville (pop. in 1910, 2628), about 12 m. S.E., in the same county, also being important. Lexington was founded in 1819, was laid out in 1832, and, with various additions, was chartered as a city in 1845. A new charter was received in 1870. Lexington succeeded Sibley as the eastern terminus of the Santa Fé trade, and was in turn displaced by Independence; it long owed its prosperity to the freighting trade up the Missouri, and at the opening of the Civil War it was the most important river town between St Louis and St Joseph and commanded the approach by water to Fort Leavenworth.

LEXINGTON, is a city and the county seat of Lafayette County, Missouri, U.S.A., located on the south bank of the Missouri River, about 40 miles east of Kansas City. The population in 1900 was 4,190, which included 1,170 African Americans and 283 foreign-born residents; by 1910, it had grown to 5,242. The city is served by the Atchison, Topeka & Santa Fé, the Wabash (at Lexington Junction, 4 miles northwest), and the Missouri Pacific railway systems. Most of the city is on hilly, uneven ground at the top of the river bluffs, but some areas are located along their slopes. Lexington is home to the Lexington College for Young Women (Baptist, established in 1855), the Central College for Women (Methodist Episcopal, South; opened in 1869), and the Wentworth Military Academy (established in 1880). There are steam flour mills, furniture factories, and various other small manufacturing businesses; however, the city's main economic focus is on brickyards and coal mines in the nearby area. It is one of the main coal centers in the state, with Higginsville (population in 1910, 2,628), located about 12 miles southeast in the same county, also being significant. Lexington was founded in 1819, laid out in 1832, and became a city with its charter in 1845, receiving a new charter in 1870. Lexington took over from Sibley as the eastern terminus of the Santa Fé trade before being surpassed by Independence; its prosperity for a long time depended on freighting trade along the Missouri River, and at the start of the Civil War, it was the most important river town between St. Louis and St. Joseph, controlling access by water to Fort Leavenworth.

After the Confederate success at Wilson’s Creek (Aug. 10, 1861), General Sterling Price advanced northward, and with about 15,000 men arrived in the vicinity of Lexington on the 12th of September. Here he found a Federal force of about 2800 men under Colonel James A. Mulligan (1830-1864) throwing up intrenchments on Masonic College Hill, an eminence adjoining Lexington on the N.E. An attack was made on the same day and the Federals were driven within their defences, but at night General Price withdrew to the Fair-grounds not far away and remained there five days waiting for his wagon train and for reinforcements. On the 18th the assault was renewed, and on the 20th the Confederates, advancing behind movable breastworks of water-soaked bales of hemp, forced the besieged, now long without water, to surrender. The losses were: Confederate, 25 killed and 75 wounded; Federal, 39 killed and 120 wounded. At the end of September General Price withdrew, leaving a guard of only a few hundred in the town, and on the 16th of the next month a party of 220 Federal scouts under Major Frank J. White (1842-1875) surprised this guard, released about 15 prisoners, and captured 60 or more Confederates. Another Federal raid on the town was made in December of the same year by General John Pope’s cavalry. Again, during General Price’s Missouri expedition in 1864, a Federal force entered Lexington on the 16th of October, and three days later there was some fighting about 4 m. S. of the town.

After the Confederate victory at Wilson’s Creek (Aug. 10, 1861), General Sterling Price moved north and, with about 15,000 men, reached the area near Lexington on September 12. There he encountered a Federal force of about 2,800 men led by Colonel James A. Mulligan (1830-1864), who were digging in on Masonic College Hill, a rise next to Lexington to the northeast. An attack took place on the same day, pushing the Federals back into their defenses, but that night General Price pulled back to the nearby Fair-grounds and stayed there for five days, waiting for his supply wagons and reinforcements. On the 18th, the assault resumed, and on the 20th, the Confederates advanced behind portable barricades made of soaked hemp bales and forced the besieged, who had been without water for some time, to surrender. The losses were: Confederate, 25 killed and 75 wounded; Federal, 39 killed and 120 wounded. By the end of September, General Price withdrew, leaving only a few hundred troops to guard the town, and on the 16th of the following month, a group of 220 Federal scouts under Major Frank J. White (1842-1875) surprised this guard, freeing about 15 prisoners and capturing 60 or more Confederates. Another Federal raid on the town occurred in December of that same year by General John Pope’s cavalry. Later, during General Price’s Missouri campaign in 1864, a Federal force entered Lexington on October 16, and three days later there was some fighting about 4 miles south of the town.

LEXINGTON, a town and the county-seat of Rockbridge county, Virginia, U.S.A., on the North river (a branch of the James), about 30 m. N.N.W. of Lynchburg. Pop. (1900) 3203 (1252 negroes); (1910) 2931. It is served by the Chesapeake & Ohio and the Baltimore & Ohio railways. The famous Natural Bridge is about 16 m. S.W., and there are mineral springs in the vicinity—at Rockbridge Baths, 10 m. N., at Wilson’s Springs, 12 m. N., and at Rockbridge Alum Springs, 17 m. N.W. Lexington is best known as the seat of Washington and Lee University, and of the Virginia Military Institute. The former grew out of Augusta Academy, which was established in 1749 in Augusta county, about 15 m. S.W. of what is now the city of Staunton, was renamed Liberty Hall and was established near 528 Lexington in 1780, and was chartered as Liberty Hall Academy in 1782. In 1798 its name was changed to Washington Academy, in recognition of a gift from George Washington of some shares of canal stock, which he refused to receive from the Virginia legislature. In 1802 the Virginia branch of the Society of the Cincinnati disbanded and turned over to the academy its funds, about $25,000; in 1813 the academy took the name Washington College; and in 1871 its corporate name was changed to Washington and Lee University, the addition to the name being made in honour of General Robert E. Lee, who was the president of the college from August 1865 until his death in 1870. He was succeeded by his son, General George Washington Custis Lee (b. 1832), president from 1871 to 1897, and Dr William Lyne Wilson (1843-1900), the eminent political leader and educator, was president from 1897 to 1900. In 1908-1909 the university comprised a college, a school of commerce, a school of engineering and a school of law, and had a library of 47,000 volumes, 23 instructors and 565 students. In the Lee Memorial chapel, on the campus, General Robert E. Lee is buried, and over his grave is a notable recumbent statue of him by Edward Virginius Valentine (b. 1838). The Virginia Military Institute was established in March 1839, when its cadet corps supplanted the company of soldiers maintained by the state to garrison the Western Arsenal at Lexington. The first superintendent (1839-1890) was General Francis Henney Smith (1812-1890), a graduate (1833) of the United States Military Academy; and from 1851 until the outbreak of the Civil War “Stonewall” Jackson was a professor in the Institute—he is buried in the Lexington cemetery and his grave is marked by a monument. On the campus of the institute is a fine statue, “Virginia Mourning Her Dead,” by Moses Ezekiel (b. 1844), which commemorates the gallantry of a battalion of 250 cadets from the institute, more than 50 of whom were killed or wounded during the engagement at New Market on the 15th of May 1864. In 1908-1909 the institute had 21 instructors and 330 cadets. Flour is manufactured in Lexington and lime in the vicinity. The town owns and operates its water-works. The first settlers of Rockbridge county established themselves in 1737 near the North river, a short distance below Lexington. The first permanent settlement on the present site was made about 1778. On the 11th of June 1864, during the occupation of the town by Federal troops under General David Hunter, most of the buildings in the town and those of the university were damaged and all those of the institute, except the superintendent’s headquarters, were burned.

LEXINGTON, is a town and the county seat of Rockbridge County, Virginia, U.S.A., situated on the North River (a branch of the James), about 30 miles N.N.W. of Lynchburg. Population: (1900) 3,203 (1,252 Black residents); (1910) 2,931. The town is served by the Chesapeake & Ohio and Baltimore & Ohio railways. The famous Natural Bridge is about 16 miles S.W., and there are mineral springs nearby—at Rockbridge Baths, 10 miles N., at Wilson’s Springs, 12 miles N., and at Rockbridge Alum Springs, 17 miles N.W. Lexington is best known as the home of Washington and Lee University and the Virginia Military Institute. Washington and Lee University evolved from Augusta Academy, which was founded in 1749 in Augusta County, about 15 miles S.W. of what is now Staunton. It was renamed Liberty Hall and established near 528 Lexington in 1780, gaining its charter as Liberty Hall Academy in 1782. In 1798, it was renamed Washington Academy in honor of a gift from George Washington of some shares of canal stock, which he declined to accept from the Virginia legislature. In 1802, the Virginia branch of the Society of the Cincinnati disbanded and donated about $25,000 in funds to the academy; in 1813, the academy became Washington College; and in 1871, its name changed to Washington and Lee University to honor General Robert E. Lee, who was the president from August 1865 until his death in 1870. He was succeeded by his son, General George Washington Custis Lee (b. 1832), who served as president from 1871 to 1897, and Dr. William Lyne Wilson (1843-1900), a prominent political leader and educator, was president from 1897 to 1900. In 1908-1909, the university included a college, a school of commerce, a school of engineering, and a school of law, with a library containing 47,000 volumes, 23 instructors, and 565 students. General Robert E. Lee is buried in the Lee Memorial Chapel on campus, which features a notable recumbent statue of him by Edward Virginius Valentine (b. 1838). The Virginia Military Institute was established in March 1839 when its cadet corps took the place of the military company that the state had stationed to garrison the Western Arsenal at Lexington. The first superintendent (1839-1890) was General Francis Henney Smith (1812-1890), a graduate (1833) of the United States Military Academy; from 1851 until the Civil War began, “Stonewall” Jackson served as a professor at the Institute—he is buried in the Lexington cemetery, marked by a monument. On the institute's campus is a striking statue, “Virginia Mourning Her Dead,” by Moses Ezekiel (b. 1844), commemorating the bravery of a 250-member battalion of cadets from the institute, over 50 of whom were killed or wounded during the engagement at New Market on May 15, 1864. In 1908-1909, the institute had 21 instructors and 330 cadets. Flour is produced in Lexington, and lime is made in the surrounding area. The town owns and operates its own water system. The first settlers of Rockbridge County arrived in 1737, settling near the North River, just below Lexington. The first permanent settlement at the current site was established around 1778. On June 11, 1864, during the occupation of the town by Federal troops under General David Hunter, most buildings in the town and those of the university were damaged, and all buildings of the institute, except for the superintendent’s headquarters, were burned.

LEYDEN, JOHN (1775-1811), British orientalist and man of letters, was born on the 8th of September 1775 at Denholm on the Teviot, not far from Hawick. Leyden’s father was a shepherd, but contrived to send his son to Edinburgh University to study for the ministry. Leyden was a diligent but somewhat miscellaneous student, reading everything apparently, except theology, for which he seems to have had no taste. Though he completed his divinity course, and in 1798 received licence to preach from the presbytery of St Andrews, it soon became clear that the pulpit was not his vocation. In 1794 Leyden had formed the acquaintance of Dr Robert Anderson, editor of The British Poets, and of The Literary Magazine. It was Anderson who introduced him to Dr Alexander Murray, and Murray, probably, who led him to the study of Eastern languages. They became warm friends and generous rivals, though Leyden excelled, perhaps, in the rapid acquisition of new tongues and acquaintance with their literature, while Murray was the more scientific philologist. Through Anderson also he came to know Richard Heber, by whom he was brought under the notice of Sir Walter Scott, who was then collecting materials for his Minstrelsy of the Scottish Border. Leyden was admirably fitted for helping in this kind of work, for he was a borderer himself, and an enthusiastic lover of old ballads and folk-lore. Scott tells how, on one occasion, Leyden walked 40 m. to get the last two verses of a ballad, and returned at midnight, singing it all the way with his loud, harsh voice, to the wonder and consternation of the poet and his household.

LEYDEN, JOHN (1775-1811), a British scholar and writer, was born on September 8, 1775, in Denholm on the Teviot, not far from Hawick. Leyden's father was a shepherd but managed to send his son to Edinburgh University to prepare for the ministry. Leyden was a hardworking but somewhat scattered student, seemingly reading everything except theology, which he didn’t seem to enjoy. Although he completed his divinity course and received a license to preach from the presbytery of St Andrews in 1798, it quickly became apparent that the pulpit wasn't his calling. In 1794, Leyden met Dr. Robert Anderson, the editor of The British Poets and The Literary Magazine. It was Anderson who introduced him to Dr. Alexander Murray, who likely influenced Leyden's interest in Eastern languages. They became close friends and friendly rivals, with Leyden perhaps excelling at quickly learning new languages and their literatures, while Murray was more of a scientific language expert. Through Anderson, Leyden also met Richard Heber, who brought him to the attention of Sir Walter Scott, who was then gathering material for his Minstrelsy of the Scottish Border. Leyden was perfectly suited for this work since he was from the border region and had a deep passion for old ballads and folklore. Scott recounts an occasion when Leyden walked 40 miles to obtain the last two verses of a ballad and returned at midnight, singing it loudly with his rough voice, leaving the poet and his household both amazed and startled.

Leyden meanwhile compiled a work on the Discoveries and Settlements of Europeans in Northern and Western Africa, suggested by Mungo Park’s travels, edited The Complaint of Scotland, printed a volume of Scottish descriptive poems, and nearly finished his Scenes of Infancy, a diffuse poem based on border scenes and traditions. He also made some translations from Eastern poetry, Persian and Arabic. At last his friends got him an appointment in India on the medical staff, for which he qualified by a year’s hard work. In 1803 he sailed for Madras, and took his place in the general hospital there. He was promoted to be naturalist to the commissioners going to survey Mysore, and in 1807 his knowledge of the languages of India procured him an appointment as professor of Hindustani at Calcutta; this he soon after resigned for a judgeship, and that again to be a commissioner in the court of requests in 1809, a post which required a familiarity with several Eastern tongues. In 1811 he joined Lord Minto in the expedition to Java. Having entered a library which was said to contain many Eastern MSS., without having the place aired, he was seized with Batavian fever, and died, after three days’ illness, on the 28th of August 1811.

Leyden, in the meantime, worked on a piece about the Discoveries and Settlements of Europeans in Northern and Western Africa, inspired by Mungo Park’s adventures. He edited The Complaint of Scotland, published a collection of Scottish descriptive poems, and was close to finishing his Scenes of Infancy, an extensive poem centered around border scenes and traditions. He also translated some poetry from the East, including Persian and Arabic. Eventually, his friends helped him secure a position in India on the medical staff, which he qualified for after a year of hard work. In 1803, he set sail for Madras and began working at the general hospital there. He was promoted to naturalist for the commissioners tasked with surveying Mysore, and in 1807, his knowledge of Indian languages earned him a professorship in Hindustani at Calcutta; however, he soon resigned to take a judgeship, and then again left that position to become a commissioner in the court of requests in 1809, a role that required familiarity with several Eastern languages. In 1811, he joined Lord Minto in the expedition to Java. After entering a library that was said to hold many Eastern manuscripts without ventilating the space, he contracted Batavian fever and died after three days of illness on August 28, 1811.

LEYDEN JAR, or Condenser, an electrical appliance consisting in one form of a thin glass jar partly coated inside and outside with tin foil, or in another of a number of glass plates similarly coated. When the two metal surfaces are connected for a short time with the terminals of some source of electromotive force, such as an electric machine, an induction coil or a voltaic battery, electric energy is stored up in the condenser in the form of electric strain in the glass, and can be recovered again in the form of an electric discharge.

LEYDEN JAR, or Condenser, is an electrical device that can be either a thin glass jar partially coated inside and outside with tin foil, or a series of glass plates that are similarly coated. When the two metal surfaces are briefly connected to the terminals of a power source, like an electric machine, an induction coil, or a battery, electrical energy is stored in the condenser as electric strain in the glass, and can be released later as an electric discharge.

The earliest form of Leyden jar consisted of a glass vial or thin Florence flask, partly full of water, having a metallic nail inserted through the cork which touched the water. The bottle was held in the hand, and the nail presented Early history. to the prime conductor of an electrical machine. If the person holding the bottle subsequently touched the nail, he experienced an electric shock. This experiment was first made by E. G. von Kleist of Kammin in Pomerania in 1745,1 and it was repeated in another form in 1746 by Cunaeus and P. van Musschenbroek, of the university of Leyden (Leiden), whence the term Leyden jar.2 J. H. Winkler discovered that an iron chain wound round the bottle could be substituted for the hand, and Sir William Watson in England shortly afterward showed that iron filings or mercury could replace the water within the jar. Dr John Bevis of London suggested, in 1746, the use of sheet lead coatings within and without the jar, and subsequently the use of tin foil or silver leaf made closely adherent to the glass. Benjamin Franklin and Bevis devised independently the form of condenser known as a Franklin or Leyden pane, which consists of a sheet of glass, partly coated on both sides with tin foil or silver leaf, a margin of glass all round being left to insulate the two tin foils from each other. Franklin in 1747 and 1748 made numerous investigations on the Leyden jar, and devised a method of charging jars in series as well as in parallel. In the former method, now commonly known as charging in cascade, the jars are insulated and the outside coating of one jar is connected to the inside coating of the next and so on for a whole series, the inside coating of the first jar and the outside coating of the last jar being the terminals of the condenser. For charging in parallel a number of jars are collected in a box, and all the outside coatings are connected together metallically and all the inside coatings brought to one common terminal. This arrangement is commonly called a battery of Leyden jars. To Franklin also we owe the important knowledge that the electric charge resides really in the glass and not in the metal coatings, and that when a condenser has been charged the metallic coatings can be exchanged for fresh ones and yet the electric charge of the condenser remains.

The earliest version of the Leyden jar was a glass vial or a thin Florence flask, partially filled with water, with a metal nail inserted through the cork that touched the water. The bottle was held in one hand, and the nail was brought close to the prime conductor of an electrical machine. If the person holding the bottle later touched the nail, they would feel an electric shock. This experiment was first conducted by E. G. von Kleist from Kammin in Pomerania in 1745, and it was repeated in a different form in 1746 by Cunaeus and P. van Musschenbroek from the University of Leyden (Leiden), which is where the term Leyden jar comes from. J. H. Winkler discovered that an iron chain wrapped around the bottle could replace the hand, and shortly after, Sir William Watson in England showed that iron filings or mercury could replace the water inside the jar. Dr. John Bevis from London proposed in 1746 using sheet lead coatings inside and outside the jar, and later, the use of tin foil or silver leaf that closely adhered to the glass. Benjamin Franklin and Bevis independently created the type of condenser known as a Franklin or Leyden pane, which consists of a sheet of glass that is partly coated on both sides with tin foil or silver leaf, leaving a margin of glass all around to insulate the two coatings from each other. Franklin conducted extensive research on the Leyden jar in 1747 and 1748 and developed a method to charge jars in series and in parallel. In the series method, now typically called charging in cascade, the jars are insulated, and the outside coating of one jar is connected to the inside coating of the next, and so on for the whole series, with the inside coating of the first jar and the outside coating of the last jar serving as the terminals of the condenser. For parallel charging, several jars are placed in a box, all their outside coatings are connected together, and all the inside coatings are gathered to a common terminal. This setup is commonly known as a battery of Leyden jars. Franklin also contributed the crucial insight that the electric charge actually resides in the glass and not in the metal coatings, and that when a condenser has been charged, the metal coatings can be swapped for new ones without losing the electric charge.

In its modern form the Leyden jar consists of a wide-mouthed bottle of thin English flint glass of uniform thickness, 529 free from flaws. About half the outside and half the inside surface is coated smoothly with tin foil, and the remainder of Modern construction. the glazed surface is painted with shellac varnish. A wooden stopper closes the mouth of the jar, and through it a brass rod passes which terminates in a chain, or better still, three elastic brass springs, which make good contact with the inner coating. The rod terminates externally in a knob or screw terminal. The jar has a certain capacity C which is best expressed in microfarads or electrostatic units (see Electrostatics), and is determined by the surface of the tin foil and thickness and quality of the glass. The jar can be charged so that a certain potential difference V, reckoned in volts, exists between the two coatings. If a certain critical potential is exceeded, the glass gives way under the electric strain and is pierced. The safe voltage for most glass jars is about 20,000 volts for glass 110th in. in thickness; this corresponds with an electric spark of about 7 millimetres in length. When the jar is charged, it is usually discharged through a metallic arc called the discharging tongs, and this discharge is in the form of an oscillatory current (see Electrokinetics). The energy stored up in the jar in joules is expressed by the value of ½ CV2, where C is the capacity measured in farads and V the potential difference of the coatings in volts. If the capacity C is reckoned in microfarads then the energy storage is equal to CV2/2 × 106 joules or 0.737 CV2/2 × 106 foot-pounds. The size of jar commonly known as a quart size may have a capacity from 1400th to 1800th of a microfarad, and if charged to 20,000 volts stores up energy from a quarter to half a joule or from 316ths to 38ths of a foot-pound.

In its modern form, the Leyden jar is a wide-mouthed bottle made of thin English flint glass with a uniform thickness, 529 free of flaws. About half of the outside and half of the inside surface is smoothly coated with tin foil, while the rest of the glazed surface is painted with shellac varnish. A wooden stopper seals the mouth of the jar, and through it, a brass rod passes, ending in a chain or, preferably, three elastic brass springs that make good contact with the inner coating. The rod ends externally in a knob or screw terminal. The jar has a certain capacity C, which is best measured in microfarads or electrostatic units (see Electrostatics), and is determined by the surface area of the tin foil and the thickness and quality of the glass. The jar can be charged so that there is a specific potential difference V, measured in volts, between the two coatings. If a certain critical potential is exceeded, the glass may break under the electrical strain and get pierced. The safe voltage for most glass jars is about 20,000 volts for glass that is 110th of an inch thick; this corresponds to an electric spark of about 7 millimeters in length. When the jar is charged, it is typically discharged through a metallic arc called the discharging tongs, which produces a discharge in the form of an oscillatory current (see Electrokinetics). The energy stored in the jar, measured in joules, is calculated using the formula ½ CV2, where C is the capacity measured in farads and V is the potential difference of the coatings in volts. If the capacity C is measured in microfarads, then the energy storage is equal to CV2/2 × 106 joules or 0.737 CV2/2 × 106 foot-pounds. The common quart-sized jar may have a capacity ranging from 1400th to 1800th of a microfarad, and if charged to 20,000 volts, it stores energy from a quarter to half a joule, or from 316ths to 38ths of a foot-pound.

Leyden jars are now much employed for the production of the high frequency electric currents used in wireless telegraphy (see Telegraphy, Wireless). For this purpose they are made by Moscicki in the form of glass tubes partly coated by silver chemically deposited on the glass on the inner and outer surfaces. The tubes have walls thicker at the ends than in the middle, as the tendency to puncture the glass is greatest at the edges of the coatings. In other cases, Leyden jars or condensers take the form of sheets of mica or micanite or ebonite partly coated with tin foil or silver leaf on both sides; or a pile of sheets of alternate tin foil and mica may be built up, the tin foil sheets having lugs projecting out first on one side and then on the other. All the lugs on one side are connected together, and so also are all the lugs on the other side, and the two sets of tin foils separated by sheets of mica constitute the two metallic surfaces of the Leyden jar condenser. For the purposes of wireless telegraphy, when large condensers are required, the ordinary Leyden High tension condensers. jar occupies too much space in comparison with its electrical capacity, and hence the best form of condenser consists of a number of sheets of crown glass, each partly coated on both sides with tin foil. The tin foil sheets have lugs attached which project beyond the glass. The plates are placed in a vessel full of insulating oil which prevents the glow or brush discharge taking place over their edges. All the tin foils on one side of the glass plates are connected together and all the tin foils on the opposite sides, so as to construct a condenser of any required capacity. The box should be of glass or stoneware or other non-conducting material. When glass tubes are used it is better to employ tubes thicker at the ends than in the middle, as it has been found that when the safe voltage is exceeded and the glass gives way under electric strain, the piercing of the glass nearly always takes place at the edges of the tin foil.

Leyden jars are now widely used to generate the high-frequency electric currents necessary for wireless telegraphy (see Telegraphy, Wireless). For this purpose, they are made by Moscicki as glass tubes that are partially coated with silver, which is chemically deposited on the inside and outside surfaces. The walls of the tubes are thicker at the ends than in the middle, since the risk of puncturing the glass is highest at the edges of the coatings. In other instances, Leyden jars or condensers are made from sheets of mica or micanite or ebonite, which are partly coated with tin foil or silver leaf on both sides; alternatively, a stack of alternating sheets of tin foil and mica can be created, with the tin foil sheets having lugs that protrude outward on alternating sides. All the lugs on one side are connected, as are all the lugs on the other side, and the two sets of tin foils separated by mica sheets form the two metallic surfaces of the Leyden jar condenser. For wireless telegraphy, when larger condensers are needed, regular Leyden High voltage capacitors. jars take up too much space relative to their electrical capacity, so the most effective design consists of multiple sheets of crown glass, each coated on both sides with tin foil. The tin foil sheets have lugs that extend beyond the glass. These plates are placed in a container filled with insulating oil, which prevents discharge from occurring along their edges. All the tin foils on one side of the glass plates are connected together, as well as all the tin foils on the opposite sides, creating a condenser with the desired capacity. The container should be made of glass, stoneware, or another non-conductive material. When glass tubes are used, it’s better to choose tubes that are thicker at the ends than in the middle, as it has been observed that when the voltage exceeds safe levels and the glass fails under electrical stress, it usually breaks at the edges of the tin foil.

Glass is still commonly used as a dielectric because of its cheapness, high dielectric strength or resistance to electric puncture, and its high dielectric constant (see Electrostatics). It has been found, however, that very Compressed air condensers. efficient condensers can be made with compressed air as dielectric. If a number of metal plates separated by small distance pieces are enclosed in an iron box which is pumped full of air to a pressure, say, of 100 ℔. to 1 sq. in., the dielectric strength of the air is greatly increased, and the plates may therefore be brought very near to one another without causing a spark to pass under such voltage as would cause discharge in air at normal pressure. Condensers of this kind have been employed by R. A. Fessenden in wireless telegraphy, and they form a very excellent arrangement for standard condensers with which to compare the capacity of other Leyden jars. Owing to the variation in the value of the dielectric constant of glass with the temperature and with the frequency of the applied electromotive force, and also owing to electric glow discharge from the edges of the tin foil coatings, the capacity of an ordinary Leyden jar is not an absolutely fixed quantity, but its numerical value varies somewhat with the method by which it is measured, and with the other circumstances above mentioned. For the purpose of a standard condenser a number of concentric metal tubes may be arranged on an insulating stand, alternate tubes being connected together. One coating of the condenser is formed by one set of tubes and the other by the other set, the air between being the dielectric. Paraffin oil or any liquid dielectric of constant inductivity may replace the air.

Glass is still widely used as a dielectric because it's inexpensive, has high dielectric strength (or resistance to electric puncture), and a high dielectric constant (see Electrostatics). However, it's been discovered that very efficient condensers can be created using compressed air as the dielectric. If several metal plates separated by small spacers are placed inside an iron box that is pumped full of air to a pressure of about 100 psi, the dielectric strength of the air increases significantly. This allows the plates to be positioned much closer together without sparking under voltages that would normally cause discharge in ambient air. R. A. Fessenden has used these kinds of capacitors in wireless telegraphy, and they serve as an excellent standard for comparing the capacity of other Leyden jars. Because the dielectric constant of glass changes with temperature and the frequency of the applied voltage, and due to electric glow discharge from the edges of the tin foil coatings, the capacity of a typical Leyden jar isn't a fixed value; it varies somewhat depending on how it's measured and the other factors mentioned. For a standard condenser, several concentric metal tubes can be placed on an insulating stand, with alternate tubes connected together. One set of tubes forms one electrode of the condenser and the other set forms the other electrode, with the air in between acting as the dielectric. Paraffin oil or any liquid dielectric with a consistent inductivity can be used instead of air.

See J. A. Fleming, Electric Wave Telegraphy (London, 1906); R. A. Fessenden, “Compressed Air for Condensers,” Electrician, 1905, 55, p. 795; Moscicki, “Construction of High Tension Condensers,” L’Éclairage électrique, 1904, 41, p. 14, or Engineering, 1904, p. 865.

See J. A. Fleming, Electric Wave Telegraphy (London, 1906); R. A. Fessenden, “Compressed Air for Condensers,” Electrician, 1905, 55, p. 795; Moscicki, “Construction of High Tension Condensers,” L’Éclairage électrique, 1904, 41, p. 14, or Engineering, 1904, p. 865.

(J. A. F.)

1 Park Benjamin, The Intellectual Rise in Electricity, p. 512.

1 Park Benjamin, The Intellectual Rise in Electricity, p. 512.

2 Ibid. p. 519.

__A_TAG_PLACEHOLDER_0__ Same source. p. 519.

LEYS, HENDRIK, Baron (1815-1869), Belgian painter, was born at Antwerp on the 18th of February 1815. He studied under Wappers at the Antwerp Academy. In 1833 he painted “Combat d’un grenadier et d’un cosaque,” and in the following year “Combat de Bourguignons et Flamands.” In 1835 he went to Paris where he was influenced by the Romantic movement. Examples of this period of his painting are “Massacre des échevins de Louvain,” “Mariage flamand,” “Le Roi des arbalétriers” and other works. Leys was an imitative painter in whose works may rapidly be detected the schools which he had been studying before he painted them. Thus after his visit to Holland in 1839 he reproduced many of the characteristics of the Dutch genre painters in such works as “Franz Floris se rendant à une fête” (1845) and “Service divin en Hollande” (1850). So too the methods of Quentin Matsys impressed themselves upon him after he had travelled in Germany in 1852. In 1862 Leys was created a baron. At the time of his death, which occurred in August 1869, he was engaged in decorating with fresco the large hall of the Antwerp Hôtel de Ville.

LEYS, HENDRIK Baron (1815-1869), Belgian painter, was born in Antwerp on February 18, 1815. He studied under Wappers at the Antwerp Academy. In 1833, he painted “Combat d’un grenadier et d’un cosaque,” and the following year he created “Combat de Bourguignons et Flamands.” In 1835, he moved to Paris, where he was influenced by the Romantic movement. Some notable works from this period include “Massacre des échevins de Louvain,” “Mariage flamand,” “Le Roi des arbalétriers,” and others. Leys was an imitative painter, and you can quickly see the styles he studied before painting them. After his trip to Holland in 1839, he incorporated many characteristics of Dutch genre painters in works like “Franz Floris se rendant à une fête” (1845) and “Service divin en Hollande” (1850). Similarly, the methods of Quentin Matsys left an impression on him after his travels in Germany in 1852. In 1862, Leys was made a baron. At the time of his death in August 1869, he was working on fresco decorations for the large hall of the Antwerp Hôtel de Ville.

LEYTON, an urban district forming one of the north-eastern suburbs of London, England, in the Walthamstow (S.W.) parliamentary division of Essex. Pop. (1891) 63,106; (1901) 98,912. It lies on the east (left) bank of the Lea, along the flat open valley of which runs the boundary between Essex and the county of London. The church of St Mary, mainly a brick reconstruction, contains several interesting memorials; including one to William Bowyer the printer (d. 1737), erected by his son and namesake, more famous in the same trade. Here is also buried John Strype the historian and biographer (d. 1737), who held the position of curate and lecturer at this church. Leyton is in the main a residential as distinct from a manufacturing locality. Its name is properly Low Leyton, and the parish includes the district of Leytonstone to the east. Roman remains have been discovered here, but no identification with a Roman station by name has been made with certainty. The ground of the Essex County Cricket Club is at Leyton.

LEYTON, is an urban district that is one of the north-eastern suburbs of London, England, in the Walthamstow (S.W.) parliamentary division of Essex. Population (1891) was 63,106; (1901) was 98,912. It is situated on the east (left) bank of the Lea River, along the flat open valley that marks the boundary between Essex and the county of London. The church of St Mary, primarily a brick reconstruction, has several interesting memorials, including one for William Bowyer the printer (d. 1737), set up by his son, who is more famous in the same trade. John Strype the historian and biographer (d. 1737), who served as a curate and lecturer at this church, is also buried here. Leyton is mainly a residential area instead of a manufacturing one. Its proper name is Low Leyton, and the parish includes the district of Leytonstone to the east. Roman remains have been found here, but there has been no definitive identification of a Roman station by name. The ground of the Essex County Cricket Club is located at Leyton.

LHASA (Lhassa, Lassa, “God’s ground”), the capital of Tibet. It lies in 29° 39′ N., 91° 5′ E., 11,830 ft. above sea-level. Owing to the inaccessibility of Tibet and the political and religious exclusiveness of the lamas, Lhasa was long closed to European travellers, all of whom during the latter half of the 19th century were stopped in their attempts to reach it. It was popularly known as the “Forbidden City.” But its chief features were known by the accounts of the earlier Romish missionaries who visited it and by the investigations, in modern times, of native Indian secret explorers, and others, and the British armed mission of 1904 (see Tibet).

LHASA (Lhasa, Lassa fever, “God’s ground”), the capital of Tibet. It is located at 29° 39′ N., 91° 5′ E., and is 11,830 feet above sea level. Due to Tibet's remote location and the political and religious exclusivity of the lamas, Lhasa was long off-limits to European travelers, all of whom were blocked in their efforts to reach it during the latter half of the 19th century. It was often called the “Forbidden City.” However, its main features were known through accounts from early Roman Catholic missionaries who visited the area, as well as through investigations by native Indian secret explorers and others, including the British armed mission of 1904 (see Tibet).

Site and General Aspect.—The city stands in a tolerably level plain, which is surrounded on all sides by hills. Along its 530 southern side, about ½ m. south of Lhasa, runs a considerable river called the Kyichu (Ki-chu) or Kyi, flowing here from E.N.E., and joining the great Tsangpo (or upper course of the Brahmaputra) some 38 m. to the south-west. The hills round the city are barren. The plain, however, is fertile, though in parts marshy. There are gardens scattered over it round the city, and these are planted with fine trees. The city is screened from view from the west by a rocky ridge, lofty and narrow, with summits at the north and south, the one flanked and crowned by the majestic buildings of Potala, the chief residence of the Dalai lama, the other by the temple of medicine. Groves, gardens and open ground intervene between this ridge and the city itself for a distance of about 1 m. A gate through the centre of the ridge gives access from the west; the road thence to the north part of the city throws off a branch to the Yutok sampa or turquoise-tiled covered bridge, one of the noted features of Lhasa, which crosses a former channel of the Kyi, and carries the road to the centre of the town.

Site and General Aspect.—The city sits on a relatively flat plain, surrounded by hills on all sides. Along its 530 southern edge, about half a mile south of Lhasa, flows a significant river called the Kyichu (Ki-chu) or Kyi, which comes from the east-northeast and merges with the Tsangpo (or upper course of the Brahmaputra) approximately 38 miles to the southwest. The hills around the city are barren, but the plain is fertile, although somewhat marshy in spots. Scattered gardens can be found around the city, featuring beautiful trees. To the west, the city is hidden from view by a high, narrow rocky ridge, which has peaks at the north and south; one peak is home to the majestic Potala, the main residence of the Dalai Lama, while the other is marked by the temple of medicine. Between this ridge and the city, there are groves, gardens, and open spaces spanning about a mile. A gate at the center of the ridge provides access from the west; the road from there to the northern part of the city branches off towards Yutok Sampa, the turquoise-tiled covered bridge, which is one of the notable features of Lhasa, crossing an old channel of the Kyi and leading into the heart of the town.

The city is nearly circular in form, and less than 1 m. in diameter. It was walled in the latter part of the 17th century, but the walls were destroyed during the Chinese occupation in 1722. The chief streets are fairly straight, but generally of no great width. There is no paving or metal, nor any drainage system, so that the streets are dirty and in parts often flooded. The inferior quarters are unspeakably filthy, and are rife with evil smells and large mangy dogs and pigs. Many of the houses are of clay and sun-dried brick, but those of the richer people are of stone and brick. All are frequently white-washed, the doors and windows being framed in bands of red and yellow. In the suburbs there are houses entirely built of the horns of sheep and oxen set in clay mortar. This construction is in some cases very roughly carried out, but in others it is solid and highly picturesque. Some of the inferior huts of this type are inhabited by the Ragyaba or scavengers, whose chief occupation is that of disposing of corpses according to the practice of cutting and exposing them to the dogs and birds of prey. The houses generally are of two or three storeys. Externally the lower part generally presents dead walls (the ground floor being occupied by stables and similar apartments); above these rise tiers of large windows with or without projecting balconies, and over all flat broad-eaved roofs at varying levels. In the better houses there are often spacious and well-finished apartments, and the principal halls, the verandahs and terraces are often highly ornamented in brilliant colours. In every house there is a kind of chapel or shrine, carved and gilt, on which are set images and sacred books.

The city is almost circular in shape and less than 1 meter in diameter. It was surrounded by walls in the late 17th century, but those walls were destroyed during the Chinese occupation in 1722. The main streets are relatively straight, but generally quite narrow. There’s no paving or metal, nor any drainage system, so the streets are dirty and often flooded in places. The poorer areas are incredibly filthy, filled with unpleasant odors and large, stray dogs and pigs. Many of the houses are made of clay and sun-dried bricks, while wealthier homes are constructed from stone and brick. All of them are often whitewashed, with doors and windows framed in bands of red and yellow. In the suburbs, there are homes made entirely from sheep and oxen horns set in clay mortar. Some of this construction is quite rough, but in other cases, it’s solid and very picturesque. Some of the poorer huts of this type are inhabited by the Ragyaba, or scavengers, whose main job is disposing of corpses by cutting them up and exposing them to dogs and birds of prey. Most houses are two or three stories high. On the outside, the lower part usually has blank walls (the ground floor often used for stables and similar spaces); above these are rows of large windows with or without balconies, topped with flat, broad eaves at different heights. In the nicer houses, there are often spacious, well-finished rooms, and the main halls, verandahs, and terraces are often richly decorated in vibrant colors. Every house has a kind of chapel or shrine, carved and gilded, with images and sacred texts displayed.

Temples and Monasteries.—In the centre of the city is an open square which forms the chief market-place. Here is the great temple of the “Jo” or Lord Buddha, called the Jokhang,1 regarded as the centre of all Tibet, from which all the main The Jokhang. roads are considered to radiate. This is the great metropolitan sanctuary and church-centre of Tibet, the St Peter’s or Lateran of Lamaism. It is believed to have been founded by the Tibetan Constantine, Srong-tsan-gampo, in 652, as the shrine of one of those two very sacred Buddhist images which were associated with his conversion and with the foundation of the civilized monarchy in Tibet. The exterior of the building is not impressive; it rises little above the level of other buildings which closely surround it, and the effect of its characteristic gilt roof, though conspicuous and striking from afar, is lost close at hand.

Temples and Monasteries.—In the center of the city is an open square that serves as the main marketplace. Here stands the great temple of the “Jo” or Lord Buddha, called the Jokhang,1 regarded as the heart of all Tibet, from which all major The Jokhang Temple. roads are thought to spread out. This is the primary metropolitan sanctuary and church center of Tibet, the St Peter’s or Lateran of Lamaism. It’s believed to have been established by the Tibetan Constantine, Srong-tsan-gampo, in 652, as the shrine for one of the two highly sacred Buddhist images linked to his conversion and the founding of a civilized monarchy in Tibet. The building's exterior is not particularly impressive; it doesn’t rise much above the surrounding structures, and while its distinctive gilt roof is eye-catching from a distance, that effect is diminished up close.

The main building of the Jokhang is three storeys high. The entrance consists of a portico supported on timber columns, carved and gilt, while the walls are engraved with Chinese, Mongolian and Tibetan characters, and a great prayer-wheel stands on one side. Massive folding doors, ornamented with scrollwork in iron, lead to an antehall, and from this a second gate opens into a courtyard surrounded by a verandah with many pillars and chapels, and frescoes on its walls. On the left is the throne of the grand lama, laid with cushions, together with the seats of other ecclesiastical dignitaries, variously elevated according to the rank of their occupants. An inner door with enclosed vestibule gives access to the quadrangular choir or chancel, as it may be called, though its centre is open to the sky. On either side of it are three chapels, and at the extremity is the rectangular “holy of holies,” flanked by two gilded images of the coming Buddha, and screened by lattice-work. In it is the shrine on which sits the great image of Sakya, set about with small figures, lamps and a variety of offerings, and richly jewelled, though the workmanship of the whole is crude. In the second and third storeys of the temple are shrines and representations of a number of gods and goddesses. The temple contains a vast accumulation of images, gold and silver vessels, lamps, reliquaries and precious bric-à-brac of every kind. The daily offices are attended by crowds of worshippers, and a sacred way which leads round the main building is constantly traversed by devotees who perform the circuit as a work of merit, always in a particular direction. The temple was found by the members of the British mission who visited it to be exceedingly dirty, and the atmosphere was foul with the fumes of butter-lamps.

The main building of the Jokhang is three stories high. The entrance features a portico supported by beautifully carved and gilded wooden columns, while the walls are inscribed with Chinese, Mongolian, and Tibetan characters, and a large prayer wheel stands off to one side. Massive folding doors adorned with intricate iron scrollwork lead into an antehall, and from there, a second gate opens into a courtyard surrounded by a verandah lined with numerous pillars and chapels, decorated with frescoes on the walls. To the left is the grand lama's throne, piled with cushions, along with seats for other ecclesiastical dignitaries, positioned at different heights based on their rank. An inner door with a small vestibule provides access to the square choir or chancel, which is open to the sky at its center. On either side, there are three chapels, and at the far end is the rectangular “holy of holies,” flanked by two gilded images of the future Buddha and enclosed by lattice-work. Inside is the shrine that holds the great image of Sakya, surrounded by small figures, lamps, and various offerings, all richly adorned, despite the overall crude craftsmanship. The second and third stories of the temple contain shrines and depictions of several gods and goddesses. The temple houses an enormous collection of icons, gold and silver vessels, lamps, reliquaries, and all sorts of precious items. Crowds of worshippers attend the daily services, and a sacred path that circles the main building is continually used by devotees who walk the circuit as a form of merit, always in a specific direction. The members of the British mission who visited found the temple to be extremely dirty, with the air thick with the smoke from butter lamps.

Besides the convent-cells, halls of study and magazines of precious lumber, buildings grouped about the Jokhang are occupied by the civil administration, e.g. as treasuries, customs office, courts of justice, &c., and there are also private apartments for the grand lama and other high functionaries. No woman is permitted to pass the night within the precinct.

Besides the convent cells, study halls, and storage for valuable wood, the buildings around the Jokhang are used by the local government, such as treasuries, customs offices, courts of justice, etc., and there are also private quarters for the grand lama and other high officials. No woman is allowed to spend the night within the grounds.

In front of the main entrance to the Jokhang, in the shadow of a sacred willow tree, stands a famous monument, the Doring monolith, which bears the inscribed record of a treaty of peace concluded in 822 (or, according to another view, in 783) between the king of Tibet and the emperor of China. Before this monument the apostate from Lamaism, Langdharma, brother and successor of the last-named king, is said to have been standing when a fanatic recluse, who had been stirred by a vision to avenge his persecuted faith, assassinated him.

In front of the main entrance to the Jokhang, under the shadow of a sacred willow tree, stands a well-known monument, the Doring monolith, which has the inscribed record of a peace treaty made in 822 (or, according to another view, in 783) between the king of Tibet and the emperor of China. It is said that before this monument, Langdharma, the apostate from Lamaism and brother and successor of the aforementioned king, was standing when a fanatical recluse, inspired by a vision to avenge his persecuted faith, assassinated him.

The famous Potala hill, covered by the palace of the Dalai lama, forms a majestic mountain of building; with its vast inward-sloping walls broken only in the upper parts by straight rows of many windows, and its flat roofs at various levels, it is Potala. not unlike a fortress in appearance. At the south base of the rock is a large space enclosed by walls and gates, with great porticoes on the inner side. This swarms with lamas and with beggars. A series of tolerably easy staircases, broken by intervals of gentle ascent, leads to the summit of the rock. The whole width of this is occupied by the palace. The central part of this group of buildings (for the component parts of Potala are of different dates) rises in a vast quadrangular mass above its satellites to a great height, terminating in gilt canopies similar to those on the Jokhang. Here on the lofty terrace is the grand lama’s promenade, and from this great height he looks down upon the crowds of his votaries far below. This central member of Potala is called the red palace from its crimson colour, which distinguishes it from the rest. It contains the principal halls and chapels and shrines of past Dalai lamas. There is in these much rich decorative painting, with jewelled work, carving and other ornament, but the interior of Potala as a whole cannot compare in magnificence with the exterior. Among the numerous other buildings of note on or near Potala hill, one is distinguished by the Chinese as one of the principal beauties of Lhasa. This is a temple not far from the base of the hill, in the middle of a lake which is surrounded by trees and shrubberies. This temple, called Lu-kang, is circular in form, with a loggia or portico running all round and adorned with paintings. Its name, “the serpent house,” comes from the tradition of a serpent or dragon, which dwelt here and must be propitiated lest it should cause the waters to rise and flood Lhasa.

The famous Potala Hill, topped by the palace of the Dalai Lama, creates a majestic mountain of buildings; with its vast inward-sloping walls, interrupted only at the top by straight rows of numerous windows, and its flat roofs at different levels, it is Potala Palace. reminiscent of a fortress. At the southern base of the rock is a large space surrounded by walls and gates, with impressive porticoes on the inside. This area is bustling with lamas and beggars. A series of fairly easy staircases, interspersed with gentle slopes, leads to the top of the rock. The entire width of this space is taken up by the palace. The central part of this cluster of buildings (as the components of Potala come from different periods) rises in a massive rectangular formation above its surrounding structures to a great height, topped with gilded canopies similar to those found on the Jokhang. Here, on the high terrace, the grand lama strolls, looking down at the crowds of his followers below. This main section of Potala is known as the Red Palace due to its crimson color, which sets it apart from the rest. It houses the main halls, chapels, and shrines of past Dalai Lamas. Inside, there is a wealth of decorative painting, jeweled work, carvings, and other embellishments, but overall, the interior of Potala cannot match the grandeur of its exterior. Among the many notable buildings on or near Potala Hill, one is recognized by the Chinese as one of Lhasa's main attractions. This temple, located not far from the base of the hill, sits in the middle of a lake surrounded by trees and shrubs. This temple, called Lu-kang, is circular with a loggia or portico that wraps around it, decorated with paintings. Its name, “the serpent house,” comes from the legend of a serpent or dragon that once lived here and must be appeased to prevent it from causing the waters to rise and flood Lhasa.

Another great and famous temple is Ramo-ché, at the north side of the city. This is also regarded as a foundation of Srong-tsan-gampo, and is said to contain the body of his Chinese wife and the second of the primeval palladia, the image that she brought with her to the Snow-land; whence it is known as the “small Jokhang.” This temple is noted for the practice of magical arts. Its buildings are in a neglected condition.

Another well-known temple is Ramo-ché, located on the north side of the city. It's also considered a foundation of Srong-tsan-gampo and is said to hold the body of his Chinese wife, along with the second of the original protective images she brought with her to the Snow-land, which is why it's called the “small Jokhang.” This temple is famous for the practice of magical arts. Its buildings are in poor condition.

Another monastery within the city is that of Moru, also on the north side, remarkable for its external order and cleanliness. Though famous as a school of orthodox magic, it is noted also for the printing-house in the convent garden. This convent was the temporary residence of the regent during the visit of the British mission in 1904. Other monasteries in or near the city are the Tsamo Ling or Chomoling at the north-west corner; the Tangyä Ling or Tengyeling at the west of the city; the Kundä Ling or Kundeling about 1 m. west of the city, at the foot of a low isolated hill called Chapochi. Three miles south, beyond the river, is the Tsemchog Ling or Tsecholing. These four convents are known as “The Four Ling.” From their inmates the Dalai lama’s regent, during his minority, was formerly chosen. The temple of medicine, as already stated, crowns the summit (Chagpa) at the end of the ridge west of the city, opposite to that on which stands the Potala. It is natural that in a country possessing a religious system like that of Tibet the medical profession should form a branch of the priesthood. “The treatment of disease, though based in some measure upon a judicious use of the commoner simple drugs of the country, is, as was inevitable amongst so superstitious a people, saturated with absurdity” (Waddell, Lhasa and its Mysteries).

Another monastery in the city is Moru, also on the north side, known for its neatness and order. While it’s famous as a school for traditional magic, it's also recognized for the printing house in the convent garden. This convent served as the temporary residence of the regent during the British mission visit in 1904. Other monasteries in or near the city include Tsamo Ling or Chomoling at the northwest corner, Tangyä Ling or Tengyeling to the west of the city, and Kundä Ling or Kundeling about 1 mile west of the city, at the base of a low isolated hill called Chapochi. Three miles south, across the river, is Tsemchog Ling or Tsecholing. These four convents are known as “The Four Ling.” Historically, the regent of the Dalai Lama was chosen from their residents during his minority. The medicine temple, as mentioned earlier, is located at the top (Chagpa) of the ridge to the west of the city, across from where the Potala stands. In a country with a religious system like that of Tibet, it’s natural for the medical profession to be part of the priesthood. “The treatment of disease, although partly based on the thoughtful use of common simple drugs found in the country, is, as expected among such a superstitious people, filled with absurdity” (Waddell, Lhasa and its Mysteries).

The three great monasteries in the vicinity of Lhasa, all claiming to be foundations of Tsongkhapa (1356-1418), the medieval reformer and organizer of the modern orthodox Lama Church, “the yellow caps,” are the following:—

The three major monasteries near Lhasa, all claiming to be founded by Tsongkhapa (1356-1418), the medieval reformer and organizer of the modern orthodox Lama Church, known as "the yellow caps," are as follows:—

1. Debung (written ’Bras spungs) is 6 m. west of Lhasa at the foot 531 of the hills which flank the plain on the north. It is one of the largest monasteries in the world, having some 8000 monks. In the middle of the convent buildings rises a kind of pavilion, brilliant with colour and gilding, which is occupied by the Dalai Lama when he visits Debung once a year and expounds to the inmates. The place is frequented by the Mongol students who come to Lhasa to graduate, and is known in the country as the Mongol convent; it has also been notorious as a centre of political intrigue. Near it is the seat of the chief magician of Tibet, the Nachung Chos-kyong, a building picturesque in itself and in situation.

1. Debung (known as ‘Bras spungs’) is located 6 km west of Lhasa at the base of the hills that border the plain to the north. It’s one of the largest monasteries in the world, housing around 8,000 monks. In the center of the monastery complex stands a colorful and gilded pavilion that is used by the Dalai Lama during his annual visit to Debung, where he teaches the residents. The area attracts Mongolian students who come to Lhasa to complete their studies and is commonly referred to as the Mongol convent; it's also infamous for being a hub of political intrigue. Nearby is the residence of Tibet's chief magician, the Nachung Chos-kyong, which is impressive both in its design and its location.

2. Sera is 3 m. north of the city on the acclivity of the hills and close to the road by which pilgrims enter from Mongolia. From a distance the crowd of buildings and temples, rising in amphitheatre against a background of rocky mountains, forms a pleasing picture. In the recesses of the hill, high above the convent, are scattered cells of lamas adopting the solitary life. The chief temple of Sera, a highly ornate building, has a special reputation as the resting-place of a famous Dorjē, i.e. the Vajra or Thunderbolt of Jupiter, the symbol of the strong and indestructible, which the priest grasps and manipulates in various ways during prayer. The emblem is a bronze instrument, shaped much like a dumbbell with pointed ends, and it is carried solemnly in procession to the Jokhang during the New Year’s festival.

2. Sera is 3 m. north of the city on the slope of the hills and close to the road that pilgrims use to enter from Mongolia. From a distance, the cluster of buildings and temples, rising like an amphitheater against the backdrop of rocky mountains, creates a beautiful scene. In the hollows of the hill, high above the convent, are scattered cells where lamas live a solitary life. The main temple of Sera, an elaborately decorated building, is well-known as the resting place of a famous Dorjē, i.e. the Vajra or Thunderbolt of Jupiter, which symbolizes strength and indestructibility. The priest holds and uses this symbol in various ways during prayer. The emblem is a bronze tool, shaped like a dumbbell with pointed ends, and it is carried solemnly in a procession to the Jokhang during the New Year’s festival.

The hill adjoining Sera is believed to be rich in silver ore, but it is not allowed to be worked. On the summit is a spring and a holy place of the Lhasa Mahommedans, who resort thither. Near the monastery there is said to be gold, which is worked by the monks. “Should they ... discover a nugget of large size, it is immediately replaced in the earth, under the impression that the large nuggets ... germinate in time, producing the small lumps which they are privileged to search for” (Nain Singh).

The hill next to Sera is thought to be full of silver ore, but people aren't allowed to mine it. At the top, there's a spring and a sacred site for the Lhasa Muslims, who come there. Close to the monastery, there's said to be gold that the monks mine. “If they ... find a large nugget, they immediately put it back in the ground, believing that the big nuggets ... eventually produce the small pieces they’re allowed to look for” (Nain Singh).

3. Galdan.—This great convent is some 25 m. east of Lhasa, on the other side of the Kyichu. It is the oldest monastery of the “Yellow” sect, having been founded by Tsongkhapa and having had him for its first superior. Here his body is said to be preserved with miraculous circumstances; here is his tomb, of marble and malachite, with a great shrine said to be of gold, and here are other relics of him, such as the impression of his hands and feet.

3. Galdan.—This large convent is about 25 miles east of Lhasa, across the Kyichu River. It's the oldest monastery of the “Yellow” sect, founded by Tsongkhapa, who was its first leader. His body is said to be preserved here under miraculous conditions; his tomb is made of marble and malachite, featuring a grand shrine believed to be made of gold, and there are other relics of him, including impressions of his hands and feet.

Samyé is another famous convent intimately connected with Lhasa, being said to be used as a treasury by the government, but it lies some 36 m. south-east on the left bank of the great Tsangpo. It was founded in 770, and is the oldest extant monastery in Tibet. It is surrounded by a very high circular stone wall, 1½ m. in circumference, with gates facing the four points of the compass. On this wall Nain Singh, who was here on his journey in 1874, counted 1030 votive piles of brick. One very large temple occupies the centre, and round it are four smaller but still large temples. Many of the idols are said to be of pure gold, and the wealth is very great. The interiors of the temples are covered with beautiful writing in enormous characters, which the vulgar believe to be the writing of Sakya himself.

Samyé is another well-known monastery closely linked to Lhasa, believed to have been used as a treasury by the government, but it is located about 36 miles southeast on the left bank of the Tsangpo River. It was founded in 770 and is the oldest surviving monastery in Tibet. It is surrounded by a very tall circular stone wall, 1.5 miles in circumference, with gates facing each of the four directions. On this wall, Nain Singh, who visited in 1874, counted 1,030 brick votive piles. In the center stands a large temple, with four smaller yet still sizable temples surrounding it. Many of the idols are said to be made of pure gold, and the wealth here is substantial. The interiors of the temples are adorned with beautiful inscriptions in large characters, which locals believe to be the handwriting of Sakya himself.

Population and Trade.—The total population of Lhasa, including the lamas in the city and vicinity, is probably about 30,000; a census in 1854 made the figure 42,000, but it is known to have greatly decreased since. There are only some 1500 resident Tibetan laymen and about 5500 Tibetan women. The permanent population embraces, besides Tibetans, settled families of Chinese (about 2000 persons), as well as people from Nepal, from Ladak, and a few from Bhotan and Mongolia. The Ladakis and some of the other foreigners are Mahommedans, and much of the trade is in their hands. Desideri (1716) speaks also of Armenians and even “Muscovites.” The Chinese have a crowded burial-ground at Lhasa, tended carefully after their manner. The Nepalese (about 800) supply the mechanics and metal-workers. There are among them excellent gold- and silversmiths; and they make the elaborate gilded canopies crowning the temples. The chief industries are the weaving of a great variety of stuffs from the fine Tibetan wool; the making of earthenware and of the wooden porringers (varying immensely in elaboration and price) of which every Tibetan carries one about with him; also the making of certain fragrant sticks of incense much valued in China and elsewhere.

Population and Trade.—The total population of Lhasa, including the lamas in the city and surrounding areas, is likely around 30,000; a census in 1854 recorded the number at 42,000, but it's known to have significantly decreased since then. There are only about 1,500 resident Tibetan men and around 5,500 Tibetan women. The permanent population includes not just Tibetans but also settled families of Chinese (about 2,000 people), as well as individuals from Nepal, Ladakh, and a few from Bhutan and Mongolia. The Ladakhis and some of the other foreigners are Muslims, and much of the trade is controlled by them. Desideri (1716) also mentions Armenians and even “Muscovites.” The Chinese have a crowded burial ground in Lhasa, which is carefully maintained according to their customs. The Nepalese (around 800) provide skilled mechanics and metalworkers. Among them are excellent gold and silversmiths who create the intricate gilded canopies that adorn the temples. The primary industries include weaving a wide variety of fabrics from fine Tibetan wool; making pottery and wooden bowls (which can vary greatly in complexity and price) that every Tibetan carries; and producing certain fragrant incense sticks that are highly valued in China and elsewhere.

As Lhasa is not only the nucleus of a cluster of vast monastic establishments, which attract students and aspirants to the religious life from all parts of Tibet and Mongolia, but is also a great place of pilgrimage, the streets and public places swarm with visitors from every part of the Himalayan plateau,2 and from all the steppes of Asia between Manchuria and the Balkhash Lake. Naturally a great traffic arises quite apart from the pilgrimage. The city thus swarms with crowds attracted by devotion and the love of gain, and presents a great diversity of language, costume and physiognomy; though, in regard to the last point, varieties of the broad face and narrow eye greatly predominate. Much of the retail trade of the place is in the hands of the women. The curious practice of the women in plastering their faces with a dark-coloured pigment is less common in Lhasa than in the provinces.

As Lhasa is not only the center of many large monasteries that draw students and those seeking a religious life from all over Tibet and Mongolia, but is also a major pilgrimage site, the streets and public areas are bustling with visitors from every corner of the Himalayan plateau, 2 and from all the steppes of Asia between Manchuria and Lake Balkhash. This naturally creates a lot of activity beyond just the pilgrimage. The city is filled with crowds drawn by faith and the desire for profit, showcasing a wide variety of languages, clothing, and appearances; although, in terms of physical traits, the broad face and narrow eyes are very common. Much of the local retail trade is run by women. The interesting practice of women covering their faces with a dark-colored pigment is less common in Lhasa than in the provinces.

During December especially traders arrive from western China by way of Tachienlu bringing every variety of silk-stuffs, carpets, china-ware and tea; from Siningfu come silk, gold lace, Russian goods, carpets of a superior kind, semi-precious stones, horse furniture, horses and a very large breed of fat-tailed sheep; from eastern Tibet, musk in large quantities, which eventually finds its way to Europe through Nepal; from Bhotan and Sikkim, rice; from Sikkim also tobacco; besides a variety of Indian and European goods from Nepal and Darjeeling, and charas (resinous exudation of hemp) and saffron from Ladakh and Kashmir. The merchants leave Lhasa in March, before the setting in of the rains renders the rivers impassable.

During December, traders come from western China via Tachienlu, bringing all kinds of silk, carpets, china, and tea. From Siningfu, they bring silk, gold lace, Russian goods, high-quality carpets, semi-precious stones, horse gear, horses, and a large breed of fat-tailed sheep. From eastern Tibet, they bring large quantities of musk, which eventually makes its way to Europe through Nepal. From Bhutan and Sikkim, they bring rice; Sikkim also supplies tobacco; plus a variety of Indian and European goods from Nepal and Darjeeling, along with charas (the resinous exudation from hemp) and saffron from Ladakh and Kashmir. The merchants leave Lhasa in March, before the onset of the rains makes the rivers impossible to cross.

The tea importation from China is considerable, for tea is an absolute necessary to the Tibetan. The tea is of various qualities, from the coarsest, used only for “buttered” tea (a sort of broth), to the fine quality drunk by the wealthy. This is pressed into bricks or cakes weighing about 5½ ℔, and often passes as currency. The quantity that pays duty at Tachienlu is about 10,000,000 ℔, besides some amount smuggled. No doubt a large part of this comes to Lhasa.

The tea imported from China is significant because tea is essential to the Tibetan people. There are various qualities of tea, ranging from the coarsest used only for "buttered" tea (a type of broth) to the fine quality consumed by the wealthy. This fine tea is pressed into bricks or cakes weighing around 5½ pounds and is often used as currency. The amount that pays duty in Tachienlu is about 10,000,000 pounds, along with some smuggled quantities. It's clear that a large portion of this ends up in Lhasa.

Lhasa Festivities.—The greatest of these is at the new year. This lasts fifteen days, and is a kind of lamaic carnival, in which masks and mummings, wherein the Tibetans take especial delight, play a great part. The celebration commences at midnight, with shouts and clangour of bells, gongs, chank-shells, drums and all the noisy repertory of Tibetan music; whilst friends exchange early visits and administer coarse sweetmeats and buttered tea. On the second day the Dalai Lama gives a grand banquet, at which the Chinese and native authorities are present, whilst in the public spaces and in front of the great convents all sorts of shows and jugglers’ performances go on. Next day a regular Tibetan exhibition takes place. A long cable, twisted of leather thongs, is stretched from a high point in the battlements of Potala slanting down to the plain, where it is strongly moored. Two men slide from top to bottom of this huge hypothenuse, sometimes lying on the chest (which is protected by a breast-plate of strong leather), spreading their arms as if to swim, and descending with the rapidity of an arrow-flight. Occasionally fatal accidents occur in this performance, which is called “the dance of the gods”; but the survivors are rewarded by the court, and the Grand Lama himself is always a witness of it. This practice occurs more or less over the Himalayan plateau, and is known in the neighbourhood of the Ganges as Barat. It is employed as a kind of expiatory rite in cases of pestilence and the like. Exactly the same performance is described as having been exhibited in St Paul’s Churchyard before King Edward VI., and again before Philip of Spain, as well as, about 1750, at Hertford and other places in England (see Strutt’s Sports, &c., 2nd ed., p. 198).

Lhasa Festivities.—The biggest celebration happens at the new year. It lasts for fifteen days and resembles a kind of lamaic carnival, where masks and performances, which the Tibetans particularly enjoy, play a major role. The festivities kick off at midnight with loud shouts and the clanging of bells, gongs, conch shells, drums, and all the noisy elements of Tibetan music; meanwhile, friends drop by to exchange early greetings and serve rough sweet treats and buttered tea. On the second day, the Dalai Lama hosts a grand feast attended by both Chinese and local officials, while in public areas and in front of the large monasteries, various shows and juggling acts take place. The following day features a traditional Tibetan exhibition. A long cable made from leather strips is stretched from a high point on the Potala fortress down to the plain, where it's securely anchored. Two men slide from the top to the bottom of this considerable incline, sometimes lying on their stomachs (protected by a strong leather chest plate), spreading their arms as if they're swimming, and descending at lightning speed. Occasionally, this performance, known as “the dance of the gods,” results in fatal accidents; however, the survivors are rewarded by the court, and the Grand Lama always observes the event. This tradition is practiced to varying degrees across the Himalayan plateau and is known in the Ganges area as Barat. It serves as a sort of purification ritual during times of plague and similar events. A similar performance is recorded as taking place in St Paul's Churchyard before King Edward VI, again before Philip of Spain, and around 1750 in Hertford and other locations in England (see Strutt’s Sports, &c., 2nd ed., p. 198).

The most remarkable celebration of the new year’s festivities is the great jubilee of the Monlam (s Mon-lam, “prayer”), instituted by Tsongkhapa himself in 1408. Lamas from all parts of Tibet, but chiefly from the great convents in the neighbourhood, flock to Lhasa, and every road leading thither is thronged with troops of monks on foot or horseback, on yaks or donkeys, carrying with them their breviaries and their cooking-pots. Those who cannot find lodging bivouac in the streets and squares, or pitch their little black tents in the plain. The festival lasts six days, during which there reigns a kind of saturnalia. Unspeakable confusion and disorder reign, while gangs of lamas parade the streets, shouting, singing and coming to blows. The object of this gathering is, however, supposed to be devotional. Vast processions take place, with mystic offerings and lama-music, to the Jokhang and Moru convents; the Grand Lama himself assists at the festival, and from an elevated throne beside the Jokhang receives the offerings of the multitude and bestows his benediction.

The most remarkable celebration of the New Year festivities is the great jubilee of the Monlam (Mon-lam, “prayer”), established by Tsongkhapa himself in 1408. Lamas from all over Tibet, especially from the major convents nearby, gather in Lhasa, and every road leading there is crowded with groups of monks on foot or horseback, on yaks or donkeys, bringing their prayer books and cooking pots. Those who can’t find a place to stay set up camp in the streets and squares or pitch their small black tents in the open fields. The festival lasts six days, during which there is a kind of carnival atmosphere. A chaotic and disorderly scene unfolds as groups of lamas fill the streets, shouting, singing, and even fighting. However, the purpose of this gathering is meant to be devotional. Huge processions occur, featuring mystical offerings and lama music, heading to the Jokhang and Moru convents; the Grand Lama himself participates in the festival and from an elevated throne next to the Jokhang, receives offerings from the crowd and gives his blessing.

On the 15th of the first month multitudes of torches are kept ablaze, which lighten up the city to a great distance, whilst the interior of the Jokhang is illuminated throughout the night by innumerable lanterns shedding light on coloured figures in bas-relief, framed in arabesques of animals, birds and flowers, and representing the history of Buddha and other subjects, all modelled in butter. The figures are executed on a large scale, and, as described by Huc, who witnessed the festival at Kunbum on the frontier of China, with extraordinary truth and skill. These singular works of art occupy some months in preparation, and on the morrow are thrown 532 away. On other days horse-races take place from Sera to Potala, and foot-races from Potala to the city. On the 27th of the month the holy Dorjē is carried in solemn procession from Sera to the Jokhang, and to the presence of the lama at Potala.

On the 15th of the first month, many torches are lit, brightening the city for quite a distance, while the interior of the Jokhang is filled with countless lanterns that illuminate the colored figures in bas-relief, framed with designs of animals, birds, and flowers, showcasing the history of Buddha and other themes, all crafted from butter. These figures are created on a large scale and, as Huc described after witnessing the festival at Kunbum near the China frontier, with remarkable accuracy and skill. These unique works of art take several months to prepare, only to be discarded the next day. On other days, there are horse races from Sera to Potala and foot races from Potala to the city. On the 27th of the month, the holy Dorjē is carried in a solemn procession from Sera to the Jokhang, and then to the lama at Potala.

Of other great annual feasts, one, in the fourth month, is assigned to the conception of Sakya, but appears to connect itself with the old nature-feast of the entering of spring, and to be more or less identical with the Hūlī of India. A second, the consecration of the waters, in September-October, appears, on the confines of India, to be associated with the Dasehra.

Of the other major annual celebrations, one in the fourth month is dedicated to the conception of Sakya, but seems to be linked with the ancient spring festival and is quite similar to the Hūlī in India. Another celebration, the consecration of the waters, takes place in September-October and appears to be related to the Dasehra on the borders of India.

On the 30th day of the second month there takes place a strange ceremony, akin to that of the scapegoat (which is not unknown in India). It is called the driving out of the demon. A man is hired to perform the part of demon (or victim rather), a part which sometimes ends fatally. He is fantastically dressed, his face mottled with white and black, and is then brought forth from the Jokhang to engage in quasi-theological controversy with one who represents the Grand Lama. This ends in their throwing dice against each other (as it were for the weal or woe of Lhasa). If the demon were to win the omen would be appalling; so this is effectually barred by false dice. The victim is then marched outside the city, followed by the troops and by the whole populace, hooting, shouting and firing volleys after him. Once he is driven off, the people return, and he is carried off to the Samyé convent. Should he die shortly after, this is auspicious; if not, he is kept in ward at Samyé for a twelvemonth.

On the 30th day of the second month, a strange ceremony occurs, similar to that of the scapegoat (which isn't unfamiliar in India). It's called the driving out of the demon. A man is hired to play the part of the demon (or victim, really), a role that can sometimes end badly. He is dressed in a wild costume, his face painted with white and black, and then he is brought out from the Jokhang to engage in a kind of theological debate with someone representing the Grand Lama. This culminates in them rolling dice against each other (as if it’s for the fate of Lhasa). If the demon wins, the omen would be terrible; so, this is effectively prevented by using loaded dice. The victim is then marched out of the city, followed by soldiers and the entire crowd, who yell, cheer, and shoot off guns after him. Once he is driven away, the people return, and he is taken to the Samyé convent. If he dies soon after, it's seen as a good sign; if not, he is kept under watch at Samyé for a year.

Nain Singh, whose habitual accuracy is attested by many facts, mentions a strange practice of comparatively recent origin, according to which the civil power in the city is put up to auction for the first twenty-three days of the new year. The purchaser, who must be a member of the Debung monastery, and is termed the Jalno, is a kind of lord of misrule, who exercises arbitrary authority during that time for his own benefit, levying taxes and capricious fines upon the citizens.

Nain Singh, known for his consistent accuracy, describes a peculiar practice that started not too long ago, where the civil authority in the city is auctioned off for the first twenty-three days of the new year. The buyer, who has to be a member of the Debung monastery and is called the Jalno, acts as a sort of lord of misrule, wielding arbitrary power during this period for his own gain, collecting taxes and random fines from the citizens.

History.—The seat of the princes whose family raised Tibet to a position among the powers of Asia was originally on the Yarlung river, in the extreme east of the region now occupied by Tibetan tribes. It was transplanted to Lhasa in the 7th century by the king Srong-tsan-gampo, conqueror, civilizer and proselytizer, the founder of Buddhism in Tibet, the introducer of the Indian alphabet. On the three-peaked crag now occupied by the palace-monastery of the Grand Lama this king is said to have established his fortress, while he founded in the plain below temples to receive the sacred images, brought respectively from Nepal and from China by the brides to whom his own conversion is attributed.

History.—The rulers who elevated Tibet to a significant position in Asia originally settled along the Yarlung River, in the far east of what is now Tibetan territory. In the 7th century, King Srong-tsan-gampo, a conqueror, reformer, and promoter of Buddhism, moved the capital to Lhasa. He was the one who introduced Buddhism to Tibet and brought in the Indian alphabet. It is believed that he built his fortress on the three-peaked rock where the Grand Lama's palace-monastery now stands, and established temples in the valley below to house sacred images that were brought from Nepal and China by the brides linked to his conversion.

Tibet endured as a conquering power some two centuries, and the more famous among the descendants of the founder added to the city. This-rong-de-tsan (who reigned 740-786) is said to have erected a great temple-palace of which the basement followed the Tibetan style, the middle storey the Chinese, and the upper storey the Indian—a combination which would aptly symbolize the elements that have moulded the culture of Lhasa. His son, the last of the great orthodox kings, in the next century, is said to have summoned artists from Nepal and India, and among many splendid foundations to have erected a sanctuary (at Samyé) of vast height, which had nine storeys, the three lower of stone, the three middle of brick, the three uppermost of timber. With this king the glory of Tibet and of ancient Lhasa reached its zenith, and in 822, a monument recording his treaty on equal terms with the Great T’ang emperor of China was erected in the city. There followed dark days for Lhasa and the Buddhist church in the accession of this king’s brother Langdharma, who has been called the Julian of the lamas. This king rejected the doctrine, persecuted and scattered its ministers, and threw down its temples, convents and images. It was more than a century before Buddhism recovered its hold and its convents were rehabilitated over Tibet. The country was then split into an infinity of petty states, many of them ruled from the convents by warlike ecclesiastics; but, though the old monarchy never recovered, Lhasa seems to have maintained some supremacy, and probably never lost its claim to be the chief city of that congeries of principalities, with a common faith and a common language, which was called Tibet.

Tibet remained a powerful force for about two centuries, and the more notable descendants of the founder continued to enhance the city. This king, known as rong-de-tsan (who ruled from 740 to 786), is said to have built a massive temple-palace where the basement was done in the Tibetan style, the middle level in the Chinese style, and the top level in the Indian style—a blend that perfectly represents the influences that shaped Lhasa's culture. His son, the last of the great orthodox kings, is said to have brought in artists from Nepal and India in the next century. Among many impressive projects, he constructed a towering sanctuary (at Samyé) that had nine stories, with the three lower levels made of stone, the three middle levels of brick, and the three top levels in timber. Under this king, Tibet and ancient Lhasa reached their height, and in 822, a monument was erected in the city to commemorate his treaty with the Great T’ang emperor of China. However, dark times followed for Lhasa and the Buddhist community with the rise of this king’s brother Langdharma, who has been referred to as the Julian of the lamas. This king rejected the faith, persecuted and scattered its followers, and destroyed its temples, convents, and images. It would take more than a century for Buddhism to regain its footing and for its convents to be restored across Tibet. The country then fragmented into numerous small states, many of which were ruled by militant clergy from the convents. Although the old monarchy never regained its strength, Lhasa seems to have retained some level of authority and likely never relinquished its status as the main city of the collection of principalities united by a common faith and language known as Tibet.

The Arab geographers of the 10th century speak of Tibet, but without real knowledge, and none speaks of any city that we can identify with Lhasa. The first passage in any Western author in which such identification can be probably traced occurs in the narrative of Friar Odoric of Pordenone (c. 1330). This remarkable traveller’s route from Europe to India, and thence by sea to China, can be traced satisfactorily, but of his journey homeward through Asia the indications are very fragmentary. He speaks, however, on this return journey of the realm of Tibet, which lay on the confines of India proper: “The folk of that country dwell in tents made of black felt. But the chief and royal city is all built with walls of black and white, and all its streets are very well paved. In this city no one shall dare to shed the blood of any, whether man or beast, for the reverence they bear a certain idol that is there worshipped. In that city dwelleth the Abassi, i.e. in their tongue the pope, who is the head of all the idolaters, and has the disposal of all their benefices such as they are after their manner.”

The Arab geographers of the 10th century mention Tibet, but without real knowledge, and none mention any city we can identify as Lhasa. The first reference in any Western work that likely connects to this identification comes from the account of Friar Odoric of Pordenone (c. 1330). This remarkable traveler’s route from Europe to India, and then by sea to China, can be traced effectively, but details about his journey back through Asia are quite sparse. However, he does mention during this return trip the region of Tibet, which borders on India: “The people of that country live in tents made of black felt. But the main royal city is entirely surrounded by walls of black and white, and all its streets are very well paved. In this city, no one dares to spill the blood of anyone, whether human or animal, because of the reverence they hold for a certain idol they worship there. In that city lives the Abassi, meaning in their language the pope, who is the leader of all the idolaters and controls all their benefits as they see fit.”

We know that Kublai Khan had constituted a young prince of the Lama Church, Mati Dhwaja, as head of that body, and tributary ruler of Tibet, but besides this all is obscure for a century. This passage of Odoric shows that such authority continued under Kublai’s descendants, and that some foreshadow of the position since occupied by the Dalai Lama already existed. But it was not till a century after Odoric that the strange heredity of the dynasty of the Dalai Lamas of Lhasa actually began. In the first two centuries of its existence the residence of these pontiffs was rather at Debung or Sera than at Lhasa itself, though the latter was the centre of devout resort. A great event for Lhasa was the conversion, or reconversion, of the Mongols to Lamaism (c. 1577), which made the city the focus of sanctity and pilgrimage to so vast a tract of Asia. It was in the middle of the 17th century that Lhasa became the residence of the Dalai Lama. A native prince, known as the Tsangpo, with his seat at Shigatse, had made himself master of southern Tibet, and threatened to absorb the whole. The fifth Dalai Lama, Nagwang Lobzang, called in the aid of a Kalmuck prince, Gushi Khan, from the neighbourhood of the Koko-nor, who defeated and slew the Tsangpo and made over full dominion in Tibet to the lama (1641). The latter now first established his court and built his palace on the rock-site of the fortress of the ancient monarchy, which apparently had fallen into ruin, and to this he gave the name of Potala.

We know that Kublai Khan appointed a young prince of the Lama Church, Mati Dhwaja, as the head of that organization and as a tributary ruler of Tibet, but beyond that, things are unclear for a century. This passage from Odoric indicates that such authority continued under Kublai’s descendants, and that some early form of the position now held by the Dalai Lama already existed. However, it wasn't until a century after Odoric that the unique hereditary system of the Dalai Lamas of Lhasa actually began. In the first two centuries of its existence, the residence of these leaders was more at Debung or Sera than in Lhasa itself, although the latter was the central place of pilgrimage. A significant event for Lhasa was the conversion, or reconversion, of the Mongols to Lamaism (c. 1577), which turned the city into a spiritual hub for a vast area of Asia. It was in the middle of the 17th century that Lhasa became the home of the Dalai Lama. A native ruler known as the Tsangpo, based in Shigatse, had taken control of southern Tibet and threatened to consume the entire region. The fifth Dalai Lama, Nagwang Lobzang, sought help from a Kalmuck prince, Gushi Khan, from the area around Koko-nor, who defeated and killed the Tsangpo, giving full control of Tibet to the lama (1641). The latter then established his court and built his palace on the rocky site of the ancient monarchy's fortress, which had apparently fallen into ruin, and named it Potala.

The founder of Potala died in 1681. He had appointed as “regent” or civil administrator (Deisri, or Deba) one supposed to be his own natural son. This remarkable personage, Sangye Gyamtso, of great ambition and accomplishment, still renowned in Tibet as the author of some of the most valued works of the native literature, concealed the death of his master, asserting that the latter had retired, in mystic meditation or trance, to the upper chambers of the palace. The government continued to be carried on in the lama’s name by the regent, who leagued with Galdan Khan of Dzungaria against the Chinese (Manchu) power. It was not till the great emperor Kang-hi was marching on Tibet that the death of the lama, sixteen years before, was admitted. A solemn funeral was then performed, at which 108,000 lamas assisted, and a new incarnation was set up in the person of a youth of fifteen, Tsangs-yang Gyamtso. This young man was the scandal of the Lamaist Church in every kind of evil living and debauchery, so that he was deposed and assassinated in 1701. But it was under him and the regent Sangye Gyamtso that the Potala palace attained its present scale of grandeur, and that most of the other great buildings of Lhasa were extended and embellished.

The founder of Potala died in 1681. He had appointed as "regent" or civil administrator (Deisri, or Deba) someone believed to be his own natural son. This extraordinary figure, Sangye Gyamtso, known for his ambition and achievements, is still celebrated in Tibet as the author of some of the most esteemed works in native literature. He hid the death of his master by claiming that the latter had retired to the upper chambers of the palace for mystical meditation or trance. The government continued to operate in the lama’s name under the regent, who allied with Galdan Khan of Dzungaria against the Chinese (Manchu) forces. It wasn't until the great emperor Kang-hi was advancing towards Tibet that the lama's death, which had occurred sixteen years prior, was finally acknowledged. A formal funeral was held, attended by 108,000 lamas, and a new incarnation was declared in the form of a 15-year-old named Tsangs-yang Gyamtso. This young man became a scandal for the Lamaist Church due to his immoral lifestyle and debauchery, leading to his deposition and assassination in 1701. However, it was during his time and under the regent Sangye Gyamtso that the Potala palace reached its current level of grandeur, and many other significant buildings in Lhasa were expanded and beautified.

For further history and bibliography, see Tibet. Consult also Lamaism.

For more history and references, check out Tibet. Also, look at Lamaism.

(H. Y.; L. A. W.)

1 The name given by Köppen (Die lamaische Kirche, Berlin, 1859, p. 74) is “La Brang,” by which it is sometimes known.

1 The name given by Köppen (Die lamaische Kirche, Berlin, 1859, p. 74) is “La Brang,” which is one of the names it is known by.

2 Among articles sold in the Lhasa bazaars are fossil bones, called by the people “lightning bones,” and believed to have healing virtues.

2 Among the items sold in the Lhasa markets are fossil bones, referred to by the locals as “lightning bones,” which are believed to have healing properties.

L’HÔPITAL (or L’Hospital), MICHEL DE (c. 1505-1573), French statesman, was born near Aigueperse in Auvergne (now Puy-de-Dôme). His father, who was physician to the constable Charles of Bourbon, sent him to study at Toulouse, whence at the age of eighteen he was driven, a consequence of the evil fortunes of the family patron, to Padua, where he studied law and letters for about six years. On the completion of his studies he joined his father at Bologna, and afterwards, the constable having died, went to Rome in the suite of Charles V. For some time he held a position in the papal court at Rome, but about 1534 he returned to France, and becoming an advocate, his 533 marriage, in 1537, procured for him the post of counsellor to the parlement of Paris. This office he held until 1547, when he was sent by Henry II. on a mission to Bologna, where the council of Trent was at that time sitting; after sixteen months of wearisome inactivity there, he was by his own desire recalled at the close of 1548. L’Hôpital now for some time held the position of chancellor to the king’s sister, Margaret, duchess of Berry. In 1553, on the recommendation of the Cardinal of Lorraine, he was named master of the requests, and afterwards president of the chambre des comptes. In 1559 he accompanied the princess Margaret, now duchess of Savoy, to Nice, where, in the following year, tidings reached him that he had been chosen to succeed François Olivier (1487-1560) in the chancellorship of France.

L'Hôpital (or L'Hôpital), MICHEL DE (c. 1505-1573), French statesman, was born near Aigueperse in Auvergne (now Puy-de-Dôme). His father, who was a doctor for the constable Charles of Bourbon, sent him to study at Toulouse. When he was eighteen, he had to leave because of his family's misfortunes and went to Padua, where he studied law and literature for about six years. After finishing his studies, he joined his father in Bologna, and later, after the constable passed away, he went to Rome with Charles V. He held a position at the papal court in Rome for a time, but around 1534 he returned to France and, becoming a lawyer, his 533 marriage in 1537 secured him the role of counselor to the parlement of Paris. He held this position until 1547, when he was sent by Henry II on a mission to Bologna, where the council of Trent was meeting; after sixteen months of frustrating inactivity, he requested to be recalled at the end of 1548. L’Hôpital then served as chancellor to the king’s sister, Margaret, duchess of Berry, for some time. In 1553, on the recommendation of the Cardinal of Lorraine, he was appointed master of the requests, and later became president of the chambre des comptes. In 1559, he accompanied Princess Margaret, now duchess of Savoy, to Nice, where he learned the following year that he had been chosen to succeed François Olivier (1487-1560) as chancellor of France.

One of his first acts after entering on the duties of his office was to cause the parlement of Paris to register the edict of Romorantin, of which he is sometimes, but erroneously, said to have been the author. Designed to protect heretics from the secret and summary methods of the Inquisition, it certainly had his sympathy and approval. In accordance with the consistent policy of inclusion and toleration by which the whole of his official life was characterized, he induced the council to call the assembly of notables, which met at Fontainebleau in August 1560 and agreed that the States General should be summoned, all proceedings against heretics being meanwhile suppressed, pending the reformation of the church by a general or national council. The States General met in December; the edict of Orleans (January 1561) followed, and finally, after the colloquy of Poissy, the edict of January 1562, the most liberal, except that of Nantes, ever obtained by the Protestants of France. Its terms, however, were not carried out, and during the war which was the inevitable result of the massacre of Vassy in March, L’Hôpital, whose dismissal had been for some time urged by the papal legate Hippolytus of Este, found it necessary to retire to his estate at Vignay, near Étampes, whence he did not return until after the pacification of Amboise (March 19, 1563). It was by his advice that Charles IX. was declared of age at Rouen in August 1563, a measure which really increased the power Of Catherine de’ Medici; and it was under his influence also that the royal council in 1564 refused to authorize the publication of the acts of the council of Trent, on account of their inconsistency with the Gallican liberties. In 1564-1566 he accompanied the young king on an extended tour through France; and in 1566 he was instrumental in the promulgation of an important edict for the reform of abuses in the administration of justice. The renewal of the religious war in September 1567, however, was at once a symptom and a cause of diminished influence to L’Hôpital, and in February 1568 he obtained his letters of discharge, which were registered by the parlement on the 11th of May, his titles, honours and emoluments being reserved to him during the remainder of his life. Henceforward he lived a life of unbroken seclusion at Vignay, his only subsequent public appearance being by means of a mémoire which he addressed to the king in 1570 under the title Le But de la guerre et de la paix, ou discours du chancelier l’Hospital pour exhorter Charles IX. à donner la paix à ses sujets. Though not exempt from considerable danger, he passed in safety through the troubles of St Bartholomew’s eve. His death took place either at Vignay or at Bellébat on the 13th of March 1573.

One of his first actions after taking on his office was to have the Parliament of Paris register the edict of Romorantin, which he is sometimes, but wrongly, claimed to have authored. Intended to protect heretics from the secret and hasty tactics of the Inquisition, it definitely had his support and approval. True to the consistent policy of inclusion and tolerance that characterized his entire official life, he persuaded the council to convene an assembly of notables, which met at Fontainebleau in August 1560 and agreed that the States General should be called, while all actions against heretics were to be paused until the church could be reformed by a general or national council. The States General met in December; the edict of Orleans (January 1561) followed, and eventually, after the colloquy of Poissy, the edict of January 1562 emerged, the most liberal one, aside from that of Nantes, ever granted to the Protestants of France. However, its provisions were not enforced, and during the war that inevitably followed the massacre of Vassy in March, L’Hôpital, whose dismissal had been pushed for some time by the papal legate Hippolytus of Este, found it necessary to retreat to his estate at Vignay, near Étampes, where he stayed until after the pacification of Amboise (March 19, 1563). It was at his suggestion that Charles IX. was declared of age in Rouen in August 1563, a move that effectively strengthened the power of Catherine de’ Medici; and it was also under his influence that the royal council in 1564 refused to allow the publication of the acts of the council of Trent, due to their conflict with Gallican liberties. From 1564 to 1566, he traveled extensively through France with the young king; and in 1566, he played a key role in the introduction of an important edict for reforming abuses in the administration of justice. However, the resumption of the religious war in September 1567 was both a sign and a cause of L’Hôpital’s declining influence, and in February 1568 he received his letters of discharge, which were registered by the parliament on May 11, with his titles, honors, and benefits preserved for the rest of his life. From that point on, he lived a life of complete seclusion at Vignay, his only subsequent public appearance being a mémoire he presented to the king in 1570 titled Le But de la guerre et de la paix, ou discours du chancelier l’Hospital pour exhorter Charles IX. à donner la paix à ses sujets. Though he faced significant danger, he managed to survive the troubles of St Bartholomew’s Eve. He died either at Vignay or at Bellébat on March 13, 1573.

After his death Pibrac, assisted by De Thou and Scévole de Sainte-Marthe, collected a volume of the Poemata of L’Hôpital, and in 1585 his grandson published Epistolarum seu Sermonum libri sex. The complete Œuvres de l’Hôpital were published for the first time by P. J. S. Dufey (5 vols., Paris, 1824-1825). They include his “Harangues” and “Remonstrances,” the Epistles, the Mémoire to Charles IX., a Traité de la réformation de la justice, and his will. See also A. F. Villemain, Vie du Chancelier de l’Hôpital (Paris, 1874); R. G. E. T; St-René Taillandier, Le Chancelier de l’Hospital (Paris, 1861); Dupré-Lasalle, Michel de l’Hospital avant son élévation au poste de chancelier de France (Paris, 1875-1899); Amphoux, Michel de l’Hospital et la liberté de conscience au XVIe siècle (Paris, 1900); C. T. Atkinson, Michel de l’Hospital (London, 1900), containing an appendix on bibliography and sources; A. E. Shaw, Michel de l’Hospital and his Policy (London, 1905); and Eugène and Emile Haag, La France protestante (2nd ed., 1877 seq.).

After his death, Pibrac, with the help of De Thou and Scévole de Sainte-Marthe, put together a book of the Poemata of L’Hôpital, and in 1585, his grandson published Epistolarum seu Sermonum libri sex. The complete Œuvres de l’Hôpital were published for the first time by P. J. S. Dufey (5 vols., Paris, 1824-1825). They include his “Harangues” and “Remonstrances,” the Epistles, the Mémoire to Charles IX., a Traité de la réformation de la justice, and his will. See also A. F. Villemain, Vie du Chancelier de l’Hôpital (Paris, 1874); R. G. E. T; St-René Taillandier, Le Chancelier de l’Hospital (Paris, 1861); Dupré-Lasalle, Michel de l’Hospital avant son élévation au poste de chancelier de France (Paris, 1875-1899); Amphoux, Michel de l’Hospital et la liberté de conscience au XVIe siècle (Paris, 1900); C. T. Atkinson, Michel de l’Hospital (London, 1900), which includes an appendix on bibliography and sources; A. E. Shaw, Michel de l’Hospital and his Policy (London, 1905); and Eugène and Emile Haag, La France protestante (2nd ed., 1877 seq.).

LIAO-YANG, a city of China, formerly the chief town of the province of Liao-tung or Shêng-king (southern Manchuria), 35 m. S of Mukden. It is situated in a rich cotton district in the fertile valley of the Liao, on the road between Niuchwang and Mukden, and carries on a considerable trade. The walls include an area about 2½ m. long by 2 m. broad, and there are fairly extensive suburbs; but a good deal even of the enclosed area is under cultivation. The population is estimated at 100,000. Liao-yang was one of the first objectives of the Japanese during the Russo-Japanese War, and its capture by them resulted in some of the fiercest fighting during the campaign, from the 24th of August to the 4th of September 1904.

LIAO-YANG, is a city in China that used to be the main town of the province of Liao-tung or Shêng-king (southern Manchuria), located 35 miles south of Mukden. It sits in a rich cotton-producing area in the fertile Liao Valley, along the route between Niuchwang and Mukden, and has a significant trade. The city walls cover an area about 2½ miles long and 2 miles wide, and there are fairly large suburbs, although much of the enclosed area is used for farming. The population is estimated to be around 100,000. Liao-yang was one of the primary targets for the Japanese during the Russo-Japanese War, and its capture led to some of the fiercest combat during the campaign, from August 24 to September 4, 1904.

LIAS, in geology, the lowermost group of Jurassic strata. Originally the name seems to have been written “Lyas”; it is most probably a provincial form of “layers,” strata, employed by quarrymen in the west of England; it has been suggested, however, that the Fr. liais, Breton leach = a stone, Gaelic leac = flat stone, may have given rise to the English “Lias.” Liassic strata occupy an important position in England, where they crop out at Lyme Regis on the Dorsetshire coast and extend thence by Bath, along the western flank of the Cotswold Hills, forming Edge Hill and appearing at Banbury, Rugby, Melton, Grantham, Lincoln, to Redcar on the coast of Yorkshire. They occur also in Glamorganshire, Shropshire, near Carlisle, in Skye, Raasay (Pabba, Scalpa and Broadfoot beds), and elsewhere in the north of Scotland, and in the north-east of Ireland. East of the belt of outcrop indicated, the Lias is known to occur beneath the younger rocks for some distance farther east, but it is absent from beneath London, Reading, Ware, Harwich, Dover, and in the southern portion of the area in which these towns lie; the Liassic rocks are probably thinned out against a concealed ridge of more ancient rocks. The table on following page will serve to illustrate the general characters of the English Lias and the subdivisions adopted by the Geological Survey. By the side are shown the principal zonal ammonites, and, for comparison, the subdivisions preferred by Messrs Tate and Blake and by A. de Lapparent.

LIAS, in geology, the lowest group of Jurassic rocks. The name seems to have originally been “Lyas”; it’s likely a regional version of “layers,” a term used by quarry workers in the west of England. However, there’s a suggestion that it may have been inspired by the French liais, the Breton leach meaning a stone, or the Gaelic leac meaning a flat stone, which could have led to the English term "Lias." Liassic rocks are significant in England, where they appear at Lyme Regis on the Dorset coast and extend through Bath, along the western side of the Cotswold Hills, forming Edge Hill and showing up at Banbury, Rugby, Melton, Grantham, Lincoln, and all the way to Redcar on the Yorkshire coast. They are also found in Glamorganshire, Shropshire, near Carlisle, in Skye, Raasay (Pabba, Scalpa, and Broadfoot beds), and in other areas in the north of Scotland, as well as in the north-east of Ireland. East of the areas mentioned, the Lias is known to exist beneath the younger rocks for a considerable distance further east, but it is missing beneath London, Reading, Ware, Harwich, Dover, and in the southern areas that these towns occupy; the Liassic rocks are likely diminished against a hidden ridge of older rocks. The table on the following page will illustrate the overall characteristics of the English Lias and the subdivisions used by the Geological Survey. Next to it are shown the main zonal ammonites, along with the preferred subdivisions of Messrs Tate and Blake and A. de Lapparent for comparison.

The important fact is clearly demonstrated in the table, that where the Lias is seen in contact with the Trias below or the Inferior Oolite above, there is, as a rule, a gradual passage from the Liassic formation, both downwards and upwards; hence Professor de Lapparent includes in his Liassique System the zone of Ammonites opalinus at the top, and the Rhaetic beds at the bottom (see Oolite; Rhaetic). Owing to the transgression of the Liassic sea the strata rest in places upon older Palaeozoic rocks. The thickness of the Lias varies considerably; in Dorsetshire it is 900 ft., near Bath it has thinned to 280 ft., and beneath Oxford it is further reduced. In north Gloucestershire it is 1360 ft., Northampton 760 ft., Rutland 800 ft., Lincolnshire 950 ft., and in Yorkshire about 500 ft.

The key point is clearly shown in the table that where the Lias meets the Trias below or the Inferior Oolite above, there is usually a gradual transition from the Liassic formation, both downwards and upwards; therefore, Professor de Lapparent includes in his Liassique System the zone of Ammonites opalinus at the top and the Rhaetic beds at the bottom (see Oolite; Rhaetic). Due to the encroachment of the Liassic sea, the layers in some places sit on older Palaeozoic rocks. The thickness of the Lias varies a lot; in Dorsetshire, it's 900 ft., near Bath it has thinned to 280 ft., and beneath Oxford, it's further reduced. In north Gloucestershire, it's 1360 ft., Northampton 760 ft., Rutland 800 ft., Lincolnshire 950 ft., and in Yorkshire about 500 ft.

The Lias of England was laid down in conditions very similar to those which obtained at the same time in north France and north Germany, that is to say, on the floor of a shallow sea; but in the Alpine region limestones are developed upon a much greater scale. Many of the limestones are red and crystalline marbles such as the “ammonitico-rosso-inferiore” of the Apennines; a grey, laminated limestone is known as the “Fleckenmergel.” The whitish “Hierlatzkalke,” the Adnet beds and the “Grestener beds” in the eastern Alps and Balkan Mountains are important phases of Alpine Lias. The Grestener beds contain a considerable amount of coal. The Lias of Spain and the Pyrenees contains much dolomitic limestone. This formation is widely spread in western Europe; besides the localities already cited it occurs in Swabia, the Rhenish provinces, Alsace-Lorraine, Luxemburg, Ardennes, Normandy, Austria-Hungary, the Balkan States, Greece and Scania. It has not been found north of Kharkov in Russia, but it is present in the south and in the Caucasus, in Anatolia, Persia and the Himalayas. It appears on the eastern side of Japan, in Borneo, Timor, New Caledonia and New Zealand (Bastion beds); in Algeria, Tunisia and elsewhere in North Africa, and on the west coast of Madagascar. In South America it is found in the Bolivian Andes, in Chile and Argentina; it appears also on the Pacific coast of North America.

The Lias of England was formed under conditions very similar to those in northern France and northern Germany at the same time, specifically on the floor of a shallow sea. However, in the Alpine region, limestones are developed on a much larger scale. Many of the limestones are red and crystalline marbles, like the "ammonitico-rosso-inferiore" of the Apennines; a gray, laminated limestone is known as the “Fleckenmergel.” The whitish “Hierlatzkalke,” the Adnet beds, and the “Grestener beds” in the eastern Alps and Balkan Mountains are significant parts of the Alpine Lias. The Grestener beds have a considerable amount of coal. The Lias in Spain and the Pyrenees contains a lot of dolomitic limestone. This formation is widely spread across western Europe; in addition to the locations already mentioned, it can be found in Swabia, the Rhenish provinces, Alsace-Lorraine, Luxembourg, the Ardennes, Normandy, Austria-Hungary, the Balkan States, Greece, and Scania. It has not been found north of Kharkov in Russia, but it is present in the south and in the Caucasus, Anatolia, Persia, and the Himalayas. It appears on the eastern side of Japan, in Borneo, Timor, New Caledonia, and New Zealand (Bastion beds); in Algeria, Tunisia, and elsewhere in North Africa, and on the west coast of Madagascar. In South America, it is found in the Bolivian Andes, Chile, and Argentina; it also appears on the Pacific coast of North America.

534

534

  S. W. England and Midlands. Yorkshire. Ammonite Zones.* Divisions according to
A. de Lapparent.**
Upper
Lias.
Midford Sands (passage beds) Alum shale Am. jurensis U. (Including the opalinus zone
 of the Inferior Oolite.)
Clays with Cement-stones Jet Rock Am. communis Toarcien.
Limestones and Clays Grey Shale Am. serpentinus  
    Am. annulatus M.  
Middle
Lias.
Marlstone and Sands
 (Rock Bed and Ironstones)
Ironstone Series Am. spinatus Charmouthien.
Micaceous Clays and Sands Sandy Series Am. margaritatus
Lower
Lias.
Clays with occasional bands
 of Limestone
Upper Series with
Ironstone nodules
Am. capricornus
Am. Jamesoni
  and
Am. armatus
Limestones and Clays Lower Series with
 Sandy and Marly
 Beds
Am. oxynotus
Am. Bucklandi
Am. angulatus
Am. planorbis
L. Sinémourien.
Hettangien including “White
Lias.”
        Rhétien.
* The brackets indicate the divisions made by R. Tate and J. F. Blake.
** Traité de géologie (5th ed., Paris, 1906).

The economic products of the Lias are of considerable importance. In the Lower Lias of Lincolnshire and the Middle Lias of Oxfordshire, Northamptonshire, Lincolnshire, Leicestershire and Yorkshire the beds of ironstone are of great value. Most of these ores are limestones that have been converted into iron carbonate with some admixture of silicates; they weather near the surface into hydrated peroxide. At Frodingham in Lincolnshire the oolitic iron ore reaches 30 ft. in thickness, of which 12 ft. are workable. In Gloucestershire the top beds of the Lower Lias and lower beds of the Middle division are the most ferruginous; the best ores near Woodstock and Banbury and between Market Harborough and Leicester are at the summit of the Middle Lias in the Marlstone or Rock bed. The ironstone of Fawler is sometimes known as Blenheim ore. The ores of the Cleveland district in Yorkshire have a great reputation; the main seam is 11 ft. thick at Eston, where it rests directly upon the Pecten Seam, the two together aggregating 15 ft. 6 in. Similar iron ores of this age are worked at Meurthe-et-Moselle, Villerupt, Marbache, Longuy, Champagneulles, &c. Some of the Liassic limestones are used as building stones, the more important ones being the Lower Lias Sutton stone of Glamorganshire and Middle Lias Hornton stone, the best of the Lias building stones, from Edge Hill. The limestones are often used for paving. The limestones of the Lower Lias are much used for the production of hydraulic cement and “Blue Lias” lime at Rugby, Barrow-on-Soar, Barnstone, Lyme Regis, Abertham and many other places. Roman cement has been made from the nodules in the Upper Lias of Yorkshire; alum is obtained from the same horizon. A considerable trade was formerly done in jet, the best quality being obtained from the “Serpentinus” beds, but “bastard” or soft jet is found in many of the other strata in the Yorkshire Lias. Both Lower and Upper Lias clays have been used in making bricks and tiles.

The economic products of the Lias are quite significant. In the Lower Lias of Lincolnshire and the Middle Lias of Oxfordshire, Northamptonshire, Lincolnshire, Leicestershire, and Yorkshire, the ironstone beds are very valuable. Most of these ores are limestones that have turned into iron carbonate with some silicate mixture; they break down near the surface into hydrated peroxide. At Frodingham in Lincolnshire, the oolitic iron ore reaches 30 ft. thick, with 12 ft. being workable. In Gloucestershire, the upper beds of the Lower Lias and lower beds of the Middle division are the most iron-rich; the best ores near Woodstock and Banbury and between Market Harborough and Leicester are found at the top of the Middle Lias in the Marlstone or Rock bed. The ironstone of Fawler is sometimes referred to as Blenheim ore. The ores from the Cleveland district in Yorkshire have a strong reputation; the main seam is 11 ft. thick at Eston, where it lies directly on top of the Pecten Seam, with the two together measuring 15 ft. 6 in. Similar iron ores of this age are mined at Meurthe-et-Moselle, Villerupt, Marbache, Longuy, Champagneulles, etc. Some of the Liassic limestones are used as building stones, with the more notable ones being the Lower Lias Sutton stone from Glamorganshire and Middle Lias Hornton stone, the best of the Lias building stones from Edge Hill. The limestones are often used for paving. The limestones of the Lower Lias are heavily used for producing hydraulic cement and “Blue Lias” lime at Rugby, Barrow-on-Soar, Barnstone, Lyme Regis, Abertham, and many other locations. Roman cement has been created from the nodules in the Upper Lias of Yorkshire; alum is also sourced from the same layer. There used to be a significant trade in jet, with the highest quality coming from the “Serpentinus” beds, but “bastard” or soft jet can be found in many other layers of the Yorkshire Lias. Both Lower and Upper Lias clays have been utilized for making bricks and tiles.

Fossils are abundant in the Lias; Lyme Regis, Shepton Mallet, Rugby, Robin Hood’s Bay, Ilminster, Whitby and Golden Cap near Charmouth are well-known localities. The saurian reptiles, Ichthyosaurus and Plesiosaurus, are found in excellent preservation along with the Pterodactyl. Among the fishes are Hybodus, Dapedius, Pholidophorus, Acrodus. The crinoids, Pentacrinus and Extracrinus are locally abundant. Insect remains are very abundant in certain beds. Many ammonites occur in this formation in addition to the forms used as zonal indexes mentioned in the table. Lima gigantea, Posidonomya Bronni, Inoceramus dubius, Gryphaea cymbium and G. arcuata are common pelecypods. Amberleya capitanea, Pleurotomaria anglica are Lias gasteropods. Leptaena, Spiriferina, Terebratella and Rhynchonella tetrahedra and R. variabilis are among the brachiopods.

Fossils are plentiful in the Lias; locations like Lyme Regis, Shepton Mallet, Rugby, Robin Hood’s Bay, Ilminster, Whitby, and Golden Cap near Charmouth are well-known. The dinosaur-like reptiles, Ichthyosaurus and Plesiosaurus, are found in great condition along with the Pterodactyl. Among the fish species are Hybodus, Dapedius, Pholidophorus, and Acrodus. The crinoids, Pentacrinus and Extracrinus, are locally abundant. Insect remains are very common in certain layers. Many ammonites appear in this formation, in addition to the types used as zonal indexes mentioned in the table. Lima gigantea, Posidonomya Bronni, Inoceramus dubius, Gryphaea cymbium, and G. arcuata are typical pelecypods. Amberleya capitanea and Pleurotomaria anglica are gasteropods from the Lias. Leptaena, Spiriferina, Terebratella, and Rhynchonella tetrahedra and R. variabilis are among the brachiopods.

Certain dark limestones with regular bedding which occur in the Carboniferous System are sometimes called “Black Lias” by quarrymen.

Certain dark limestones with consistent layering found in the Carboniferous System are sometimes referred to as “Black Lias” by quarry workers.

See “The Lias of England and Wales” (Yorkshire excepted), by H. B. Woodward, Geol. Survey Memoir (London, 1893); and, for Yorkshire, “The Jurassic Rocks of Britain,” vol. i., “Yorkshire,” by C. Fox-Strangways, Geol. Survey Memoir. See also Jurassic.

See “The Lias of England and Wales” (except Yorkshire), by H. B. Woodward, Geol. Survey Memoir (London, 1893); and for Yorkshire, “The Jurassic Rocks of Britain,” vol. i., “Yorkshire,” by C. Fox-Strangways, Geol. Survey Memoir. Also, see Jurassic.

(J. A. H.)

LIBANIUS (A.D. 314-393), Greek sophist and rhetorician, was born at Antioch, the capital of Syria. He studied at Athens, and spent most of his earlier manhood in Constantinople and Nicomedia. His private classes at Constantinople were much more popular than those of the public professors, who had him expelled in 346 (or earlier) on the charge of studying magic. He removed his school to Nicomedia, where he remained five years. After another attempt to settle in Constantinople, he finally retired to Antioch (354). Though a pagan, he enjoyed the favour of the Christian emperors. When Julian, his special patron, restored paganism as the state religion, Libanius showed no intolerance. Among his pupils he numbered John Chrysostom, Basil (bishop of Caesarea) and Ammianus Marcellinus. His works, consisting chiefly of orations (including his autobiography), declamations on set topics, letters, life of Demosthenes, and arguments to all his orations are voluminous. He devoted much time to the classical Greek writers, and had a thorough contempt for Rome and all things Roman. His speeches and letters throw considerable light on the political and literary history of the age. The letters number 1607 in the Greek original; with these were formerly included some 400 in Latin, purporting to be a translation, but now proved to be a forgery by the Italian humanist F. Zambeccari (15th century).

LIBANIUS (C.E. 314-393), a Greek sophist and rhetorician, was born in Antioch, the capital of Syria. He studied in Athens and spent most of his early adulthood in Constantinople and Nicomedia. His private classes in Constantinople were much more popular than those of the public professors, who had him expelled in 346 (or earlier) on the accusation of practicing magic. He moved his school to Nicomedia, where he stayed for five years. After another attempt to settle in Constantinople, he finally retired to Antioch in 354. Despite being a pagan, he had the favor of the Christian emperors. When Julian, his main supporter, reinstated paganism as the state religion, Libanius demonstrated no intolerance. Among his students were John Chrysostom, Basil (bishop of Caesarea), and Ammianus Marcellinus. His works, which mainly consist of orations (including his autobiography), declamations on specific topics, letters, a biography of Demosthenes, and arguments for all his orations, are extensive. He dedicated much time to classical Greek writers and held a deep contempt for Rome and its culture. His speeches and letters provide significant insight into the political and literary history of the era. The letters total 1607 in the original Greek; previously, about 400 in Latin, claiming to be a translation, were included but have now been proven to be a forgery by the Italian humanist F. Zambeccari (15th century).

Editions: Orations and declamations, J. J. Reiske (1791-1797); letters, J. C. Wolf (1738); two additional declamations, R. Förster (Hermes, ix. 22, xii. 217), who in 1903 began the publication of a complete edition; Apologia Socratis, Y. H. Rogge (1891). See also E. Monnier, Histoire de Libanius (1866); L. Petit, Essai sur la vie et la correspondance du sophiste Libanius (1866); G. R. Sievers, Das Leben des Libanius (1868); R. Förster, F. Zambeccari und die Briefe des Libanius (1878). Some letters from the emperor Julian to Libanius will be found in R. Hercher, Epistolographi Graeci (1873). Sixteen letters to Julian have been translated by J. Duncombe (The Works of the Emperor Julian, i. 303-332, 3rd ed., London, 1798). The oration on the emperor Julian is translated by C. W. King (in Bohn’s “Classical Library,” London, 1888), and that in Defence of the Temples of the Heathen by Dr Lardner (in a volume of translations by Thomas Taylor, from Celsus and others, 1830). See further J. E. Sandys, Hist. of Classical Scholarship, i. (1906), and A. Harrent, Les Écoles d’Antioche (1898).

Editions: Speeches and declamations, J. J. Reiske (1791-1797); letters, J. C. Wolf (1738); two additional declamations, R. Förster (Hermes, ix. 22, xii. 217), who started publishing a complete edition in 1903; Apologia Socratis, Y. H. Rogge (1891). See also E. Monnier, Histoire de Libanius (1866); L. Petit, Essai sur la vie et la correspondance du sophiste Libanius (1866); G. R. Sievers, Das Leben des Libanius (1868); R. Förster, F. Zambeccari und die Briefe des Libanius (1878). Some letters from Emperor Julian to Libanius can be found in R. Hercher, Epistolographi Graeci (1873). Sixteen letters to Julian have been translated by J. Duncombe (The Works of the Emperor Julian, i. 303-332, 3rd ed., London, 1798). The oration on Emperor Julian is translated by C. W. King (in Bohn’s “Classical Library,” London, 1888), and the one in Defense of the Temples of the Heathen by Dr. Lardner (in a collection of translations by Thomas Taylor, from Celsus and others, 1830). See further J. E. Sandys, Hist. of Classical Scholarship, i. (1906), and A. Harrent, Les Écoles d’Antioche (1898).

LIBATION (Lat. libatio, from libare, to take a portion of something, to taste, hence to pour out as an offering to a deity, &c.; cf. Gr. λείβειν), a drink offering, the pouring out of a small quantity of wine, milk or other liquid as a ceremonial act. Such an act was performed in honour of the dead (Gr. χοαί, Lat. profusiones), in making of treaties (Gr. σπονδή, σπένδειν = libare, whence σπονδαί, treaty), and particularly in honour of the gods (Gr. λοιβή, Lat. libatio, libamentum, libamen). Such libations to the gods were made as part of the daily ritual of domestic worship, or at banquets or feasts to the Lares, or to special deities, as by the Greeks to Hermes, the god of sleep, when going to rest.

DRINK (Latin libatio, from libare, meaning to take a portion of something, to taste, and thus to pour out as an offering to a deity; compare Greek λείβειν), is a drink offering, the act of pouring out a small amount of wine, milk, or another liquid as a ceremonial gesture. This practice was carried out in honor of the deceased (Greek χοαί, Latin profusiones), when making treaties (Greek σπονδή, σπένδειν = libare, leading to sacrifices, treaty), and especially in respect to the gods (Greek λοιβή, Latin libatio, libamentum, libamen). Libations to the gods were performed as part of the daily rituals of home worship, or at banquets or feasts dedicated to the Lares, or to specific deities, such as by the Greeks to Hermes, the god of sleep, when going to rest.

LIBAU (Lettish, Leepaya), a seaport of Russia, in the government of Courland, 145 m. by rail S.W. of Riga, at the northern extremity of a narrow sandy peninsula which separates Lake Libau (12 m. long and 2 m. wide) from the Baltic Sea. Its population has more than doubled since 1881 (30,000), being 64,505 in 1897. The town is well built of stone, with good gardens, and has a naval cathedral (1903). The harbour was 535 2 m. S. of the town until a canal was dug through the peninsula in 1697; it is now deepened to 23 ft., and is mostly free from ice throughout the year. Since being brought, in 1872, into railway connexion with Moscow, Orel and Kharkov, Libau has become an important port. New Libau possesses large factories for colours, explosives, machinery belts, sails and ropes, tobacco, furniture, matches, as well as iron works, agricultural machinery works, tin-plate works, soap works, saw-mills, breweries, oil-mills, cork and linoleum factories and flour-mills. The exports reach the annual value of £3,250,000 to £5,500,000, oats being the chief export, with flour, wheat, rye, butter, eggs, spirits, flax, linseed, oilcake, pork, timber, horses and petroleum. The imports average £1,500,000 to £2,000,000 annually. Shipbuilding, including steamers for open-sea navigation, is on the increase. North of the commercial harbour and enclosing it the Russian government made (1893-1906) a very extensive fortified naval port, protected by moles and breakwaters. Libau is visited for sea-bathing in summer.

LIBAU (Lettish, Leepaya) is a seaport in Russia, located in the Courland region, 145 miles southwest of Riga, at the northern tip of a narrow sandy peninsula that separates Lake Libau (12 miles long and 2 miles wide) from the Baltic Sea. Its population has more than doubled since 1881 (30,000), reaching 64,505 in 1897. The town is well-built with stone buildings and has lovely gardens, along with a naval cathedral (1903). The harbor was situated 2 miles south of the town until a canal was dug through the peninsula in 1697; it has now been deepened to 23 feet and is mostly ice-free year-round. Since it was connected by railway to Moscow, Orel, and Kharkov in 1872, Libau has become an important port. New Libau features large factories producing colors, explosives, machinery belts, sails and ropes, tobacco, furniture, matches, as well as ironworks, agricultural machinery, tin-plate products, soap, sawmills, breweries, oil mills, cork and linoleum products, and flour. Exports are valued at £3,250,000 to £5,500,000 annually, with oats being the main export, along with flour, wheat, rye, butter, eggs, spirits, flax, linseed, oilcake, pork, timber, horses, and petroleum. Imports average £1,500,000 to £2,000,000 each year. Shipbuilding, including steamers for open-sea navigation, is growing. To the north of the commercial harbor, the Russian government constructed a large fortified naval port from 1893 to 1906, protected by moles and breakwaters. Libau is popular for sea-bathing in the summer.

The port of Libau, Lyra portus, is mentioned as early as 1263; it then belonged to the Livonian Order or Brothers of the Sword. In 1418 it was burnt by the Lithuanians, and in 1560 it was mortgaged by the grandmaster of the Teutonic Order, to which it had passed, to the Prussian duke Albert. In 1701 it was captured by Charles XII. of Sweden, and was annexed to Russia in 1795.

The port of Libau, Lyra portus, is mentioned as early as 1263; it was then under the control of the Livonian Order or Brothers of the Sword. In 1418, it was burned down by the Lithuanians, and in 1560, it was mortgaged by the grandmaster of the Teutonic Order, to whom it had transferred, to the Prussian duke Albert. In 1701, it was taken over by Charles XII of Sweden, and became part of Russia in 1795.

See Wegner, Geschichte der Stadt Libau (Libau, 1898).

See Wegner, Geschichte der Stadt Libau (Libau, 1898).

LIBEL and SLANDER, the terms employed in English law to denote injurious attacks upon a man’s reputation or character by words written or spoken, or by equivalent signs. In most early systems of law verbal injuries are treated as a criminal or quasi-criminal offence, the essence of the injury lying not in pecuniary loss, which may be compensated by damages, but in the personal insult which must be atoned for—a vindictive penalty coming in the place of personal revenge. By the law of the XII. Tables, the composition of scurrilous songs and gross noisy public affronts were punished by death. Minor offences of the same class seem to have found their place under the general conception of injuria, which included ultimately every form of direct personal aggression which involved contumely or insult. In the later Roman jurisprudence, which has, on this point, exercised considerable influence over modern systems of law, verbal injuries are dealt with in the edict under two heads. The first comprehended defamatory and injurious statements made in a public manner (convicium contra bonos mores). In this case the essence of the offence lay in the unwarrantable public proclamation. In such a case the truth of the statements was no justification for the unnecessarily public and insulting manner in which they had been made. The second head included defamatory statements made in private, and in this case the offence lay in the imputation itself, not in the manner of its publication. The truth was therefore a sufficient defence, for no man had a right to demand legal protection for a false reputation. Even belief in the truth was enough, because it took away the intention which was essential to the notion of injuria. The law thus aimed at giving sufficient scope for the discussion of a man’s character, while it protected him from needless insult and pain. The remedy for verbal injuries was long confined to a civil action for a money penalty, which was estimated according to the gravity of the case, and which, although vindictive in its character, doubtless included practically the element of compensation. But a new remedy was introduced with the extension of the criminal law, under which many kinds of defamation were punished with great severity. At the same time increased importance attached to the publication of defamatory books and writings, the libri or libelli famosi, from which we derive our modern use of the word libel; and under the later emperors the latter term came to be specially applied to anonymous accusations or pasquils, the dissemination of which was regarded as peculiarly dangerous, and visited with very severe punishment, whether the matter contained in them were true or false.

LIBEL and Defamation, are terms used in English law to describe harmful attacks on someone's reputation or character through written or spoken words, or similar signs. In many early legal systems, verbal injuries were treated as a criminal, or quasi-criminal, offense. The harm didn't lie in financial loss, which could be compensated with damages, but rather in the personal insult that required reparation—a punitive measure replacing personal vengeance. According to the law of the XII. Tables, creating offensive songs and severe public insults were punishable by death. Minor offenses of a similar nature fell under the broader concept of injuria, which eventually included all forms of direct personal attacks that involved contempt or insult. In later Roman law, which has significantly influenced modern legal systems, verbal injuries were categorized in two ways. The first was about defamatory and harmful statements made publicly (convicium contra bonos mores). Here, the offense lay in the unjust public announcement; thus, the truth of the statements did not justify the unnecessarily public and insulting way they were expressed. The second category involved defamatory statements made privately, where the offense was in the implication itself, not how it was shared. Truth served as a sufficient defense in this case, as no one had the right to seek legal protection for a false reputation. Even a belief in the truth was adequate because it removed the intent that was crucial to the concept of injuria. The law aimed to allow discussions about a person's character while shielding them from unnecessary insults and pain. Initially, the remedy for verbal injuries was limited to a civil action for monetary penalties, assessed based on the severity of the case, which, despite being punitive, essentially included some level of compensation. However, a new remedy emerged with the expansion of criminal law, which imposed severe penalties for various types of defamation. The publication of defamatory books and writings, known as libri or libelli famosi, gained increasing significance, from which we derive the modern term libel; and under later emperors, this term specifically referred to anonymous accusations or pamphlets, the spread of which was seen as particularly dangerous and subject to harsh punishment, regardless of whether the contents were true or false.

The earlier history of the English law of defamation is somewhat obscure. Civil actions for damages seem to have been tolerably frequent so far back as the reign of Edward I. There was no distinction drawn between words written and spoken. When no pecuniary penalty was involved such cases fell within the old jurisdiction of the ecclesiastical courts, which was only finally abolished in the 19th century. It seems, to say the least, uncertain whether any generally applicable criminal process was in use. The crime of scandalum magnatum, spreading false reports about the magnates of the realm, was established by statutes, but the first fully reported case in which libel is affirmed generally to be punishable at common law is one tried in the star chamber in the reign of James I. In that case no English authorities are cited except a previous case of the same nature before the same tribunal; the law and terminology appear to be taken directly from Roman sources, with the insertion that libels tended to a breach of the peace; and it seems probable that that not very scrupulous tribunal had simply found it convenient to adopt the very stringent Roman provisions regarding the libelli famosi without paying any regard to the Roman limitations. From that time we find both the criminal and civil remedies in full operation, and the law with regard to each at the present time may now be considered.

The earlier history of English defamation law is somewhat unclear. Civil lawsuits for damages appear to have been fairly common as far back as the reign of Edward I. There was no distinction made between written and spoken words. When no monetary penalty was involved, such cases fell under the old jurisdiction of ecclesiastical courts, which were only finally abolished in the 19th century. It's uncertain, at the very least, whether any widely applicable criminal procedures were in place. The crime of scandalum magnatum, which involved spreading false information about the nobles of the realm, was established by statutes, but the first fully reported case recognizing that libel could be punishable under common law was one tried in the Star Chamber during the reign of James I. In that case, no English authorities were cited except for a previous similar case before the same court; the law and terminology seemed to come directly from Roman sources, with the addition that libels were seen as a threat to public peace. It seems likely that that rather unscrupulous tribunal found it convenient to adopt the very strict Roman rules concerning libelli famosi without considering the Roman limitations. Since that time, we see both criminal and civil remedies fully in effect, and we can now consider the law regarding each in the present day.

Civil Law.—The first important distinction encountered is that between slander and libel, between the oral and written promulgation of defamatory statements. In the former case the remedy is limited. The law will not take notice of every kind of abusive or defamatory language. It must be shown either that the plaintiff has suffered actual damage as a direct consequence of the slander, or that the imputation is of such a nature that we are entitled to infer damage as a necessary consequence. The special damage on which an action is founded for slanderous words must be of the nature of pecuniary loss. Loss of reputation or of position in society, or even illness, however clearly it may be traced to the slander, is insufficient. When we cannot prove special damage, the action for slander is only allowed upon certain strictly defined grounds. These are the imputation of a crime or misdemeanour which is punishable corporeally, e.g. by imprisonment; the imputation of a contagious or infectious disease; statements which tend to the disherison of an apparent heir (other cases of slander of title when the party is in possession requiring the allegation of special damage); the accusing a woman of unchastity (Slander of Women Act 1891); and, lastly, slanders directed against a man’s professional or business character, which tend directly to prejudice him in his trade, profession, or means of livelihood. In the latter case the words must either be directly aimed at a man in his business or official character, or they must be such as necessarily to imply unfitness for his particular office or occupation. Thus words which merely reflect generally upon the moral character of a tradesman or professional man are not actionable, but they are actionable if directed against his dealings in the course of his trade or profession. But, in the case of a merchant or trader, an allegation which affects his credit generally is enough, and it has been held that statements are actionable which affect the ability or moral characters of persons who hold offices, or exercise occupation which require a high degree of ability, or infer peculiar confidence. In every case the plaintiff must have been at the time of the slander in the actual exercise of the occupation or enjoyment of the office with reference to which the slander is supposed to have affected him.

Civil Law.—The first key distinction we encounter is between slander and libel, which are the oral and written forms of making defamatory statements. In the case of slander, the remedies are limited. The law doesn’t address every type of hurtful or defamatory language. It must be demonstrated that the plaintiff has suffered actual damage as a direct result of the slander, or that the statement is of such nature that we can infer damage as a necessary consequence. The specific damages for a slander case must involve some form of financial loss. Loss of reputation, social standing, or even illness, no matter how clearly it can be linked to the slander, is not enough. When special damage cannot be proven, a slander lawsuit is only permitted on certain strictly defined grounds. These include accusations of a crime or misdemeanor that is punishable by physical penalties, e.g. imprisonment; the claim of having a contagious or infectious disease; statements that could disinherit a claimed heir (other instances of slander of title when the person is in possession require proof of special damages); accusing a woman of being unchaste (Slander of Women Act 1891); and finally, slanders aimed at a man's professional or business reputation that directly harm his trade, profession, or income. In this last case, the statements must either directly target a person in their business or official capacity, or they must imply that the individual is unfit for their specific job or trade. Therefore, statements that merely reflect poorly on a tradesperson's or professional's moral character are not actionable unless they specifically relate to their conduct in their trade or profession. However, for a merchant or trader, an allegation that generally affects their credit is sufficient, and it has been determined that statements are actionable if they impact the abilities or moral character of individuals in roles that demand a high level of capability or imply special trust. In every case, the plaintiff must have been actively engaged in their occupation or holding the office related to the supposed impact of the slander at the time it occurred.

The action for libel is not restricted in the same way as that for slander. Originally there appears to have been no essential distinction between them, but the establishment of libel as a criminal offence had probably considerable influence, and it soon became settled that written defamatory statements, or pictures and other signs which bore a defamatory meaning, implied greater malice and deliberation, and were generally fraught with greater injury than those made by word of mouth. The result has been that the action for libel is not limited to special grounds, or by the necessity of proving special damage. It may be founded on any statement which disparages a man’s private or professional character, or which tends to hold him up to hatred, 536 contempt or ridicule. In one of the leading cases, for example, the plaintiff obtained damages because it was said of him that he was a hypocrite, and had used the cloak of religion for unworthy purposes. In another case a charge of ingratitude was held sufficient. In civil cases the libel must be published by being brought by the defendant under the notice of a third party; it has been held that it is sufficient if this has been done by gross carelessness, without deliberate intention to publish. Every person is liable to an action who is concerned in the publication of a libel, whether he be the author, printer or publisher; and the extent and manner of the publication, although not affecting the ground of the action, is a material element in estimating the damages.

The action for libel isn't limited in the same way as slander. At first, there didn't seem to be a significant difference between them, but the recognition of libel as a criminal offense likely had a big impact. It soon became clear that written defamatory statements, or images and other signs that conveyed a defamatory meaning, suggested greater malice and intention, and typically caused more harm than things said verbally. Consequently, the action for libel isn't restricted to specific grounds or the need to prove special damages. It can be based on any statement that damages a person's private or professional reputation or that tends to expose them to hatred, 536 contempt, or ridicule. In one important case, for instance, the plaintiff won damages because it was claimed that he was a hypocrite who misused religion for selfish reasons. In another case, an accusation of ingratitude was considered sufficient. In civil cases, the libel must be published by being brought to a third party's attention by the defendant; it's been ruled that it's enough if this is done with gross negligence, even without an intention to publish. Anyone involved in the publication of a libel—whether they are the author, printer, or publisher—can be held liable; and while the extent and manner of the publication don't change the basis of the action, they are important factors in determining the damages.

It is not necessary that the defamatory character of the words or writing complained of should be apparent on their face. They may be couched in the form of an insinuation, or may derive their sting from a reference to circumstances understood by the persons to whom they are addressed. In such a case the plaintiff must make the injurious sense clear by an averment called an innuendo, and it is for the jury to say whether the words bore the meaning thus ascribed to them.

It’s not essential for the harmful nature of the words or writing being complained about to be obvious at first glance. They could be presented as an insinuation or gain their impact from referring to circumstances known by the people they’re directed at. In this situation, the plaintiff needs to clarify the damaging meaning through a statement called an innuendo, and it’s up to the jury to decide if the words carry the meaning attributed to them.

In all civil actions for slander and libel the falsity of the injurious statements is an essential element, so that the defendant is always entitled to justify his statements by their truth; but when the statements are in themselves defamatory, their falsity is presumed, and the burden of proving their truth is laid upon the defendant. There are however a large class of false defamatory statements, commonly called privileged, which are not actionable on account of the particular circumstances in which they are made. The general theory of law with regard to these cases is this. It is assumed that in every case of defamation intention is a necessary element; but in the ordinary case, when a statement is false and defamatory, the law presumes that it has been made or published with an evil intent, and will not allow this presumption to be rebutted by evidence or submitted as matter of fact to a jury. But there are certain circumstances in which the natural presumption is quite the other way. There are certain natural and proper occasions on which statements may be made which are in themselves defamatory, and which may be false, but which naturally suggest that the statements may have been made from a perfectly proper motive and with entire belief in their truth. In the cases of this kind which are recognized by law, the presumption is reversed. It lies with the plaintiff to show that the defendant was actuated by what is called express malice, by an intention to do harm, and in this case the question is not one of legal inference for the court, but a matter of fact to be decided by the jury. Although, however, the theory of the law seems to rest entirely upon natural presumption of intention, it is pretty clear that in determining the limits of privilege the courts have been almost wholly guided by considerations of public or general expediency.

In all civil cases involving slander and libel, proving that the harmful statements are false is a key element. The defendant always has the right to defend their statements by showing they are true. However, when statements are inherently defamatory, falsity is assumed, putting the burden on the defendant to prove their truth. There is also a significant number of false defamatory statements, known as privileged statements, which cannot be acted upon due to the specific circumstances in which they are made. The general principle of law concerning these cases is as follows: it’s assumed that intention is a necessary factor in every defamation case. But in usual situations, when a statement is false and defamatory, the law assumes it was made with malicious intent and does not allow this assumption to be challenged by evidence or presented as a fact for a jury to decide. Yet, there are specific situations where the opposite assumption applies. Certain natural and appropriate occasions exist where statements that are inherently defamatory and potentially false are made, but they suggest that the statements may have been made with a legitimate motive and a strong belief in their truth. In such legally recognized cases, the assumption is reversed. It becomes the plaintiff's responsibility to prove that the defendant acted with what is called express malice, meaning there was an intention to cause harm. In this instance, the question shifts from a legal inference for the court to a factual matter for the jury to determine. Although the legal theory is grounded in natural assumptions of intention, it’s evident that when defining the limits of privilege, the courts largely consider public or general expediency.

In some cases the privilege is absolute, so that we cannot have an action for defamation even although we prove express malice. Thus no action of this kind can be maintained for statements made in judicial proceedings if they are in any sense relevant to the matter in hand. In the same way no statements or publications are actionable which are made in the ordinary course of parliamentary proceedings. Papers published under the authority of parliament are protected by a special act, 3 & 4 Vict. c. 9, 1840, which was passed after a decree of the law courts adverse to the privilege claimed. The reports of judicial and parliamentary proceedings stand in a somewhat different position, which has only been attained after a long and interesting conflict. The general rule now is that all reports of parliamentary or judicial proceedings are privileged in so far as they are honest and impartial. Even ex parte proceedings, in so far as they take place in public, now fall within the same rule. But if the report is garbled, or if part of it only is published, the party who is injured in consequence is entitled to maintain an action, and to have the question of malice submitted to a jury.

In some cases, the privilege is absolute, meaning we can't sue for defamation even if we prove clear malice. Therefore, no legal action can be taken for statements made in judicial proceedings as long as they are relevant to the case. Similarly, statements or publications made during regular parliamentary proceedings aren't actionable. Documents published under the authority of Parliament are protected by a special act, 3 & 4 Vict. c. 9, 1840, enacted after a court ruling against the privilege claimed. The reports of judicial and parliamentary proceedings are in a somewhat different situation that has been achieved after a long and fascinating struggle. The current general rule is that all reports of parliamentary or judicial proceedings are privileged as long as they are honest and impartial. Even ex parte proceedings, as long as they occur publicly, are now covered by the same rule. However, if the report is distorted or only part of it is published, the injured party has the right to sue and have the issue of malice decided by a jury.

Both absolute and qualified privilege are given to newspaper reports under certain conditions by the Law of Libel Amendment Act 1888. The reports must, however, be published in a newspaper as defined in the Newspaper Libel and Registration Act 1881. Under this act a newspaper must be published “at intervals not exceeding twenty-six days.”

Both absolute and qualified privilege are granted to newspaper reports under specific conditions by the Law of Libel Amendment Act 1888. However, the reports must be published in a newspaper as defined in the Newspaper Libel and Registration Act 1881. According to this act, a newspaper must be published “at intervals not exceeding twenty-six days.”

By s. 3 of the act of 1888 fair and accurate reports of judicial proceedings are absolutely privileged provided that the report is published contemporaneously with the proceedings and no blasphemous or indecent matter is contained therein. By s. 4 a limited privilege is given to fair and accurate reports (1) of the proceedings of a bona fide public meeting lawfully held for a lawful purpose and for the furtherance and discussion of any matter of public concern, even when the admission thereto is restricted; (2) of any meeting, open either to the public or to a reporter, of a vestry, town council, school board, board of guardians, board of local authority, formed or constituted under the provisions of any act of parliament, or of any committee appointed by any of these bodies; or of any meeting of any commissioners authorized to act by letters patent, act of parliament, warrant under royal sign manual, or other lawful warrant or authority, select committees of either House of parliament, justices of the peace in quarter sessions assembled for administrative or deliberative purposes; (3) of the publication of any notice or report issued for the information of the public by any government office or department, officer of state, commissioner of police or chief constable, and published at their request. But the privilege given in s. 4 does not authorize the publication of any blasphemous or indecent matter; nor is the protection available as a defence if it be proved that the reports or notices were published maliciously, in the legal sense of the word, or the defendant has been requested to insert in the newspaper in which the report was issued a reasonable letter or statement by way of contradiction or explanation, and has refused or neglected to do so. Moreover, nothing in s. 4 is to interfere with any privilege then existing, or to protect the publication of any matter not of public concern, or in cases where publication is not for the public benefit. Consequently no criminal prosecution should be commenced where the interests of the public are not affected. By the Law of Libel Amendment Act 1888, s. 8, no criminal prosecution for libel is to be commenced against any newspaper proprietor, publisher or editor unless the order of a judge at chambers has been first obtained. This protection does not cover the actual writer of the alleged libel.

By section 3 of the 1888 Act, fair and accurate reports of court proceedings are completely protected as long as the report is published at the same time as the proceedings and does not contain any blasphemous or obscene content. Section 4 provides a limited protection for fair and accurate reports (1) of the proceedings of a legitimate public meeting held for a lawful purpose and for discussing any matter of public interest, even if access is restricted; (2) of any meeting, whether open to the public or to a reporter, of a vestry, town council, school board, board of guardians, or local authority established under any parliamentary act, or of any committee formed by these groups; or of any meeting of commissioners authorized by letters patent, parliamentary acts, royal warrants, or other lawful authority, as well as select committees from either House of Parliament, and justices of the peace in quarter sessions for administrative or deliberative matters; (3) of the publication of any notice or report issued for the public's information by any government office or department, state officer, police commissioner, or chief constable, and published at their request. However, the privilege in section 4 does not permit the publication of any blasphemous or obscene content; nor can this protection be used as a defense if it is shown that the reports or notices were published maliciously, in a legal sense, or if the defendant was asked to include a reasonable letter or statement for contradiction or clarification in the newspaper where the report was published and refused or neglected to do so. Additionally, nothing in section 4 is meant to interfere with any existing privileges or to protect the publication of material not concerning the public or in cases where publication does not serve the public good. Therefore, no criminal prosecution should be initiated unless the public's interests are at stake. Under section 8 of the Law of Libel Amendment Act 1888, no criminal libel prosecution can begin against any newspaper owner, publisher, or editor unless a judge's order has first been obtained. This protection does not extend to the actual writer of the alleged libel.

In private life a large number of statements are privileged so long as they remain matters of strictly private communication. It is difficult to define the limits of private privilege without extensive reference to concrete cases; but generally it may be said that it includes all communications made in performance of a duty not merely legal but moral or social, answers to bona fide inquiries, communications made by persons in confidential relations regarding matters in which one or both are interested, and even statements made within proper limits by persons in the bona fide prosecution of their own interest. Common examples of this kind of privilege are to be found in answer to inquiries as to the character of servants or the solvency of a trader, warnings to a friend, communications between persons who are jointly interested in some matters of business. But in every case care must be taken not to exceed the limits of publication required by the occasion, or otherwise the privilege is lost. Thus defamatory statements may be privileged when made to a meeting of shareholders, but not when published to others who have no immediate concern in the business.

In private life, many statements are protected as long as they remain strictly private communications. It's challenging to clearly define the boundaries of private privilege without looking at specific cases; however, generally, it can be said to include all communications made as part of a duty that is not just legal but also moral or social, responses to genuine inquiries, communications between people in confidential relationships about matters they both care about, and even statements made within reasonable limits by individuals pursuing their own interests. Common examples of this type of privilege include answers to questions about the character of employees or the financial stability of a business, warnings to friends, and communications between individuals who share an interest in some business matters. However, in every case, it’s important not to go beyond what’s necessary for the situation, or else the privilege is lost. For instance, defamatory statements may be protected when made at a shareholders' meeting, but not when shared with others who are not directly involved in the business.

In a few instances in which an action cannot be maintained even by the averment of malice, the plaintiff may maintain an action by averring not only malice but also want of reasonable and probable cause. The most common instances of this kind are malicious charges made in the ordinary course of justice and malicious prosecutions. In such cases it would be contrary to public policy to punish or prevent every charge which was made from a purely malicious motive, but there is no reason for protecting accusations which are not only malicious, but destitute of all reasonable probability.

In a few cases where an action can’t hold up even with a claim of malice, the plaintiff can proceed by claiming not just malice but also a lack of reasonable and probable cause. The most common examples of this are malicious charges made during the normal course of justice and malicious prosecutions. In these situations, it would go against public policy to punish or stop every charge made purely out of malice, but there's no justification for protecting accusations that are both malicious and completely devoid of reasonable probability.

Criminal Law.—Publications which are blasphemous, immoral or seditious are frequently termed libels, and are punishable both at common law and by various statutes. The matter, however, which constitutes the offence in these publications lies beyond our present scope. Libels upon individuals may be prosecuted by criminal information or indictment, but there can be no criminal prosecution for slander. So far as concerns the definition of libel, and its limitation by the necessity of proving in certain cases express malice, there is no substantial difference between the rules which apply to criminal prosecutions and to 537 civil actions, with the one important exception (now considerably modified) that the falsity of a libel is not in criminal law an essential element of the offence. If the matter alleged were in itself defamatory, the court would not permit inquiry into its truth. The sweeping application of this rule seems chiefly due to the indiscriminate use, in earlier cases, of a rule in Roman law which was only applicable to certain modes of publication, but has been supported by various reasons of general policy, and especially by the view that one main reason for punishing a libel was its tendency to provoke a breach of the peace.

Criminal Law.—Publications that are blasphemous, immoral, or seditious are often called libels, and they can be punished under common law and various statutes. However, the specifics of what constitutes an offense in these publications are beyond our current focus. Libels against individuals can be prosecuted through criminal information or indictment, but there can't be a criminal prosecution for slander. Regarding the definition of libel and its requirement in some cases to prove express malice, there’s no significant difference between the rules for criminal prosecutions and civil actions, with one important exception (now significantly modified): the falsity of a libel is not a necessary element of the offense in criminal law. If the matter in question is inherently defamatory, the court wouldn’t allow an investigation into its truth. The broad application of this rule seems mainly due to the indiscriminate use, in earlier cases, of a Roman law principle that only applied to specific types of publication, but it has been backed by various general policy reasons, particularly the belief that a primary motive for punishing a libel is its potential to incite a breach of the peace.

An important dispute about the powers of the jury in cases of libel arose during the 19th century in connexion with some well-known trials for seditious libels. The point is familiar to readers of Macaulay in connexion with the trial of the seven bishops, but the cases in which it was brought most prominently forward, and which led to its final settlement, were those against Woodfall (the printer of Junius), Wilkes and others, and especially the case against Shipley, the dean of St Asaph (21 St. Tr. 925), in which the question was fought by Lord Erskine with extraordinary energy and ability. The controversy turned upon the question whether the jury were to be strictly confined to matters of fact which required to be proved by evidence, or whether in every case they were entitled to form their own opinion upon the libellous character of the publication and the intention of the author. The jury, if they pleased, had it in their power to return a general verdict of guilty or not guilty, but both in theory and practice they were subject in law to the directions of the court, and had to be informed by it as to what they were to take into consideration in determining upon their verdict. There is no difficulty about the general application of this principle in criminal trials. If the crime is one which is inferred by law from certain facts, the jury are only concerned with these facts, and must accept the construction put upon them by law. Applying these principles to the case of libel, juries were directed that it was for the court to determine whether the publication fell within the definition of libel, and whether the case was one in which malice was to be inferred by construction of law. If the case were one in which malice was inferred by law, the only facts left to the jury were the fact of publication and the meaning averred by innuendoes; they could not go into the question of intention, unless the case were one of privilege, in which express malice had to be proved. In general principle, therefore, the decisions of the court were in accordance with the ordinary principles of criminal law. But there were undoubtedly some peculiarities in the case of libel. The sense of words, the inferences to be drawn from them, and the effect which they produce are not so easily defined as gross matters of fact. They seem to belong to those cases in which the impression made upon a jury is more to be trusted than the decision of a judge. Further, owing to the mode of procedure, the defendant was often punished before the question of law was determined. But, nevertheless, the question would scarcely have been raised had the libels related merely to private matters. The real ground of dispute was the liberty to be accorded to political discussion. Had the judges taken as wide a view of privilege in discussing matters of public interest as they do now, the question could scarcely have arisen; for Erskine’s whole contention really amounted to this, that the jury were entitled to take into consideration the good or bad intent of the authors, which is precisely the question which would now be put before them in any matter which concerned the public. But at that time the notion of a special privilege attaching to political discussion had scarcely arisen, or was confined within very narrow limits, and the cause of free political discussion seemed to be more safely entrusted to juries than to courts. The question was finally settled by the Libel Act 1792, by which the jury were entitled to give a general verdict on the whole matter put in issue.

An important dispute about the powers of the jury in libel cases emerged in the 19th century related to some high-profile trials for seditious libels. This topic is well-known to readers of Macaulay in connection with the trial of the seven bishops, but the most significant cases that brought it to the forefront and led to its final resolution were those against Woodfall (the printer of Junius), Wilkes, and others, particularly the case against Shipley, the dean of St Asaph (21 St. Tr. 925), where Lord Erskine fought the issue with remarkable energy and skill. The controversy revolved around whether the jury should be strictly limited to factual matters that needed to be proven by evidence, or if they were entitled to form their own opinion on the libelous nature of the publication and the author’s intention in every case. The jury, if they wanted, could return a general verdict of guilty or not guilty, but in both theory and practice, they were bound by the law to follow the court's directions and had to be informed by it about what they should consider when reaching their verdict. There’s no confusion about the general application of this principle in criminal trials. If the crime is inferred by law from certain facts, the jury only deals with those facts and must accept the legal interpretation of them. In libel cases, juries were instructed that it was the court's role to decide whether the publication fit the definition of libel and if the case was one where malice was to be assumed legally. If malice was legally inferred, the only facts left for the jury were the fact of publication and the meaning as stated by innuendoes; they could not examine intent unless the case was one of privilege that required proof of express malice. Thus, in general, the court's decisions aligned with standard principles of criminal law. However, there were certainly some unique aspects in libel cases. The meaning of words, the inferences made from them, and their impact are not as easily defined as clear-cut facts. They seem to belong to situations where the jury's impression is often more reliable than a judge's ruling. Moreover, due to the way proceedings were carried out, the defendant was frequently punished before the legal question was resolved. Nevertheless, the issue probably wouldn't have arisen if the libels had only concerned private matters. The real point of contention was the freedom allowed for political discussion. Had the judges viewed privilege in discussing public interest matters as broadly as they do now, this question likely wouldn't have come up; Erskine’s main argument was that the jury should consider the authors' intentions—good or bad—which is exactly the question they would consider today in any public interest matter. However, back then, the idea of a special privilege for political discussion was barely established or was highly limited, and the cause of free political discourse appeared to be more securely entrusted to juries than to courts. The issue was finally resolved by the Libel Act of 1792, which allowed juries to give a general verdict on all matters in question.

Scots Law.—In Scots law there were originally three remedies for defamation. It might be prosecuted by or with the concurrence of the lord advocate before the court of justiciary; or, secondly, a criminal remedy might be obtained in the commissary (ecclesiastical) courts, which originally dealt with the defender by public retractation or penance, but subsequently made use of fines payable to their own procurator or to the party injured, these latter being regarded as solatium to his feelings; or, lastly, an action of damages was competent before the court of session, which was strictly civil in its character and aimed at the reparation of patrimonial loss. The first remedy has fallen into disuse; the second and third (the commissary courts being now abolished) are represented by the present action for damages or solatium. Originally the action before the court of session was strictly for damages—founded, not upon the animus injuriandi, but upon culpa, and could be defended by proving the truth of the statements. But in time the court of session began to assume the original jurisdiction of the commissary courts, and entertained actions for solatium in which the animus injuriandi was a necessary element, and to which, as in Roman law, the truth was not necessarily a defence. Ultimately the two actions got very much confused. We find continual disputes as to the necessity for the animus injuriandi and the applicability of the plea of veritas convicii, which arose from the fact that the courts were not always conscious that they were dealing with two actions, to one of which these notions were applicable, and to the other not. On the introduction of the jury court, presided over by an English lawyer, it was quite natural that he, finding no very clear distinction maintained between damage and solatium, applied the English plea of truth as a justification to every case, and retained the animus injuriandi both in ordinary cases and cases of privilege in the same shape as the English conception of malice. The leading and almost only differences between the English and Scots law now are that the latter makes no essential distinction between oral and written defamation, that it practically gives an action for every case of defamation, oral or written, upon which in England a civil action might be maintained for libel, and that it possesses no criminal remedy. In consequence of the latter defect and the indiscriminate application of the plea of veritas to every case both of damages and solatium, there appears to be no remedy in Scotland even for the widest and most needless publication of offensive statements if only they are true.

Scots Law.—In Scots law, there were originally three ways to address defamation. It could be prosecuted by or with the agreement of the lord advocate before the court of justiciary; or, secondly, a criminal remedy could be sought in the ecclesiastical commissary courts, which originally handled the defender through public retraction or penance but later implemented fines payable to their own procurator or to the injured party, considered as compensation for their feelings; or, lastly, an action for damages could be brought before the court of session, which was strictly civil in nature and focused on restitution for financial loss. The first remedy has become obsolete; the second and third (since the commissary courts are now abolished) are now represented by the current action for damages or compensation. Initially, the action before the court of session was strictly for damages—based not on animus injuriandi, but on negligence, and could be defended by proving the statements were true. However, over time, the court of session started to take on the original jurisdiction of the commissary courts and entertained actions for compensation in which animus injuriandi was a necessary element, and in these, as in Roman law, the truth was not necessarily a defense. Eventually, the two types of actions became quite confused. There were ongoing arguments about the need for animus injuriandi and the applicability of the plea of veritas convicii, which stemmed from the fact that the courts weren’t always aware that they were dealing with two separate actions, one of which applied these concepts, and the other did not. When the jury court was introduced, overseen by an English lawyer, it was predictable that he, seeing no clear distinction held between damages and compensation, applied the English plea of truth as justification in every case and maintained animus injuriandi in both ordinary cases and privileged cases in line with the English interpretation of malice. The main, almost sole differences between English and Scots law now are that the latter makes no fundamental distinction between oral and written defamation, effectively grants a claim for every instance of defamation, whether oral or written, which in England could lead to a civil action for libel, and lacks a criminal remedy. Due to this absence and the broad application of the plea of veritas to every case of both damages and compensation, it appears that there is no remedy in Scotland even for the most extensive and unjustified publication of offensive statements, as long as they are true.

American Law.—American law scarcely if at all differs from that of England. In so far indeed as the common law is concerned, they may be said to be substantially identical. The principal statutes which have altered the English criminal law are represented by equivalent legislation in most American states.

American Law.—American law hardly differs from that of England. In terms of common law, they are basically the same. The main laws that have changed English criminal law have corresponding legislation in most American states.

See generally W. B. Odgers, Libel and Slander; Fraser, Law of Libel and Slander.

See generally W. B. Odgers, Libel and Slander; Fraser, Law of Libel and Slander.

LIBELLATICI, the name given to a class of persons who, during the persecution of Decius, A.D. 250, evaded the consequences of their Christian belief by procuring documents (libelli) which certified that they had satisfied the authorities of their submission to the edict requiring them to offer incense or sacrifice to the imperial gods. As thirty-eight years had elapsed since the last period of persecution, the churches had become in many ways lax, and the number of those who failed to hold out under the persecution was very great. The procedure of the courts which had cognizance of the matter was, however, by no means strict, and the judges and subordinate officials were often not ill-disposed towards Christians, so that evasion was fairly easy. Many of those who could not hold out were able to secure certificates which gave them immunity from punishment without actually renouncing the faith, just as “parliamentary certificates” of conformity used to be given in England without any pretext of fact. It is to the persons who received such certificates that the name libellatici belonged (those who actually fulfilled the edict being called thurificati or sacrificati). To calculate their number would be impossible, but we know from the writings of Cyprian, Dionysius of Alexandria and other contemporaries, that they were a numerous class, and that they were to be found in Italy, in Egypt and in Africa, and among both clergy and laity. Archbishop Benson is probably right in thinking that “there was no systematic and regular procedure in the matter,” and that the libelli may have been of very different kinds. They must, however, as a general rule, have consisted of a certificate from the authorities to the effect that the accused person had satisfied them. [The name libellus has also been applied to another kind of document—to the letters given by confessors, or by those who were about to suffer martyrdom, to persons who had fallen, to be used to secure forgiveness for them from the authorities of the Church. With such libelli we are not here concerned.] The subject has acquired a fresh interest from the fact that two of these actual libelli have been recovered, in 1893 and 1894 respectively, both from Egypt; one is now in the Brugsch Pasha collection in the Berlin Museum; the other is in the collection of papyri belonging to the Archduke Rainer. The former is on a papyrus leaf about 538 8 by 3 in., the latter on mere fragments of papyrus which have been pieced together. The former was first deciphered and described by Dr Fritz Krebs, the latter by Dr K. Wessely: both are given and commented upon by Dr Benson. There is a remarkable similarity between them: in each the form is that N. “was ever constant in sacrificing to the gods”; and that he now, in the presence of the commissioners of the sacrifices (οἱ ἡρημένοι τῶν θυσῶν), has both sacrificed and drunk [or has poured libations], and has tasted of the victims, in witness whereof he begs them to sign this certificate. Then follows the signature, with attestations. The former of the two is dated, and the date must fall in the year 250. It is impossible to prove that either of the documents actually refers to Christians: they may have been given to pagans who had been accused and had cleared themselves, or to former Christians who had apostatized. But no doubt libelli in this same form were delivered, in Egypt at least, to Christians who secured immunity without actual apostasy; and the form in Italy and Africa probably did not differ widely from this. The practice gave rise to complicated problems of ecclesiastical discipline, which are reflected in the correspondence of Cyprian and especially in the Novatian controversy.

LIBELLATICI, refers to a group of people who, during the persecution under Decius in CE 250, avoided the repercussions of their Christian faith by obtaining documents (libelli) that confirmed they had complied with the order requiring them to make offerings to the imperial gods. After thirty-eight years since the last major persecution, churches had become somewhat lax, and many people failed to withstand the pressure during this time. However, the courts that handled these cases were not very strict, and judges and lower officials were often sympathetic toward Christians, making it relatively easy to evade punishment. Many individuals who faltered were able to secure certificates that exempted them from punishment without actually renouncing their faith, similar to how "parliamentary certificates" of conformity were issued in England, often without any factual basis. The term libellatici applied to those who received such certificates, while those who actually fulfilled the edict were known as thurificati or sacrificati. Estimating their number is impossible, but writings from Cyprian, Dionysius of Alexandria, and other contemporaries indicate they were quite numerous and present in Italy, Egypt, and Africa, in both the clergy and laity. Archbishop Benson likely correctly argued that “there was no systematic and regular procedure in the matter,” and that the libelli may have varied significantly. Generally, they likely consisted of a certificate from the authorities stating that the accused had satisfied the officials. [The term libellus has also been used for another type of document—the letters from confessors or those about to be martyred, given to people who had lapsed, intended to secure forgiveness from Church authorities. We are not concerned with those libelli here.] The topic has gained renewed interest with the recovery of two actual libelli in 1893 and 1894, both from Egypt; one is now part of the Brugsch Pasha collection in the Berlin Museum, while the other belongs to the papyrus collection of Archduke Rainer. The first is on a papyrus leaf about 538 8 by 3 inches, while the latter consists of mere fragments that have been pieced together. Dr. Fritz Krebs first deciphered and described the former, while the latter was done by Dr. K. Wessely; both are discussed by Dr. Benson. The two documents have a remarkable similarity: each states that N. “was always constant in sacrificing to the gods”; and that he now, in front of the commissioners of the sacrifices (the chosen of the sacrifices), has both sacrificed and drunk [or has poured libations], and has participated in the victims, and he asks them to sign this certificate as witness. Then follows the signature and attestations. The first one is dated, and the date falls within the year 250. It’s impossible to prove that either document specifically refers to Christians; they might have been issued to pagans who were accused and cleared themselves, or to former Christians who had renounced their faith. However, there is little doubt that libelli of this type were issued, at least in Egypt, to Christians who gained immunity without actually abandoning their faith; and the format in Italy and Africa likely didn’t vary greatly from this. This practice led to complex issues of church discipline, reflected in the correspondence of Cyprian and particularly in the Novatian controversy.

See E. W. Benson, Cyprian (London, 1897); Theol. Literaturzeitung, 20th of January and 17th of March 1894.

See E. W. Benson, Cyprian (London, 1897); Theol. Literaturzeitung, 20th of January and 17th of March 1894.

(W. E. Co.)

LIBER and LIBERA, in Roman mythology, deities, male and female, identified with the Greek Dionysus and Persephone. In honour of Liber (also called Liber Pater and Bacchus) two festivals were celebrated. In the country feast of the vintage, held at the time of the gathering of the grapes, and the city festival of March 17th called Liberalia (Ovid, Fasti, iii. 711) we find purely Italian ceremonial unaffected by Greek religion. The country festival was a great merry-making, where the first-fruits of the new must were offered to the gods. It was characterized by the grossest symbolism, in honour of the fertility of nature. In the city festival, growing civilization had impressed a new character on the primitive religion, and connected it with the framework of society. At this time the youths laid aside the boy’s toga praetexta and assumed the man’s toga libera or virilis (Fasti, iii. 771). Cakes of meal, honey and oil were offered to the two deities at this festival. Liber was originally an old Italian god of the productivity of nature, especially of the vine. His name indicated the free, unrestrained character of his worship. When, at an early period, the Hellenic religion of Demeter spread to Rome, Liber and Libera were identified with Dionysus and Persephone, and associated with another Italian goddess Ceres, who was identified with Demeter. By order of the Sibylline books, a temple was built to these three deities near the Circus Flaminius; the whole cultus was borrowed from the Greeks, down even to the terminology, and priestesses were brought from the Greek cities.

LIBER and LIBERA, in Roman mythology, are male and female deities associated with the Greek gods Dionysus and Persephone. To honor Liber (also known as Liber Pater and Bacchus), two festivals were celebrated. One was the rural harvest festival, held during the grape gathering, and the other was the city festival on March 17th called Liberalia (Ovid, Fasti, iii. 711), which featured distinctly Italian ceremonies that were uninfluenced by Greek religious practices. The rural festival was a joyous occasion where the first fruits of the new wine were offered to the gods. It was marked by exaggerated symbolism celebrating nature's fertility. In contrast, the urban festival reflected the influence of growing civilization on the original religion, connecting it to societal norms. During this event, young men would exchange their boy’s toga praetexta for the adult’s toga libera or virilis (Fasti, iii. 771). Offerings of cakes made from meal, honey, and oil were presented to the two deities at this festival. Liber was initially an ancient Italian god representing nature's productivity, particularly that of the vine. His name signified the free, uninhibited nature of his worship. As the Hellenic religion of Demeter spread to Rome in earlier times, Liber and Libera became equated with Dionysus and Persephone and were linked with another Italian goddess, Ceres, who was identified with Demeter. Following the directives of the Sibylline books, a temple was constructed for these three deities near the Circus Flaminius; the entire worship practice was adapted from the Greeks, including the terminology, and priestesses were brought in from Greek cities.

LIBERAL PARTY, in Great Britain, the name given to and accepted by the successors of the old Whig party (see Whig and Tory), representing the political party opposed to Toryism or Conservatism, and claiming to be the originators and champions of political reform and progressive legislation. The term came into general use definitely as the name of one of the two great parties in the state when Mr Gladstone became its leader, but before this it had already become current coin, as a political appellation, through a natural association with the use of such phrases as “liberal ideas,” in the sense of “favourable to change,” or “in support of political freedom and democracy.” In this respect it was the outcome of the French Revolution, and in the early years of the 19th century the term was used in a French form; thus Southey in 1816 wrote about the “British Liberales.” But the Reform Act and the work of Bentham and Mill resulted in the crystallization of the term. In Leigh Hunt’s autobiography (1850) we read of “newer and more thorough-going Whigs ... known by the name of Radicals ... since called Liberals”; and J. S. Mill in 1865 wrote (from his own Liberal point of view), “A Liberal is he who looks forward for his principles of government; a Tory looks backward.” The gradual adoption of the term for one of the great parties, superseding “Whig,” was helped by the transition period of “Liberal Conservatism,” describing the position of the later Peelites; and Mr Gladstone’s own career is the best instance of its changing signification; moreover the adjective “liberal” came meanwhile into common use in other spheres than that of parliamentary politics, e.g. in religion, as meaning “intellectually advanced” and free from the trammels of tradition. Broadly speaking, the Liberal party stands for progressive legislation in accordance with freedom of social development and advanced ethical ideas. It claims to represent government by the people, by means of trust in the people, in a sense which denies genuine popular sympathy to its opponents. Being largely composed of dissenters, it has identified itself with opposition to the vested interests of the Church of England; and, being apt to be thwarted by the House of Lords, with attempts to override the veto of that house. Its old watchword, “Peace, retrenchment and reform,” indicated its tendency to avoidance of a “spirited” foreign policy, and to parsimony in expenditure. But throughout its career the Liberal party has always been pushed forward by its extreme Radical wing, and economy in the spending of public money is no longer cherished by those who chiefly represent the non-taxpaying classes. The party organization lends itself to the influence of new forces. In 1861 a central organization was started in the “Liberal Registration Association,” composed “of gentlemen of known Liberal opinions”; and a number of “Liberal Associations” soon rose throughout the country. Of these, that at Birmingham became, under Mr J. Chamberlain and his active supporter Mr Schnadhorst, particularly active in the ’seventies; and it was due to Mr Schnadhorst that in 1877 a conference was held at Birmingham which resulted in the formation of the “National Federation of Liberal Associations,” or “National Liberal Federation,” representing a system of organization which was dubbed by Lord Beaconsfield “the Caucus.” The Birmingham Caucus and the Central Liberal Association thus coexisted, the first as an independent democratic institution, the second as the official body representing the whips of the party, the first more advanced and “Radical,” the second inclined to Whiggishness. Friction naturally resulted, but the 1880 elections confirmed the success of the Caucus and consolidated its power. And in spite of the Home Rule crisis in 1886, resulting in the splitting off of the Liberal Unionists—“dissentient Liberals,” as Mr Gladstone called them—from the Liberal party, the organization of the National Liberal Federation remained, in the dark days of the party, its main support. Its headquarters were, however, removed to London, and under Mr Schnadhorst it was practically amalgamated with the old Central Association.

LIBERAL PARTY, in Great Britain, the name used by the successors of the old Whig party (see Whig and Tory), representing the political party opposed to Toryism or Conservatism, and claiming to be the pioneers and advocates of political reform and progressive legislation. The term became widely used as the name of one of the two main parties in the state when Mr. Gladstone became its leader, but before this, it had already entered the political lexicon through its connection with phrases like “liberal ideas,” meaning “open to change” or “supportive of political freedom and democracy.” In this way, it was born out of the French Revolution, and in the early 19th century, the term was used in a French form; for example, Southey wrote in 1816 about the “British Liberales.” However, the Reform Act and the work of Bentham and Mill helped solidify the term's usage. In Leigh Hunt’s autobiography (1850), he mentions “newer and more thorough Whigs ... known by the name of Radicals ... later called Liberals”; and J. S. Mill wrote in 1865 (from his own Liberal perspective), “A Liberal is someone who looks forward for principles of government; a Tory looks backward.” The gradual adoption of the term to refer to one of the major parties, replacing “Whig,” was aided by the transitional period of “Liberal Conservatism,” describing the position of the later Peelites; and Mr. Gladstone’s career is the best example of its evolving meaning. Furthermore, the adjective “liberal” also became commonly used in other areas beyond parliamentary politics, e.g. in religion, as meaning “intellectually progressive” and free from tradition's constraints. Generally, the Liberal party advocates for progressive legislation in line with social development and advanced ethical values. It claims to represent government by the people, based on trust in the public, in a way that dismisses genuine popular sympathy toward its opponents. Composed largely of dissenters, it has aligned itself with opposition to the established interests of the Church of England; and, often frustrated by the House of Lords, it has sought ways to override that house's veto. Its traditional slogan, “Peace, retrenchment and reform,” reflected its tendency to avoid an assertive foreign policy and to practice frugality in spending. However, throughout its history, the Liberal party has always been driven forward by its more radical wing, and fiscal conservatism in the use of public funds is no longer valued by those who mainly represent the non-taxpaying classes. The party organization has adapted to new influences. In 1861, a central organization was established in the “Liberal Registration Association,” made up of “gentlemen of known Liberal opinions”; and soon after, several “Liberal Associations” emerged across the country. Among these, the Birmingham association, under Mr. J. Chamberlain and his active supporter Mr. Schnadhorst, became particularly vibrant in the '70s; it was due to Mr. Schnadhorst that a conference was held in Birmingham in 1877, leading to the creation of the “National Federation of Liberal Associations” or “National Liberal Federation,” representing a system of organization that was labeled by Lord Beaconsfield as “the Caucus.” The Birmingham Caucus and the Central Liberal Association therefore existed together, the former as an independent democratic body, and the latter as the official organization representing the party's whips, the former being more advanced and “Radical,” while the latter leaned toward Whiggishness. Naturally, there was some friction, but the elections of 1880 confirmed the Caucus's success and bolstered its power. Despite the Home Rule crisis in 1886, which led to the splitting off of the Liberal Unionists—“dissentient Liberals,” as Mr. Gladstone referred to them—from the Liberal party, the organization of the National Liberal Federation remained the main support of the party during its difficult times. Its headquarters were moved to London, and under Mr. Schnadhorst, it was practically merged with the old Central Association.

It is impossible here to write in detail the later history of the Liberal party, but the salient facts will be found in such articles as those on Mr Gladstone, Mr J. Chamberlain, Lord Rosebery, Sir Henry Campbell-Bannerman, Mr H. H. Asquith and Mr David Lloyd George.

It’s not possible to go into detail about the later history of the Liberal party here, but you can find the key facts in articles about Mr. Gladstone, Mr. J. Chamberlain, Lord Rosebery, Sir Henry Campbell-Bannerman, Mr. H. H. Asquith, and Mr. David Lloyd George.

See, apart from general histories of the period, M. Ostrogorski’s Democracy and the Organization of Political Parties (Eng. trans. 1902).

See, besides general histories of the time, M. Ostrogorski’s Democracy and the Organization of Political Parties (Eng. trans. 1902).

LIBER DIURNUS ROMANORUM PONTIFICUM, or “Journal of the Roman Pontiffs,” the name given to a collection of formulae used in the papal chancellery in preparing official documents, such as the installation of a pope, the bestowal of the pallium and the grant of papal privileges. It was compiled between 685 and 751, and was constantly employed until the 11th century, when, owing to the changed circumstances of the Church, it fell into disuse, and was soon forgotten and lost. During the 17th century a manuscript of the Liber was discovered in Rome by the humanist, Lucas Holstenius, who prepared an edition for publication; for politic reasons, however, the papal authorities would not allow this to appear, as the book asserted the superiority of a general council over the pope. It was, however, published in France by the Jesuit, Jean Garnier, in 1680, and other editions quickly followed.

LIBER DIURNUS ROMANORUM PONTIFICUM, or “Journal of the Roman Pontiffs,” refers to a collection of formulas used in the papal office for preparing official documents, like the installation of a pope, the granting of the pallium, and the conferring of papal privileges. It was compiled between 685 and 751 and was regularly used until the 11th century, when changes in the Church led to its decline in use, causing it to be forgotten and lost. In the 17th century, a manuscript of the Liber was found in Rome by the humanist Lucas Holstenius, who prepared it for publication; however, due to political reasons, the papal authorities prevented its release, as the book claimed that a general council held authority over the pope. Nevertheless, it was published in France by the Jesuit Jean Garnier in 1680, and quickly garnered additional editions.

The best modern editions are one by Eugène de Rozière (Paris, 1869) and another by T. E. von Sichel (Vienna, 1889), both of which contain critical introductions. The two existing manuscripts of the Liber are in the Vatican library, Rome, and in the library of St Ambrose at Milan.

The best modern editions are one by Eugène de Rozière (Paris, 1869) and another by T. E. von Sichel (Vienna, 1889), both of which include critical introductions. The two existing manuscripts of the Liber are in the Vatican Library, Rome, and in the library of St. Ambrose in Milan.

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LIBERIA, a negro republic in West Africa, extending along the coast of northern Guinea about 300 m., between the British colony of Sierra Leone on the N.W. and the French colony of the Ivory Coast on the S.E. The westernmost point of Liberia (at the mouth of the river Mano) lies in about 6° 55′ N. and 11° 32′ W. The southernmost point of Liberia, and at the same time almost its most eastern extension, is at the mouth of the Cavalla, beyond Cape Palmas, only 4° 22′ N. of the equator, and in about 7° 33′ W. The width of Liberia inland varies very considerably; it is greatest, about 200 m., from N.E. to S.W. The Liberia-Sierra Leone boundary was determined by a frontier commission in 1903. Commencing at the mouth of the river Mano, it follows the Mano up stream till that river cuts 10° 40′ W. It then followed this line of longitude to its intersection with N. latitude 9° 6′, but by the Franco-Liberian understanding of 1907 the frontier on this side was withdrawn to 8° 25′ N., where the river Makona crosses 10° 40’ W. The Liberian frontier with the adjacent French possessions was defined by the Franco-Liberian treaty of 1892, but as the definition therein given was found to be very difficult of reconciliation with geographical features (for in 1892 the whole of the Liberian interior was unmapped) further negotiations were set on foot. In 1905 Liberia proposed to France that the boundary line should follow the river Moa from the British frontier of Sierra Leone up stream to near the source of the Moa (or Makona), and that from this point the boundary should run eastwards along the line of water-parting between the system of the Niger on the north and that of the coast rivers (Moa, Lofa, St Paul’s) on the south, until the 8th degree of N. latitude was reached, thence following this 8th degree eastwards to where it cuts the head stream of the Cavalla river. From this point the boundary between France and Liberia would be the course of the Cavalla river from near its source to the sea. Within the limits above described Liberia would possess a total area of about 43,000 to 45,000 sq. m. But after deliberation and as the result of certain “frontier incidents” France modified her counter-proposals in 1907, and the actual definition of the northern and eastern frontiers of Liberia is as follows:—

LIBERIA, is a country in West Africa that stretches along the coast of northern Guinea for about 300 miles, bordered by the British colony of Sierra Leone to the northwest and the French colony of the Ivory Coast to the southeast. The westernmost point of Liberia (at the mouth of the Mano River) is located around 6° 55′ N. and 11° 32′ W. The southernmost point, which is also nearly its furthest east, is at the mouth of the Cavalla River beyond Cape Palmas, only 4° 22′ N. of the equator and around 7° 33′ W. Liberia’s width inland varies significantly, reaching its widest at about 200 miles from northeast to southwest. The Liberia-Sierra Leone boundary was established by a frontier commission in 1903. It starts at the mouth of the Mano River, following the river upstream until it intersects 10° 40′ W. Then it continues along this line of longitude to meet N. latitude 9° 6′. However, due to an agreement made with France in 1907, the boundary on this side was adjusted to 8° 25′ N., where the Makona River crosses 10° 40′ W. The boundary between Liberia and the adjacent French territories was outlined in the Franco-Liberian treaty of 1892, but since this definition proved difficult to align with geographical features (as the entire interior of Liberia was unmapped in 1892), further negotiations were initiated. In 1905, Liberia suggested to France that the boundary line should follow the Moa River from the British border of Sierra Leone upstream to near the source of the Moa (or Makona), and from there, run eastward along the water divide between the Niger system to the north and the coastal rivers (Moa, Lofa, St. Paul’s) to the south until reaching the 8th degree of N. latitude. From that point, the boundary would continue east along this degree until it intersects the headstream of the Cavalla River. This boundary would then follow the Cavalla River from near its source to the sea. Within these described limits, Liberia would cover a total area of about 43,000 to 45,000 square miles. However, after further discussions and in response to certain "frontier incidents," France revised her counter-proposals in 1907, and the actual definition of Liberia’s northern and eastern borders is as follows:—

Starting from the point on the frontier of the British colony of Sierra Leone where the river Moa or Makona crosses that frontier, the Franco-Liberian frontier shall follow the left bank of the river Makona up stream to a point 5 kilometres to the south of the town of Bofosso. From this point the frontier shall leave the line of the Makona and be carried in a south-easterly direction to the source of the most north-westerly affluent of the Nuon river or Western Cavalla. This line shall be so drawn as to leave on the French side of the boundary the following towns: Kutumai, Kisi Kurumai, Sundibú, Zuapa, Nzibila, Koiama, Bangwedu and Lola. From the north-westernmost source of the Nuon the boundary shall follow the right bank of the said Nuon river down stream to its presumed confluence with the Cavalla, and thenceforward the right bank of the river Cavalla down to the sea. If the ultimate destination of the Nuon is not the Cavalla river, then the boundary shall follow the right bank of the Nuon down stream as far as the town of Tuleplan. A line shall then be drawn from the southern outskirts of the town of Tuleplan due E. to the Cavalla river, and thence shall follow the right bank of the Cavalla river to the sea.

Starting at the point on the border of the British colony of Sierra Leone where the Moa or Makona River crosses, the Franco-Liberian border will follow the left bank of the Makona River upstream to a point 5 kilometers south of the town of Bofosso. From there, the border will veer away from the Makona River and head southeast to the source of the northwesternmost tributary of the Nuon River, also known as Western Cavalla. This line will be drawn to keep the following towns on the French side of the boundary: Kutumai, Kisi Kurumai, Sundibú, Zuapa, Nzibila, Koiama, Bangwedu, and Lola. From the northwesternmost source of the Nuon, the boundary will follow the right bank of the Nuon River downstream to its presumed meeting point with the Cavalla, and then continue along the right bank of the Cavalla River to the sea. If the Nuon does not ultimately connect to the Cavalla River, the boundary will follow the right bank of the Nuon downstream to the town of Tuleplan. A line will then be drawn from the southern outskirts of Tuleplan directly east to the Cavalla River, and from there, it will follow the right bank of the Cavalla River to the sea.

(The delimitation commission proved that the Nuon does not flow into the Cavalla, but about 6° 30′ N. it flows very near the north-westernmost bend of that river. Tuleplan is in about lat. 6° 50′ N. The river Makona takes a much more northerly course than had been estimated. The river Nuon also is situated 20 or 30 m. farther to the east than had been supposed. Consequently the territory of Liberia as thus demarcated is rather larger than it would appear on the uncorrected English maps of 1907—about 41,000 sq. m.)

(The delimitation commission proved that the Nuon doesn’t flow into the Cavalla, but around 6° 30′ N, it flows very close to the north-westernmost bend of that river. Tuleplan is located at about 6° 50′ N. The Makona River is actually much farther north than previously estimated. Additionally, the Nuon River is situated 20 or 30 m further east than originally thought. As a result, the territory of Liberia as marked out is larger than it would seem on the uncorrected English maps from 1907—about 41,000 sq. m.)

It is at the southern extremity of Liberia, Cape Palmas, that the West African coast from Morocco to the southernmost extremity of Guinea turns somewhat abruptly eastwards and northwards and faces the Gulf of Guinea. As the whole coastline of Liberia thus fronts the sea route from Europe to South Africa it is always likely to possess a certain degree of strategical importance. The coast, however, is unprovided with a single good harbour. The anchorage at Monrovia is safe, and with some expenditure of money a smooth harbour could be made in front of Grand Basa.

It is at the southern tip of Liberia, Cape Palmas, where the West African coast from Morocco to the southernmost point of Guinea changes direction somewhat suddenly to the east and north, facing the Gulf of Guinea. Since the entire coastline of Liberia is along the sea route from Europe to South Africa, it is always likely to have some level of strategic significance. However, the coast lacks a single good harbor. The anchorage at Monrovia is safe, and with some investment, a smooth harbor could be created in front of Grand Basa.

Coast Features.—The coast is a good deal indented, almost all the headlands projecting from north-east to south-west. A good deal of the seaboard is dangerous by reason of the sharp rocks which lie near the surface. As most of the rivers have rapids or falls actually at the sea coast or close to it, they are, with the exception of the Cavalla, useless for penetrating far inland, and the whole of this part of Africa from Cape Palmas north-west to the Senegal suggests a sunken land. In all probability the western projection of Africa was connected by a land bridge with the opposite land of Brazil as late as the Eocene period of the Tertiary epoch. The Liberian coast has few lagoons compared with the adjoining littoral of Sierra Leone or that of the Ivory Coast. The coast, in fact, rises in some places rather abruptly from the sea. Cape Mount (on the northern side of which is a large lagoon—Fisherman Lake) at its highest point is 1050 ft. above sea level. Cape Mesurado is about 350 ft., Cape Palmas about 200 ft. above the sea. There is a salt lake or lagoon between the Cape Palmas river and the vicinity of the Cavalla. Although very little of the coast belt is actually swampy, a kind of natural canalization connects many of the rivers at their mouths with each other, though some of these connecting creeks are as yet unmarked on maps.

Coast Features.—The coastline has many inlets, with most headlands stretching from northeast to southwest. A significant portion of the shoreline is hazardous due to sharp rocks that are close to the surface. Since most rivers have rapids or falls right at the coastline or nearby, they are, except for the Cavalla, useless for traveling far inland, making this part of Africa, from Cape Palmas northwest to Senegal, feel like a sunken land. It's likely that the western part of Africa was connected by a land bridge to Brazil as recently as the Eocene period of the Tertiary epoch. The Liberian coast has fewer lagoons compared to the neighboring coasts of Sierra Leone and Ivory Coast. In fact, the coastline rises quite steeply from the sea in some areas. Cape Mount (which has a large lagoon—Fisherman Lake—on its northern side) stands at its highest point at 1,050 ft. above sea level. Cape Mesurado is around 350 ft., and Cape Palmas is about 200 ft. above the sea. There's a salt lake or lagoon between the Cape Palmas river and the area near the Cavalla. Although very little of the coastal area is genuinely swampy, a sort of natural canal connects many rivers at their mouths, although some of these connecting creeks are still not shown on maps.

Mountains.—Although there are patches of marsh—generally the swampy bottoms of valleys—the whole surface of Liberia inclines to be hilly or even mountainous at a short distance inland from the coast. In the north-east, French explorers have computed the altitudes of some mountains at figures which would make them the highest land surfaces of the western projection of Africa—from 6000 to 9000 ft. But these altitudes are largely matters of conjecture. The same mountains have been sighted by English explorers coming up from the south and are pronounced to be “very high.” It is possible that they may reach to 6000 ft. in some places. Between the western bend of the Cavalla river and the coast there is a somewhat broken mountain range with altitudes of from 2000 to 5000 ft. (approximate). The Pō range to the west of the St Paul’s river may reach in places to 3000 ft.

Mountains.—While there are some marshy areas—mostly the swampy bottoms of valleys—the overall landscape of Liberia tends to be hilly or even mountainous just a short distance inland from the coast. In the northeast, French explorers have estimated the heights of some mountains at levels that would make them the tallest landforms in the western part of Africa—ranging from 6,000 to 9,000 ft. However, these elevations are mostly speculative. English explorers coming from the south have also observed the same mountains and describe them as “very high.” It’s possible they may reach 6,000 ft. in certain areas. Between the western curve of the Cavalla River and the coast, there is a somewhat rugged mountain range with heights varying from approximately 2,000 to 5,000 ft. The Pō range to the west of the St. Paul’s River may reach up to 3,000 ft. in some locations.

Rivers.—The work of the Franco-Liberian delimitation commission in 1908-1909 cleared up many points connected with the hydrography of the country. Notably it traced the upper Cavalla, proving that that river was not connected either with the Nuon on the west or the Ko or Zo on the east. The upper river and the left bank of the lower river of the Cavalla are in French territory. It rises in about 7° 50′ N., 8° 30′ W. in the Nimba mountains, where also rise the Nuon, St John’s and Dukwia rivers. After flowing S.E. the Cavalla, between 7° and 6° N., under the name of Dugu, makes a very considerable elbow to the west, thereafter resuming its south-easterly course. It is navigable from the sea for some 80 m. from its mouth and after a long series of rapids is again navigable. Unfortunately the Cavalla does not afford a means of easy penetration into the rich hinterland of Liberia on account of the bad bar at its mouth. The Nuon (or Nipwe), which up to 1908 was described sometimes as the western Cavalla and sometimes as the upper course of the St John’s river, has been shown to be the upper course of the Cestos. About 6° 30′ N. it approaches within 16 m. of the Cavalla. It rises in the Nimba mountains some 10 m. S. of the source of the Cavalla, and like all the Liberian rivers (except the Cavalla) it has a general S.W. flow. The St Paul, though inferior to the Cavalla in length, is a large river with a considerable volume of water. The main branch rises in the Beila country nearly as far north as 9° N. under the name of Diani. Between 8° and 7° N. it is joined by the Wé from the west and the Walé from the east. The important river Lofa flows nearly parallel with the St Paul’s river and enters the sea about 40 m. to the west, under the name of Little Cape Mount river. The Mano or Bewa river rises in the dense Gora forest, but is of no great importance until it becomes the frontier between Liberia and Sierra Leone. The Dukwia and Farmington are tortuous rivers entering the sea under the name of the river Junk (Portuguese, Junco). The Farmington is a short stream, but the Dukwia is believed to be the lower course of the Mani, which rises as the Tigney (Tige), north of the source of the Cavalla, just south of 8° N. The St John’s river of the Basa country appears to be of considerable importance and volume. The Sino river rises in the Niete mountains and brings down a great volume of water to the sea, though it is not a river of considerable length. The Duobe rises at the back of the Satro Mountains and flows nearly parallel with the Cavalla, which it joins. The Moa or Makona river is a fine stream of considerable volume, but its course is perpetually interrupted by rocks and rapids. Its lower course is through the territory of Sierra Leone, and it enters the sea as the Sulima.

Rivers.—The work of the Franco-Liberian delimitation commission in 1908-1909 clarified many issues related to the country's hydrography. Notably, it defined the upper Cavalla, demonstrating that this river is not connected to either the Nuon in the west or the Ko or Zo in the east. The upper river and the left bank of the lower Cavalla are within French territory. It originates at approximately 7° 50′ N., 8° 30′ W. in the Nimba mountains, where the Nuon, St John’s, and Dukwia rivers also begin. Flowing southeast, the Cavalla, between 7° and 6° N., known as Dugu, makes a significant bend to the west before continuing its southeast trajectory. It is navigable for about 80 miles from its mouth and, after a long series of rapids, becomes navigable again. Unfortunately, the Cavalla doesn't provide an easy route into Liberia's rich interior due to the poor bar at its mouth. The Nuon (or Nipwe), which until 1908 was sometimes referred to as the western Cavalla and sometimes as the upper section of the St John’s river, has been identified as the upper section of the Cestos. Around 6° 30′ N., it comes within 16 miles of the Cavalla. It starts in the Nimba mountains about 10 miles south of the Cavalla's source, and like all Liberian rivers (except the Cavalla), it generally flows southwest. The St Paul, though shorter than the Cavalla, is a large river with significant water flow. Its main branch begins in the Beila country nearly as far north as 9° N. Between 8° and 7° N., it is joined by the Wé from the west and the Walé from the east. The important Lofa river flows almost parallel to the St Paul’s river and meets the sea about 40 miles to the west, under the name of Little Cape Mount river. The Mano or Bewa river starts in the dense Gora forest, but it isn't very significant until it becomes the border between Liberia and Sierra Leone. The Dukwia and Farmington rivers flow into the sea under the name of the river Junk (Portuguese, Junco). The Farmington is a short stream, but the Dukwia is believed to be the lower section of the Mani, which begins as the Tigney (Tige), just south of 8° N., north of the Cavalla's source. The St John’s river in the Basa area seems to have considerable importance and volume. The Sino river rises in the Niete mountains and brings a large volume of water to the sea, though it isn’t particularly long. The Duobe starts behind the Satro Mountains and flows nearly parallel to the Cavalla, which it joins. The Moa or Makona river is a significant stream with considerable flow, but its path is constantly disrupted by rocks and rapids. Its lower section runs through Sierra Leone and empties into the sea as the Sulima.

Climate and Rainfall.—Liberia is almost everywhere well watered. The climate and rainfall over the whole of the coast region for about 120 m. inland are equatorial, the rainfall in the western half of the country being about 150 in. per annum and in the eastern half about 100 in. North of a distance of about 120 m. inland the climate is not quite so rainy, and the weather is much cooler during the dry season. This region beyond the hundred-miles coast belt is far more agreeable and healthy to Europeans.

Climate and Rainfall.—Liberia is well-watered almost everywhere. The climate and rainfall along the coast and about 120 miles inland are equatorial, with the western half of the country receiving about 150 inches of rain per year and the eastern half around 100 inches. Beyond approximately 120 miles inland, the climate is less rainy, and the weather is considerably cooler during the dry season. This area, beyond the hundred-mile coastal zone, is much more pleasant and healthier for Europeans.

Forests.—Outside a coast belt of about 20 m. and south of 8° N. the country is one vast forest, except where the natives have cleared the land for cultivation. In many districts the land has been cleared and cultivated and then abandoned, and has relapsed into scrub and jungle which is gradually returning to the condition of forest. The densest forest of all would seem to be that known as Gora, 540 which is almost entirely uninhabited and occupies an area of about 6000 sq. m. between the Pō hills and the British frontier. There is another very dense forest stretching with little interruption from the eastern side of the St Paul’s river nearly to the Cavalla. The Nidi forest is noteworthy for its magnificent growth of Funtumia rubber trees. It extends between the Duobe and the Cavalla rivers. The extreme north of Liberia is still for the most part a very well-watered country, covered with a rich vegetation, but there are said to be a few breaks that are rather stony and that have a very well-marked dry season in which the vegetation is a good deal burnt up. In the main Liberia is the forest country par excellence of West Africa, and although this region of dense forests overlaps the political frontiers of both Sierra Leone and the Ivory Coast, it is a feature of physical geography so nearly coincident with the actual frontiers of Liberia as to give this country special characteristics clearly marked in its existing fauna.

Forests.—Outside a coastal strip of about 20 meters and south of 8° N, the entire region is one enormous forest, except where locals have cleared land for farming. In many areas, the land has been cleared and farmed but then left, resulting in regrowth into scrub and jungle, which is gradually turning back into forest. The densest forest appears to be the Gora, 540, which is nearly uninhabited and covers about 6000 square miles between the Pō hills and the British border. Another very dense forest stretches almost uninterrupted from the eastern side of the St Paul’s river to the Cavalla. The Nidi forest is notable for its impressive growth of Funtumia rubber trees. It lies between the Duobe and Cavalla rivers. The far north of Liberia is mostly a well-watered area, rich in vegetation, although there are said to be some rocky spots with a distinct dry season where the vegetation gets quite scorched. Overall, Liberia is the quintessential forest region of West Africa, and even though this area of dense forests extends into the political borders of both Sierra Leone and the Ivory Coast, it closely aligns with Liberia’s actual borders, giving the country distinct characteristics evident in its current wildlife.

Fauna.—The fauna of Liberia is sufficiently peculiar, at any rate as regards vertebrates, to make it very nearly identical with a “district” or sub-province of the West African province, though in this case the Liberian “district” would not include the northern-most portions of the country and would overlap on the east and west into Sierra Leone and the French Ivory Coast. It is probable that the Liberian chimpanzee may offer one or more distinct varieties; there is an interesting local development of the Diana monkey, sometimes called the bay-thighed monkey (Cercopithecus diana ignita) on account of its brilliant orange-red thighs. One or more species of bats are peculiar to the country—Vespertilio stampflii, and perhaps Roussettus büttikoferi; two species of shrew (Crocidura), one dormouse (Graphiurus nagtglasii); the pygmy hippopotamus (H. liberiensis)—differing from the common hippopotamus by its much smaller size and by the reduction of the incisor teeth to a single pair in either jaw, or occasionally to the odd number of three; and two remarkable Cephalophus antelopes peculiar to this region so far as is known—these are the white-shouldered duiker, Cephalophus jentinki, and the zebra antelope, C. doriae, a creature the size of a small goat, of a bright bay brown, with broad black zebra-like stripes. Amongst other interesting mammals are four species of the long-haired Colobus monkeys (black, black and white, greenish-grey and reddish-brown); the Potto lemur, fruit bats of large size with monstrous heads (Hypsignathus monstrosus); the brush-tailed African porcupine; several very brightly coloured squirrels; the scaly-tailed flying Anomalurus; the common porcupine; the leopard, serval, golden cat (Felis celidogaster) in two varieties, the copper-coloured and the grey, possibly the same animal at different ages; the striped and spotted hyenas (beyond the forest region); two large otters; the tree hyrax, elephant and manati; the red bush pig (Potamochoerus porcus); the West African chevrotain (Dorcatherium); the Senegalese buffalo; Bongo antelope (Boocercus); large yellow-backed duiker (Cephalophus sylvicultrix), black duiker, West African hartebeest (beyond the forest), pygmy antelope (Neotragus); and three species of Manis or pangolin (M. gigantea, M. longicaudata and M. tricuspis).

Fauna.—The wildlife in Liberia is quite unique, especially when it comes to vertebrates, making it almost the same as a "district" or sub-province of the West African region. However, this Liberian "district" wouldn't cover the northernmost parts of the country and would extend east and west into Sierra Leone and the French Ivory Coast. It's likely that the Liberian chimpanzee has one or more distinct varieties; there is also an interesting local version of the Diana monkey, sometimes called the bay-thighed monkey (Cercopithecus diana ignita) due to its brilliant orange-red thighs. One or more species of bats are unique to the country—Vespertilio stampflii, and maybe Roussettus büttikoferi; there are two species of shrew (Crocidura), one dormouse (Graphiurus nagtglasii); the pygmy hippopotamus (H. liberiensis)—which is smaller than the common hippopotamus and has only one pair of incisor teeth in each jaw, or sometimes three teeth; and two remarkable Cephalophus antelopes that are known only from this region—these are the white-shouldered duiker, Cephalophus jentinki, and the zebra antelope, C. doriae, which is about the size of a small goat, bright bay brown, with broad black stripes like a zebra. Other interesting mammals include four species of long-haired Colobus monkeys (black, black and white, greenish-grey, and reddish-brown); the Potto lemur, large fruit bats with huge heads (Hypsignathus monstrosus); the brush-tailed African porcupine; several brightly colored squirrels; the scaly-tailed flying Anomalurus; the common porcupine; the leopard, serval, and golden cat (Felis celidogaster) in two varieties, copper-colored and grey, possibly the same animal at different ages; striped and spotted hyenas (outside the forest area); two large otters; the tree hyrax, elephant, and manatee; the red bush pig (Potamochoerus porcus); West African chevrotain (Dorcatherium); Senegalese buffalo; Bongo antelope (Boocercus); large yellow-backed duiker (Cephalophus sylvicultrix), black duiker, West African hartebeest (outside the forest), pygmy antelope (Neotragus); and three species of Manis or pangolin (M. gigantea, M. longicaudata, and M. tricuspis).

The birds of Liberia are not quite so peculiar as the mammals. There is the interesting white-necked guineafowl, Agelastes (which is found on the Gold Coast and elsewhere west of the lower Niger); there is one peculiar species of eagle owl (Bubo lettii) and a very handsome sparrow-hawk (Accipiter büttikoferi); a few sun-birds, warblers and shrikes are peculiar to the region. The other birds are mainly those of Senegambia and of the West African forest region generally. A common and handsome bird is the blue plantain-eater (Corythaeola). The fishing vulture (Gypohierax) is found in all the coast districts, but true vultures are almost entirely absent except from the north, where the small brown Percnopterus makes its appearance. A flamingo (Phoeniconaias) visits Fisherman Lake, and there are a good many species of herons. Cuckoos are abundant, some of them of lovely plumage, also rollers, kingfishers and horn-bills. The last family is well represented, especially by the three forest forms—the elate hornbill and black hornbill (Ceratogymna), and the long-tailed, white-crested hornbill (Ortholophus leucolophus). There is one trogon—green and crimson, a brightly coloured ground thrush (Pitta), numerous woodpeckers and barbets; glossy starlings, the black and white African crow and a great variety of brilliantly coloured weaver birds, waxbills, shrikes and sun-birds.

The birds of Liberia aren't as unusual as the mammals. There's the interesting white-necked guineafowl, Agelastes (which can be found on the Gold Coast and other areas west of the lower Niger); a unique species of eagle owl (Bubo lettii), and a very attractive sparrow-hawk (Accipiter büttikoferi); a few sun-birds, warblers, and shrikes are native to the region. The rest of the birds are mostly those from Senegambia and the broader West African forest area. A common and striking bird is the blue plantain-eater (Corythaeola). The fishing vulture (Gypohierax) is present in all coastal districts, but true vultures are nearly absent except in the north, where the small brown Percnopterus appears. A flamingo (Phoeniconaias) visits Fisherman Lake, and there are many species of herons. Cuckoos are plentiful, with some featuring beautiful plumage, along with rollers, kingfishers, and hornbills. The hornbill family is well represented, especially with three forest species—the elate hornbill and black hornbill (Ceratogymna), and the long-tailed, white-crested hornbill (Ortholophus leucolophus). There's one trogon—green and crimson—as well as a brightly colored ground thrush (Pitta), numerous woodpeckers and barbets; glossy starlings, the black and white African crow, and a wide variety of brilliantly colored weaver birds, waxbills, shrikes, and sun-birds.

As regards reptiles, there are at least seven poisonous snakes—two cobras, two puff-adders and three vipers. The brilliantly coloured red and blue lizard (Agama colonorum) is found in the coast region of eastern Liberia. There are three species of crocodile, at least two chameleons (probably more when the forest is further explored), the large West African python (P. sebae) and a rare Boine snake (Calabaria). On the sea coast there is the leathery turtle (Dermochelis) and also the green turtle (Chelone). In the rivers and swamps there are soft-shelled turtle (Trionyx and Sternothaerus). The land tortoises chiefly belong to the genus Cynyxis. The fresh-water fish seem in their affinities to be nearly allied to those of the Niger and the Nile. There is a species of Polypterus, and it is probable that the Protopterus or lung fish is also found there, though its existence has not as yet been established by a specimen. As regards invertebrates, very few species or genera are peculiar to Liberia so far as is yet known, though there are probably one or two butterflies of local range. The gigantic scorpions (Pandinus imperator)—more than 6 in. long—are a common feature in the forest. One noteworthy feature in Liberia, however, is the relative absence of mosquitoes, and the white ants and some other insect pests are not so troublesome here as in other parts of West Africa. The absence or extreme paucity of mosquitoes no doubt accounts for the infrequency of malarial fever in the interior.

As for reptiles, there are at least seven venomous snakes—two cobras, two puff adders, and three vipers. The brightly colored red and blue lizard (Agama colonorum) can be found along the eastern coast of Liberia. There are three species of crocodile, at least two chameleons (likely more as the forest gets explored further), the large West African python (P. sebae), and a rare boa snake (Calabaria). Along the coastline, you'll find the leatherback turtle (Dermochelis) and the green turtle (Chelone). In rivers and swamps, there are soft-shelled turtles (Trionyx and Sternothaerus). The land tortoises primarily belong to the genus Cynyxis. The freshwater fish seem to be closely related to those of the Niger and the Nile. There’s a species of Polypterus, and it’s likely that the Protopterus or lungfish is also present, although it hasn’t been confirmed by a specimen yet. Concerning invertebrates, very few species or genera are unique to Liberia as far as is currently known, although there may be one or two butterflies native to the area. The large scorpions (Pandinus imperator)—over 6 inches long—are commonly found in the forest. One notable aspect of Liberia, however, is the relative lack of mosquitoes, and white ants and some other insect pests are not as bothersome here as they are in other parts of West Africa. The absence or extreme scarcity of mosquitoes likely explains the low occurrence of malaria in the interior.

Flora.—Nowhere, perhaps, does the flora of West Africa attain a more wonderful development than in the republic of Liberia and in the adjoining regions of Sierra Leone and the Ivory Coast. This is partly due to the equatorial position and the heavy rainfall. The region of dense forest, however, does not cover the whole of Liberia; the Makona river and the northern tributaries of the Lofa and St Paul’s flow through a mountainous country covered with grass and thinly scattered trees, while the ravines and watercourses are still richly forested. A good deal of this absence of forest is directly due to the action of man. Year by year the influence of the Mahommedan tribes on the north leads to the cutting down of the forest, the extension of both planting and pasture and the introduction of cattle and even horses. In the regions bordering the coast also a good deal of the forest has disappeared, its place being taken (where the land is not actually cultivated) by very dense scrub. The most striking trees in the forest region are, in the basin of the Cavalla, the giant Funtumia elastica, which grows to an altitude of 200 ft.; various kinds of Parinarium, Oldfieldia and Khaya; the bombax or cotton tree, giant dracaenas, many kinds of fig; Borassus palms, oil palms, the climbing Calamus palms, and on the coast the coconut. The most important palm of the country perhaps is the Raphia vinifera, which produces the piassava fibre of commerce. There are about twenty-two different trees, shrubs and vines producing rubber of more or less good quality. These belong chiefly to the Apocynaceous order. In this order is the genus Strophanthus, which is represented in Liberia by several species, amongst others S. gratus. This Strophanthus is not remarkable for its rubber—which is mere bird lime—but for the powerful poison of its seeds, often used for poisoning arrows, but of late much in use as a drug for treating diseases of the heart. Coffee of several species is indigenous and grows wild. The best known is the celebrated Coffea liberica. The kola tree is also indigenous. Large edible nuts are derived from Coula edulis of the order Olacineae. The country is exceedingly rich in Aroids, many of which are epiphytic, festooning the trunks of tall trees with a magnificent drapery of abundant foliage. A genus much represented is Culcasia, and swampy localities are thickly set with the giant Cyrtosperma arum, with flower spathes that are blotched with deep purple. Ground orchids and tree orchids are well represented; Polystachya liberica, an epiphytic orchid with sprays of exquisite small flowers of purple and gold, might well be introduced into horticulture for its beauty. The same might be said of the magnificent Lissochilus roseus, a terrestrial orchid, growing to 7 ft. in height, with rose-coloured flowers nearly 1 in. long; there are other orchids of fantastic design in their green and white flowers, some of which have spurs (nectaries) nearly 7 in. long.

Flora.—Nowhere, perhaps, does the plant life of West Africa develop more wonderfully than in the republic of Liberia and the nearby areas of Sierra Leone and the Ivory Coast. This is partly due to its equatorial location and heavy rainfall. However, the dense forest region doesn't cover all of Liberia; the Makona River and the northern tributaries of the Lofa and St. Paul’s flow through a mountainous area with grasslands and scattered trees, while the ravines and watercourses remain richly forested. Much of the forest's absence is directly caused by human activity. Each year, the influence of the Muslim tribes from the north leads to deforestation, the expansion of agriculture and grazing, and the introduction of cattle and even horses. Along the coastal areas, a significant amount of forest has also vanished, replaced (when the land isn't cultivated) by dense scrub. The most notable trees in the forest region include, in the basin of the Cavalla, the giant Funtumia elastica, which can grow up to 200 ft.; various types of Parinarium, Oldfieldia and Khaya; the bombax or cotton tree, giant dracaenas, numerous fig species; Borassus palms, oil palms, climbing Calamus palms, and along the coast, coconuts. The most significant palm in the country is probably the Raphia vinifera, which produces the commercially valuable piassava fiber. There are about twenty-two different trees, shrubs, and vines that yield rubber of varying quality, primarily from the Apocynaceae family. Within this family is the genus Strophanthus, which is represented in Liberia by several species, including S. gratus. This Strophanthus is not notable for its rubber—since it only produces bird lime—but rather for the potent poison in its seeds, often used to poison arrows and increasingly used as a heart medication. Various species of coffee are native and grow wild, with the best-known being the famed Coffea liberica. The kola tree is also native. Large edible nuts come from Coula edulis of the Olacineae family. The country is incredibly rich in Aroids, many of which grow as epiphytes, draping the trunks of tall trees with lush foliage. A commonly represented genus is Culcasia, and wetlands are filled with the giant Cyrtosperma arum, boasting flower spathes marked with deep purple. Ground and tree orchids are well-represented; Polystachya liberica, an epiphytic orchid with sprays of beautiful small purple and gold flowers, could very well be introduced into gardening for its appeal. The same can be said for the stunning Lissochilus roseus, a terrestrial orchid reaching 7 ft. tall, with rose-colored flowers nearly 1 in. long; other orchids feature fantastical designs in their green and white flowers, some adorned with spurs (nectaries) nearly 7 in. long.

Many trees offer magnificent displays of flowers at certain seasons of the year; perhaps the loveliest effect is derived from the bushes and trailing creepers of the Combretum genus, which, during the “winter” months from December to March, cover the scrub and the forest with mantles of rose colour. Smaethmannia trees are thickly set at this season with large blossoms of waxen white. Very beautiful also are the red velvet or white velvet sepals of the Mussaenda genus. Bamboos of the genus Oxytenanthera are indigenous. Tree ferns are found on the mountains above 4000 ft. The bracken grows in low sandy tracts near the coast. The country in general is a fern paradise, and the iridescent creeping Selaginella (akin to Lycopodium) festoons the undergrowth by the wayside. The cultivated trees and plants of importance are, besides rubber, the manioc or cassada, the orange tree, lime, cacao, coffee, pineapple (which now runs wild over the whole of Liberia), sour sop, ginger, papaw, alligator apple, avocado pear, okro, cotton (Gossypium peruvianum—the kidney cotton), indigo, sweet potato, capsicum (chillie), bread-fruit, arrowroot (Maranta), banana, yam, “coco”-yam (Colocasia antiquorum, var. esculenta), maize, sorghum, sugar cane, rice and eleusine (Eleusine), besides gourds, pumpkins, cabbages and onions.

Many trees showcase stunning displays of flowers at certain times of the year; perhaps the most beautiful effect comes from the bushes and climbing plants of the Combretum genus, which, during the "winter" months from December to March, blanket the scrub and the forest in shades of rose. Smaethmannia trees are abundant this season with large, waxy white blossoms. The red velvet or white velvet sepals of the Mussaenda genus are also very lovely. Bamboos from the genus Oxytenanthera are native here. Tree ferns can be found on the mountains above 4,000 ft. Bracken grows in low sandy areas near the coast. Overall, the region is a paradise for ferns, and the iridescent creeping Selaginella (related to Lycopodium) decorates the undergrowth along the roads. Important cultivated trees and plants include, besides rubber, manioc or cassava, orange trees, limes, cacao, coffee, pineapples (which now grow wild throughout Liberia), soursops, ginger, papayas, alligator pears, avocados, okra, cotton (Gossypium peruvianum—the kidney cotton), indigo, sweet potatoes, chili peppers, breadfruit, arrowroot (Maranta), bananas, yams, "coco"-yams (Colocasia antiquorum, var. esculenta), maize, sorghum, sugarcane, rice, and eleusine (Eleusine), as well as gourds, pumpkins, cabbages, and onions.

Minerals.—The hinterland of Liberia has been but slightly explored for mineral wealth. In a general way it is supposed that the lands lying between the lower St Paul’s river and the Sierra Leone frontier are not much mineralized, except that in the vicinity of river mouths there are indications of bitumen. The sand of nearly all the rivers contains a varying proportion of gold. Garnets and mica are everywhere found. There have been repeated stories of diamonds obtained from the Finley Mountains (which are volcanic) in the central province, but all specimens sent home, except one, have hitherto proved to be quartz crystals. There are indications of sapphires and other forms of corundum. Corundum indeed is abundantly met with in the eastern half of Liberia. The sand of the rivers contains monazite. Graphite has been discovered in the Pō Hills. Lead has been reported from the Nidi or Niete Mountains. Gold is present in some abundance in the river sand of central Liberia, and native reports speak of the far interior as being rich in gold. Iron—haematite—is present almost everywhere. There are other indications of bitumen, besides those mentioned, in the coast region of eastern Liberia.

Minerals.—The interior of Liberia has seen only limited exploration for mineral resources. Generally, it is believed that the lands between the lower St Paul’s River and the Sierra Leone border aren't highly mineralized, although there are signs of bitumen near river mouths. The sand from nearly all the rivers has varying amounts of gold. Garnets and mica can be found everywhere. There have been repeated reports of diamonds sourced from the volcanic Finley Mountains in the central province, but all the samples sent back home, except one, have turned out to be quartz crystals. There are signs of sapphires and other types of corundum. Corundum is indeed commonly found in the eastern half of Liberia. The river sand contains monazite. Graphite has been discovered in the Pō Hills. Reports of lead have come from the Nidi or Niete Mountains. Gold is fairly abundant in the river sand of central Liberia, and local accounts suggest that the deeper interior is rich in gold. Iron—haematite—is found almost everywhere. There are additional indications of bitumen, besides those mentioned, in the coastal region of eastern Liberia.

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History and Population.—Tradition asserts that the Liberian coast was first visited by Europeans when it was reached by the Dieppois merchant-adventurers in the 14th century. The French in the 17th century claimed that but for the loss of the archives of Dieppe they would be able to prove that vessels from this Norman port had established settlements at Grand Basa, Cape Mount, and other points on the coast of Liberia. No proof has yet been forthcoming, however, that the Portuguese were not the first white men to reach this coast. The first Portuguese pioneer was Pedro de Sintra, who discovered and noted in 1461 the remarkable promontory of Cape Mount, Cape Mesurado (where the capital, Monrovia, is now situated) and the mouth of the Junk river. In 1462 de Sintra returned with another Portuguese captain, Sueiro da Costa, and penetrated as far as Cape Palmas and the Cavalla river. Subsequently the Portuguese mapped the whole coast of Liberia, and nearly all the prominent features—capes, rivers, islets—off that coast still bear Portuguese names. From the 16th century onwards, English, Dutch, German, French and other European traders contested the commerce of this coast with the Portuguese, and finally drove them away. In the 18th century France once or twice thought of establishing colonies here. At the end of the 18th century, when the tide was rising in favour of the abolition of slavery and the repatriation of slaves, the Grain Coast [so called from the old trade in the “Grains of Paradise” or Amomum pepper] was suggested once or twice as a suitable home for repatriated negroes. Sierra Leone, however, was chosen first on account of its possessing an admirable harbour. But in 1821 Cape Mesurado was selected by the American Colonization Society as an appropriate site for the first detachment of American freed negroes, whom difficulties in regard to extending the suffrage in the United States were driving away from a still slave-holding America. From that date, 1821, onwards to the present day, negroes and mulattos—freed slaves or the descendants of such—have been crossing the Atlantic in small numbers to settle on the Liberian coast. The great migrations took place during the first half of the 19th century. Only two or three thousand American emigrants—at most—have come to Liberia since 1860.

History and Population.—Tradition says that the Liberian coast was first visited by Europeans when it was reached by merchant-adventurers from Dieppe in the 14th century. In the 17th century, the French claimed that if not for the loss of the Dieppe archives, they could prove that ships from this Norman port had established settlements at Grand Basa, Cape Mount, and other locations along the coast of Liberia. However, no evidence has been found to show that the Portuguese were not the first white people to arrive at this coast. The first Portuguese explorer was Pedro de Sintra, who discovered and noted the impressive Cape Mount, Cape Mesurado (where the capital, Monrovia, is now located), and the mouth of the Junk river in 1461. In 1462, de Sintra returned with another Portuguese captain, Sueiro da Costa, and explored as far as Cape Palmas and the Cavalla river. Afterward, the Portuguese mapped the entire coast of Liberia, and nearly all the notable features—capes, rivers, islets—off that coast still have Portuguese names. From the 16th century onward, English, Dutch, German, French, and other European traders competed with the Portuguese for commerce on this coast and eventually pushed them out. In the 18th century, France considered establishing colonies here a couple of times. By the end of the 18th century, as the movement to abolish slavery and repatriate slaves was gaining momentum, the Grain Coast (named for the old trade in “Grains of Paradise” or Amomum pepper) was suggested as a suitable home for repatriated black people. However, Sierra Leone was chosen first due to its excellent harbor. But in 1821, Cape Mesurado was selected by the American Colonization Society as the right location for the first group of American freed blacks, who were being pushed away from a still slave-holding America due to difficulties with extending voting rights in the United States. Since that date in 1821, freed blacks and mulattos—freed slaves or their descendants—have been crossing the Atlantic in small numbers to settle on the Liberian coast. The major migrations took place during the first half of the 19th century. Only two or three thousand American emigrants—at most—have arrived in Liberia since 1860.

The colony was really founded by Jehudi Ashmun, a white American, between 1822 and 1828. The name “Liberia” was invented by the Rev. R. R. Gurley in 1824. In 1847 the American colonists declared their country to be an independent republic, and its status in this capacity was recognized in 1848-1849 by most of the great powers with the exception of the United States. Until 1857 Liberia consisted of two republics—Liberia and Maryland. These American settlements were dotted at intervals along the coast from the mouth of the Sewa river on the west to the San Pedro river on the east (some 60 m. beyond Cape Palmas). Some tracts of territory, such as the greater part of the Kru coast, still, however, remain without foreign—American—settlers, and in a state of quasi-independence. The uncertainty of Liberian occupation led to frontier troubles with Great Britain and disputes with France. Finally, by the English and French treaties of 1885 and 1892 Liberian territory on the coast was made continuous, but was limited to the strip of about 300 m. between the Mano river on the west and the Cavalla river on the east. The Sierra Leone-Liberia frontier was demarcated in 1903; then followed the negotiations with France for the exact delimitation of the Ivory Coast-Liberia frontier, with the result that Liberia lost part of the hinterland she had claimed. Reports of territorial encroachments aroused much sympathy with Liberia in America and led in February 1909 to the appointment by President Roosevelt of a commission which visited Liberia in the summer of that year to investigate the condition of the country. As a result of the commissioners’ report negotiations were set on foot for the adjustment of the Liberian debt and the placing of United States officials in charge of the Liberian customs. In July 1910 it was announced that the American government, acting in general agreement with Great Britain, France and Germany, would take charge of the finances, military organization, agriculture and boundary questions of the republic. A loan for £400,000 was also arranged. Meantime the attempts of the Liberian government to control the Kru coast led to various troubles, such as the fining or firing upon foreign steamships for alleged contraventions of regulations. During 1910 the natives in the Cape Palmas district were at open warfare with the Liberian authorities.

The colony was actually founded by Jehudi Ashmun, a white American, between 1822 and 1828. The name “Liberia” was created by Rev. R. R. Gurley in 1824. In 1847, the American colonists declared their land an independent republic, and this status was recognized in 1848-1849 by most of the major powers, except for the United States. Until 1857, Liberia was made up of two republics—Liberia and Maryland. These American settlements were spread along the coast from the mouth of the Sewa River on the west to the San Pedro River on the east (about 60 miles beyond Cape Palmas). However, some areas, like most of the Kru coast, remained without foreign—American—settlers and were in a state of quasi-independence. The uncertainty of Liberian occupation led to border troubles with Great Britain and disputes with France. Eventually, by the English and French treaties of 1885 and 1892, Liberia's coastal territory was made continuous, but it was restricted to the strip of about 300 miles between the Mano River on the west and the Cavalla River on the east. The Sierra Leone-Liberia border was defined in 1903; then negotiations with France for the precise definition of the Ivory Coast-Liberia border resulted in Liberia losing some of the hinterland it had claimed. Reports of territorial intrusions sparked significant sympathy for Liberia in America and led to President Roosevelt appointing a commission in February 1909, which visited Liberia that summer to assess the situation in the country. Following the commission's report, discussions began for adjusting Liberia's debt and placing U.S. officials in charge of Liberian customs. In July 1910, it was announced that the American government, in general agreement with Great Britain, France, and Germany, would take over the finances, military organization, agriculture, and boundary issues of the republic. A loan for £400,000 was also arranged. Meanwhile, the Liberian government’s efforts to control the Kru coast resulted in various conflicts, including fining or firing upon foreign steamships for alleged violations of regulations. Throughout 1910, the locals in the Cape Palmas area were in open conflict with the Liberian authorities.

One of the most notable of the Liberian presidents was J. J. Roberts, who was nearly white, with only a small proportion of negro blood in his veins. But perhaps the ablest statesman that this American-Negro republic has as yet produced is a pure-blooded negro—President Arthur Barclay, a native of Barbados in the West Indies, who came to Liberia with his parents in the middle of the 19th century, and received all his education there. President Barclay was of unmixed negro descent, but came of a Dahomey stock of superior type.1 Until the accession to power of President Barclay in 1904 (he was re-elected in 1907), the Americo-Liberian government on the coast had very uncertain relations with the indigenous population, which is well armed and tenacious of local independence. But of late Liberian influence has been extending, more especially in the counties of Maryland and Montserrado.

One of the most notable Liberian presidents was J. J. Roberts, who was nearly white, with just a small amount of Black ancestry. However, perhaps the most skilled politician that this American-Liberian republic has produced is a fully Black man—President Arthur Barclay, who was originally from Barbados in the West Indies. He moved to Liberia with his parents in the mid-19th century and received all his education there. President Barclay came from a completely Black heritage but belonged to a distinguished Dahomey lineage. Until President Barclay took office in 1904 (and was re-elected in 1907), the Americo-Liberian government on the coast maintained very uncertain relations with the indigenous population, who were well-armed and determined to keep their local independence. Recently, however, Liberian influence has been growing, especially in the counties of Maryland and Montserrado.

The president is now elected for a term of four years. There is a legislature of eight senators and thirteen representatives. The type of the constitution is very like that of the United States. Increasing attention is being given to education, to deal with which there are several colleges and a number of schools. The judicial functions are discharged by four grades of officials—the local magistrates, the courts of common pleas, the quarterly courts (five in number) and the supreme court.

The president is now elected for a four-year term. There’s a legislature made up of eight senators and thirteen representatives. The constitution is quite similar to that of the United States. There’s a growing focus on education, with several colleges and a number of schools available. The judicial system is handled by four levels of officials: local magistrates, courts of common pleas, five quarterly courts, and the supreme court.

The customs service includes British customs officers lent to the Liberian service. A gunboat for preventive service purchased from the British government and commanded by an Englishman, with native petty officers and crew, is employed by the Liberian government. The language of government and trade is English, which is understood far and wide throughout Liberia. As the origin of the Sierra Leonis and the Americo-Liberian settlers was very much the same, an increasing intimacy is growing up between the English-speaking populations of these adjoining countries. Order is maintained in Liberia to some extent by a militia.

The customs service includes British customs officers assigned to the Liberian service. A gunboat for preventive service bought from the British government and led by an Englishman, with local petty officers and crew, is used by the Liberian government. The language of government and trade is English, which is widely understood throughout Liberia. Since the backgrounds of the Sierra Leoneans and the Americo-Liberian settlers are very similar, there is an increasing closeness developing between the English-speaking populations of these neighboring countries. Order in Liberia is maintained to some extent by a militia.

The population of Americo-Liberian origin in the coast regions is estimated at from 12,000 to 15,000. To these must be added about 40,000 civilized and Christianized negroes who make common cause with the Liberians in most matters, and have gradually been filling the position of Liberian citizens.

The population of Americo-Liberian descent in the coastal regions is estimated to be between 12,000 and 15,000. In addition, there are about 40,000 educated and Christianized Black individuals who align with the Liberians on most issues and have gradually started to take on the role of Liberian citizens.

For administrative purposes the country is divided into four counties, Montserrado, Basa, Sino and Maryland, but Cape Mount in the far west and the district round it has almost the status of a fifth county. The approximate revenue for 1906 was £65,000, and the expenditure about £60,000, but some of the revenue was still collected in paper of uncertain value. There are three custom-houses, or ports of entry on the Sierra Leone land frontier between the Moa river on the north and the Mano on the south, and nine ports of entry along the coast. At all of these Europeans are allowed to settle and trade, and with very slight restrictions they may now trade almost anywhere in Liberia. The rubber trade is controlled by the Liberian Rubber Corporation, which holds a special concession from the Liberian government for a number of years, and is charged with the preservation of the forests. Another English company has constructed motor roads in the Liberian hinterland to connect centres of trade with the St Paul’s river. The trade is done almost entirely with Great Britain, Germany and Holland, but friendly relations are maintained with Spain, as the Spanish plantations in Fernando Pō are to a great extent worked by Liberian labour.

For administrative purposes, the country is divided into four counties: Montserrado, Basa, Sino, and Maryland. However, Cape Mount in the far west and the surrounding district have almost the status of a fifth county. The estimated revenue for 1906 was £65,000, and the expenditure was about £60,000, but some of the revenue was still collected in paper with uncertain value. There are three customs houses, or ports of entry, on the Sierra Leone land border between the Moa River to the north and the Mano to the south, and nine ports of entry along the coast. At all of these, Europeans are allowed to settle and trade, and with very few restrictions, they can now trade almost anywhere in Liberia. The rubber trade is managed by the Liberian Rubber Corporation, which has a special concession from the Liberian government for several years and is responsible for preserving the forests. Another English company has built motor roads in the Liberian hinterland to connect trade centers with the St. Paul’s River. Trade is primarily conducted with Great Britain, Germany, and Holland, but friendly relations are maintained with Spain, as the Spanish plantations in Fernando Pō are largely operated by Liberian labor.

The indigenous population must be considered one of the assets of Liberia. The native population—apart from the American element—is estimated at as much as 2,000,000; for 542 although large areas appear to be uninhabited forest, other parts are most densely populated, owing to the wonderful fertility of the soil. The native tribes belong more or less to the following divisions, commencing on the west, and proceeding eastwards: (1) Vai, Gbandi, Kpwesi, Mende, Buzi and Mandingo (the Vai, Mende and Mandingo are Mahommedans); all these tribes speak languages derived from a common stock. (2) In the densest forest region between the Mano and the St Paul’s river is the powerful Gora tribe of unknown linguistic affinities. (3) In the coast region between the St Paul’s river and the Cavalla (and beyond) are the different tribes of Kru stock and language family—Dē, Basā, Gibi, Kru, Grebo, Putu, Sikoñ, &c. &c. The actual Kru tribe inhabits the coast between the river Cestos on the west and Grand Sesters on the east. It is known all over the Atlantic coasts of Africa, as it furnishes such a large proportion of the seamen employed on men-of-war and merchant ships in these tropical waters. Many of the indigenous races of Liberia in the forest belt beyond 40 m. from the coast still practise cannibalism. In some of these forest tribes the women still go quite naked, but clothes of a Mahommedan type are fast spreading over the whole country. Some of the indigenous races are of very fine physique. In the Nidi country the women are generally taller than the men. No traces of a Pygmy race have as yet been discovered, nor any negroes of low physiognomy. Some of the Krumen are coarse and ugly, and this is the case with the Mende people; but as a rule the indigenes of Liberia are handsome, well-proportioned negroes, and some of the Mandingos have an almost European cast of feature.

The indigenous population should be regarded as one of Liberia's key assets. The native population—excluding the American residents—is estimated to be around 2,000,000; for 542 while large areas seem to be uninhabited forest, other regions are densely populated due to the excellent fertility of the soil. The native tribes can generally be categorized into the following groups, starting from the west and moving east: (1) Vai, Gbandi, Kpwesi, Mende, Buzi, and Mandingo (the Vai, Mende, and Mandingo are Muslims); all these tribes speak languages derived from a common origin. (2) In the thick forest area between the Mano and St Paul’s river is the powerful Gora tribe with unknown language ties. (3) In the coastal region between the St Paul’s river and the Cavalla (and beyond) are various tribes of Kru heritage and language family—Dē, Basā, Gibi, Kru, Grebo, Putu, Sikoñ, etc. The actual Kru tribe lives along the coast from the Cestos river on the west to Grand Sesters on the east. It is well-known along the Atlantic coasts of Africa, as it provides a significant number of sailors for warships and merchant vessels in these tropical waters. Many of the native groups in Liberia, in the forest belt over 40 miles from the coast, still engage in cannibalism. In some of these forest tribes, women often go completely bare, although clothing in a Muslim style is rapidly spreading throughout the country. Some native groups have very impressive physiques. In the Nidi area, women are generally taller than men. No evidence of a Pygmy race has been found, nor any people of a more primitive appearance. Some of the Krumen are rough-looking and unattractive, as is the case with the Mende people; however, as a rule, the indigenous people of Liberia are striking, well-proportioned individuals, and some of the Mandingos have features that are almost European in appearance.

Authorities.—Col. Wauwerman, Liberia; Histoire de la fondation d’un état nègre (Brussels, 1885); J. Büttikofer, Reisebilder aus Liberia (Leiden, 1890); Sir Harry Johnston, Liberia (2 vols., London, 1906), with full bibliography; Maurice Delafosse, Vocabulaires comparatifs de plus de 60 langues et dialectes parlés à la Côte d’Ivoire et dans la région limitrophe (1904), a work which, though it professes to deal mainly with philology, throws a wonderful light on the relationships and history of the native tribes of Liberia.

Authorities.—Col. Wauwerman, Liberia; History of the Foundation of a Black State (Brussels, 1885); J. Büttikofer, Travel Images from Liberia (Leiden, 1890); Sir Harry Johnston, Liberia (2 vols., London, 1906), with complete bibliography; Maurice Delafosse, Comparative Vocabularies of More than 60 Languages and Dialects Spoken in Côte d'Ivoire and Surrounding Regions (1904), a work that, while primarily focused on philology, provides great insight into the relationships and history of the native tribes of Liberia.

(H. H. J.)

1 Amongst other remarkable negroes that Liberian education produced was Dr E. W. Blyden (b. 1832), the author of many works dealing with negro questions.

1 Among other notable Black individuals that Liberian education produced was Dr. E. W. Blyden (b. 1832), the author of numerous works addressing Black issues.

LIBERIUS, pope from 352 to 366, the successor of Julius I., was consecrated according to the Catalogus Liberianus on the 22nd of May. His first recorded act was, after a synod had been held at Rome, to write to Constantius, then in quarters at Arles (353-354), asking that a council might be called at Aquileia with reference to the affairs of Athanasius; but his messenger Vincentius of Capua was compelled by the emperor at a conciliabulum held in Arles to subscribe against his will a condemnation of the orthodox patriarch of Alexandria. In 355 Liberius was one of the few who, along with Eusebius of Vercelli, Dionysius of Milan and Lucifer of Cagliari, refused to sign the condemnation of Athanasius, which had anew been imposed at Milan by imperial command upon all the Western bishops; the consequence was his relegation to Beroea in Thrace, Felix II. (antipope) being consecrated his successor by three “catascopi haud episcopi,” as Athanasius called them. At the end of an exile of more than two years he yielded so far as to subscribe a formula giving up the “homoousios,” to abandon Athanasius, and to accept the communion of his adversaries—a serious mistake, with which he has justly been reproached. This submission led the emperor to recall him from exile; but, as the Roman see was officially occupied by Felix, a year passed before Liberius was sent to Rome. It was the emperor’s intention that Liberius should govern the Church jointly with Felix, but on the arrival of Liberius, Felix was expelled by the Roman people. Neither Liberius nor Felix took part in the council of Rimini (359). After the death of the emperor Constantius in 361, Liberius annulled the decrees of that assembly, but, with the concurrence of SS. Athanasius and Hilarius, retained the bishops who had signed and then withdrawn their adherence. In 366 Liberius gave a favourable reception to a deputation of the Eastern episcopate, and admitted into his communion the more moderate of the old Arian party. He died on the 24th of September 366.

LIBERIUS, was pope from 352 to 366, succeeding Julius I. He was consecrated according to the Catalogus Liberianus on May 22. His first documented action was, after a synod in Rome, to write to Constantius, who was then stationed in Arles (353-354), requesting that a council be called at Aquileia regarding the issues surrounding Athanasius. However, his messenger Vincentius of Capua was forced by the emperor at a conciliabulum in Arles to sign a condemnation against his will of the orthodox patriarch of Alexandria. In 355, Liberius was one of the few, along with Eusebius of Vercelli, Dionysius of Milan, and Lucifer of Cagliari, who refused to sign the renewed condemnation of Athanasius, which had been enforced at Milan by imperial order on all the Western bishops. As a result, he was exiled to Beroea in Thrace, and Felix II. (antipope) was consecrated as his successor by three "catascopi haud episcopi," as Athanasius referred to them. After more than two years in exile, he eventually agreed to sign a document renouncing the "homoousios," abandoning Athanasius, and accepting communion with his opponents—a significant error for which he has rightly been criticized. This submission led the emperor to recall him from exile; however, because Felix was officially occupying the Roman see, it took another year before Liberius was sent back to Rome. The emperor intended for Liberius to jointly lead the Church with Felix, but once Liberius arrived, Felix was expelled by the Roman citizens. Neither Liberius nor Felix participated in the council of Rimini (359). Following the death of Emperor Constantius in 361, Liberius annulled the decrees from that assembly but, with the support of Saints Athanasius and Hilarius, retained the bishops who had signed them and then retracted their support. In 366, Liberius welcomed a delegation from the Eastern episcopate and accepted into his communion the more moderate members of the old Arian faction. He died on September 24, 366.

His biographers used to be perplexed by a letter purporting to be from Liberius, in the works of Hilary, in which he seems to write, in 352, that he had excommunicated Athanasius at the instance of the Oriental bishops; but the document is now held to be spurious. See Hefele, Conciliengesch. i. 648 seq. Three other letters, though contested by Hefele, seem to have been written by Liberius at the time of his submission to the emperor.

His biographers used to be confused by a letter that claimed to be from Liberius, found in the works of Hilary, where he appears to state, in 352, that he had excommunicated Athanasius at the request of the Eastern bishops; however, this document is now considered fake. See Hefele, Conciliengesch. i. 648 seq. Three other letters, although disputed by Hefele, seem to have been written by Liberius when he submitted to the emperor.

(L. D.*)

LIBER PONTIFICALIS, or Gesta Pontificum Romanorum (i.e. book of the popes), consists of the lives of the bishops of Rome from the time of St Peter to the death of Nicholas I. in 867. A supplement continues the series of lives almost to the close of the 9th century, and several other continuations were written later. During the 16th century there was some discussion about the authorship of the Liber, and for some time it was thought to be the work of an Italian monk, Anastasius Bibliothecarius (d. 886). It is now, however, practically certain that it was of composite authorship and that the earlier part of it was compiled about 530, three centuries before the time of Anastasius. This is the view taken by Louis Duchesne and substantially by G. Waitz and T. Mommsen, although these scholars think that it was written about a century later. The Liber contains much information about papal affairs in general, and about endowments, martyrdoms and the like, but a considerable part of it is obviously legendary. It assumes that the bishops of Rome exercised authority over the Christian Church from its earliest days.

LIBER PONTIFICALIS, or Acts of the Roman Popes (i.e. book of the popes), includes the lives of the bishops of Rome from the time of St. Peter until the death of Nicholas I in 867. A supplement extends the series of lives almost to the end of the 9th century, and several other continuations were written later. In the 16th century, there was some debate about who authored the Liber, and for a while, it was believed to be the work of an Italian monk, Anastasius Bibliothecarius (d. 886). However, it's now nearly certain that it has multiple authors, with the earlier sections likely compiled around 530, three centuries before Anastasius's time. This perspective is supported by Louis Duchesne and largely by G. Waitz and T. Mommsen, though these scholars believe it was written about a century later. The Liber contains a lot of information about papal matters in general, including endowments, martyrdoms, and similar topics, but a significant portion of it is clearly legendary. It suggests that the bishops of Rome had authority over the Christian Church from its earliest days.

The Liber, which was used by Bede for his Historia Ecclesiastica, was first printed at Mainz in 1602. Among other editions is the one edited by T. Mommsen for the Monumenta Germaniae historica. Gesta Romanorum pontificum, Band i., but the best is the one by L. Duchesne, Le Liber pontificalis: texte, introduction, commentaire (Paris, 1884-1892). See also the same writer’s Étude sur le Liber pontificalis (Paris, 1877); and the article by A. Brackmann in Herzog-Hauck’s Realencyklopädie, Band xi. (Leipzig, 1902).

The Liber, which Bede used for his Historia Ecclesiastica, was first printed in Mainz in 1602. Other editions include the one edited by T. Mommsen for the Monumenta Germaniae historica. Gesta Romanorum pontificum, Band i., but the best edition is by L. Duchesne, Le Liber pontificalis: texte, introduction, commentaire (Paris, 1884-1892). Also see the same author's Étude sur le Liber pontificalis (Paris, 1877); and the article by A. Brackmann in Herzog-Hauck’s Realencyklopädie, Band xi. (Leipzig, 1902).

LIBERTAD, or La Libertad, a coast department of Peru, bounded N. by Lambayeque and Cajamarca, E. by San Martin, S. by Ancachs, S.W. and W. by the Pacific. Pop. (1906 estimate) 188,200; area 10,209 sq. m. Libertad formerly included the present department of Lambayeque. The Western Cordillera divides it into two nearly equal parts; the western consisting of a narrow, arid, sandy coast zone and the western slopes of the Cordillera broken into valleys by short mountain spurs, and the eastern a high inter-Andine valley lying between the Western and Central Cordilleras and traversed by the upper Marañon or Amazon, which at one point is less than 90 m. in a straight line from the Pacific coast. The coast region is traversed by several short streams, which are fed by the melting snows of the Cordillera and are extensively used for irrigation. These are (the names also applying to their valleys) the Jequetepeque or Pacasmayo, in whose valley rice is an important product, the Chicama, in whose valley the sugar plantations are among the largest and best in Peru, the Moche, Viru, Chao and Santa; the last, with its northern tributary, the Tablachaca, forming the southern boundary line of the department. The Santa Valley is also noted for its sugar plantations. Cotton is produced in several of these valleys, coffee in the Pacasmayo district, and coca on the mountain slopes about Huamachuco and Otuzco, at elevations of 3000 to 6000 ft. above sea-level. The upland regions, which have a moderate rainfall and a cool, healthy climate, are partly devoted to agriculture on a small scale (producing wheat, Indian corn, barley, potatoes, quinua, alfalfa, fruit and vegetables), partly to grazing and partly to mining. Cattle and sheep have been raised on the upland pastures of Libertad and Ancachs since early colonial times, and the llama and alpaca were reared throughout this “sierra” country long before the Spanish conquest. Gold and silver mines are worked in the districts of Huamachuco, Otuzco and Pataz, and coal has been found in the first two. The department had 169 m. of railway in 1906, viz.: from Pacasmayo to Yonán (in Cajamarca) with a branch to Guadalupe, 60 m.; from Salaverry to Trujillo with its extension to Ascope, 47 m.; from Trujillo to Laredo, Galindo and Menocucho, 18½ m.; from Huanchaco to Roma, 25 m.; and from Chicama to Pampas, 18½ m. The principal ports are Pacasmayo and Salaverry, which have long iron piers built by the national government; Malabrigo, Huanchuco, Guañape and Chao are open roadsteads. The capital of the department is Trujillo. The other principal towns are San 543 Pedro, Otuzco, Huamachuco, Santiago de Chuco and Tuyabamba—all provincial capitals and important only through their mining interests, except San Pedro, which stands in the fertile district of the Jequetepeque. The population of Otuzco (35 m. N.E. of Trujillo) was estimated to be about 4000 in 1896, that of Huamachuco (65 m. N.E. of Trujillo) being perhaps slightly less.

LIBERTAD, or The Freedom, is a coastal department in Peru, bordered on the north by Lambayeque and Cajamarca, on the east by San Martin, on the south by Ancachs, and on the southwest and west by the Pacific Ocean. The estimated population in 1906 was 188,200, with an area of 10,209 square miles. Libertad used to include what is now the department of Lambayeque. The Western Cordillera splits the region into two nearly equal sections: the western part is a narrow, dry, sandy coastal area, while the western slopes of the Cordillera are fragmented into valleys by short mountain spurs; the eastern section features a high inter-Andean valley that lies between the Western and Central Cordilleras and is crossed by the upper Marañon or Amazon, which at one point is less than 90 meters in a direct line from the Pacific coast. The coastal region is traversed by several short rivers, fed by the melting snows of the Cordillera and extensively used for irrigation. These rivers (which also name their respective valleys) include the Jequetepeque or Pacasmayo, whose valley is notable for rice production, and the Chicama, known for having some of the largest and best sugar plantations in Peru. Other rivers include the Moche, Viru, Chao, and Santa; the latter, along with its northern tributary, the Tablachaca, forms the southern boundary of the department. The Santa Valley is also known for its sugar plantations. Cotton is produced in several of these valleys, coffee is grown in the Pacasmayo area, and coca is cultivated on the mountain slopes around Huamachuco and Otuzco, at elevations between 3,000 and 6,000 feet above sea level. The highland regions, which experience moderate rainfall and a cool, healthy climate, are partly used for small-scale agriculture (producing wheat, corn, barley, potatoes, quinoa, alfalfa, fruits, and vegetables), partly for grazing, and partly for mining. Cattle and sheep have been raised in the upland pastures of Libertad and Ancachs since early colonial times, and llamas and alpacas were bred throughout this "sierra" region long before the Spanish conquest. Gold and silver mines are active in the districts of Huamachuco, Otuzco, and Pataz, with coal also discovered in the first two. In 1906, the department had 169 miles of railway, including: from Pacasmayo to Yonán (in Cajamarca) with a branch to Guadalupe, totaling 60 miles; from Salaverry to Trujillo, including an extension to Ascope, totaling 47 miles; from Trujillo to Laredo, Galindo, and Menocucho, totaling 18½ miles; from Huanchaco to Roma, totaling 25 miles; and from Chicama to Pampas, totaling 18½ miles. The main ports are Pacasmayo and Salaverry, which feature long iron piers built by the national government; Malabrigo, Huanchuco, Guañape, and Chao serve as open roadsteads. The capital of the department is Trujillo. Other major towns include San 543 Pedro, Otuzco, Huamachuco, Santiago de Chuco, and Tuyabamba—each a provincial capital that holds significance mainly through their mining industries, except for San Pedro, which is situated in the fertile area of Jequetepeque. The population of Otuzco (35 miles northeast of Trujillo) was estimated to be around 4,000 in 1896, while Huamachuco (65 miles northeast of Trujillo) had a population that may have been slightly lower.

LIBERTARIANISM (from Lat. libertas, freedom), in ethics, the doctrine which maintains the freedom of the will, as opposed to necessitarianism or determinism. It has been held in various forms. In its extreme form it maintains that the individual is absolutely free to chose this or that action indifferently (the liberum arbitrium indifferentiae), but most libertarians admit that acquired tendencies, environment and the like, exercise control in a greater or less degree.

LIBERTARIANISM (from Lat. libertas, meaning freedom), in ethics, is the belief that individuals have free will, opposing necessitarianism or determinism. This idea has appeared in different forms. In its most extreme version, it claims that individuals are completely free to choose any action without preference (the liberum arbitrium indifferentiae), but most libertarians acknowledge that learned habits, surroundings, and similar factors have some level of influence.

LIBERTINES, the nickname, rather than the name, given to various political and social parties. It is futile to deduce the name from the Libertines of Acts vi. 9; these were “sons of freedmen,” for it is vain to make them citizens of an imaginary Libertum, or to substitute (with Beza) Libustines, in the sense of inhabitants of Libya. In a sense akin to the modern use of the term “libertine,” i.e. a person who sets the rules of morality, &c., at defiance, the word seems first to have been applied, as a stigma, to Anabaptists in the Low Countries (Mark Pattison, Essays, ii. 38). It has become especially attached to the liberal party in Geneva, opposed to Calvin and carrying on the tradition of the Liberators in that city; but the term was never applied to them till after Calvin’s death (F. W. Kampschulte, Johann Calvin). Calvin, who wrote against the “Libertins qui se nomment Spirituelz” (1545), never confused them with his political antagonists in Geneva, called Perrinistes from their leader Amadeo Perrin. The objects of Calvin’s polemic were the Anabaptists above mentioned, whose first obscure leader was Coppin of Lisle, followed by Quintin of Hennegau, by whom and his disciples, Bertram des Moulins and Claude Perseval, the principles of the sect were disseminated in France. Quintin was put to death as a heretic at Tournai in 1546. His most notable follower was Antoine Pocquet, a native of Enghien, Belgium, priest and almoner (1540-1549), afterwards pensioner of the queen of Navarre, who was a guest of Bucer at Strassburg (1543-1544) and died some time after 1560. Calvin (who had met Quintin in Paris) describes the doctrines he impugns as pantheistic and antinomian.

LIBERTINES, is a nickname, rather than an official name, given to various political and social groups. It's pointless to trace the term back to the Libertines mentioned in Acts vi. 9; those were “sons of freedmen” and it's absurd to connect them to an imaginary Libertum, or to replace (as Beza did) with Libustines, meaning inhabitants of Libya. Similar to the modern definition of “libertine,” i.e. someone who disregards established moral rules, the term seems to have first been used negatively towards Anabaptists in the Low Countries (Mark Pattison, Essays, ii. 38). It became particularly associated with the liberal party in Geneva, which opposed Calvin and continued the legacy of the Liberators in that city; however, the term wasn't used to refer to them until after Calvin's death (F. W. Kampschulte, Johann Calvin). Calvin, who wrote against the “Libertins qui se nomment Spirituelz” (1545), never confused them with his political opponents in Geneva, known as Perrinistes from their leader Amadeo Perrin. Calvin’s criticisms were directed at the aforementioned Anabaptists, whose early obscure leader was Coppin of Lisle, followed by Quintin of Hennegau. Through Quintin and his followers, Bertram des Moulins and Claude Perseval, the sect's principles spread in France. Quintin was executed as a heretic at Tournai in 1546. His most prominent follower was Antoine Pocquet, a native of Enghien, Belgium, who was a priest and almoner (1540-1549), later becoming a pensioner of the queen of Navarre, and was a guest of Bucer in Strassburg (1543-1544) before dying sometime after 1560. Calvin (who met Quintin in Paris) describes the doctrines he criticized as pantheistic and antinomian.

See Choisy in Herzog-Hauck’s Realencyklopädie (1902).

See Choisy in Herzog-Hauck’s Realencyclopädie (1902).

(A. Go.*)

LIBERTINES, SYNAGOGUE OF THE, a section of the Hellenistic Jews who attacked Stephen (Acts vi. 9). The passage reads, τίνες τῶν ἐκ τῆς συναγωγῆς τῆς λεγομένης Λιβερτίνων, καὶ Κυρηναίων καὶ Ἀλεξανδρέων, καὶ τῶν ἀπὸ Κιλικίας καὶ Ἀσίας, and opinion is divided as to the number of synagogues here named. The probability is that there are three, corresponding to the geographical regions involved, (1) Rome and Italy, (2) N.E. Africa, (3) Asia Minor. In this case “the Synagogue of the Libertines” is the assembly of “the Freedmen” from Rome, descendants of the Jews enslaved by Pompey after his conquest of Judaea 63 B.C. If, however, we take Λιβερτίνων καὶ Κυρηναίων καὶ Ἀλεξανδρέων closely together, the first name must denote the people of some city or district. The obscure town Libertum (inferred from the title Episcopus Libertinensis in connexion with the synod of Carthage, A.D. 411) is less likely than the reading (Λιβύων or) Λιβυστίνων underlying certain Armenian versions and Syriac commentaries. The Greek towns lying west from Cyrene would naturally be called Libyan. In any case the interesting point is that these returned Jews, instead of being liberalized by their residence abroad, were more tenacious of Judaism and more bitter against Stephen than those who had never left Judaea.

LIBERTINES, SYNAGOGUE OF THE, a group of Hellenistic Jews who opposed Stephen (Acts vi. 9). The passage states, Who were some of those from the synagogue known as the Libertines, and from Cyrene and Alexandria, and from Cilicia and Asia?, and there is debate about how many synagogues are mentioned here. It is likely that there are three, based on the geographical areas involved: (1) Rome and Italy, (2) N.E. Africa, (3) Asia Minor. In this case, “the Synagogue of the Libertines” refers to the assembly of “the Freedmen” from Rome, descendants of Jews enslaved by Pompey after his conquest of Judea in 63 BCE. However, if we consider Libertines, Cyrenians, and Alexandrians together, the first name must represent the people from some city or region. The less likely candidate is the obscure town of Libertum (suggested by the title Episcopus Libertinensis in connection with the synod of Carthage, CE 411), rather than the interpretations from certain Armenian versions and Syriac commentaries that align with (Libyans or) Λιβυστίνων. The Greek towns to the west of Cyrene would naturally be referred to as Libyan. In any event, the notable point is that these returning Jews, instead of being more open-minded due to their time abroad, remained more committed to Judaism and more hostile toward Stephen than those who had never left Judea.

LIBERTY (Lat. libertas, from liber, free), generally the state of freedom, especially opposed to subjection, imprisonment or slavery, or with such restricted or figurative meaning as the circumstances imply. The history of political liberty is in modern days identified practically with the progress of civilization. In a more particular sense, “a liberty” is the term for a franchise, a privilege or branch of the crown’s prerogative granted to a subject, as, for example, that of executing legal process; hence the district over which the privilege extends. Such liberties are exempt from the jurisdiction of the sheriff and have separate commissions of the peace, but for purposes of local government form part of the county in which they are situated. The exemption from the jurisdiction of the sheriff was recognized in England by the Sheriffs Act 1887, which provides that the sheriff of a county shall appoint a deputy at the expense of the lord of the liberty, such deputy to reside in or near the liberty. The deputy receives and opens in the sheriff’s name all writs, the return or execution of which belongs to the bailiff of the liberty, and issues to the bailiff the warrant required for the due execution of such writs. The bailiff then becomes liable for non-execution, mis-execution or insufficient return of any writs, and in the case of non-return of any writ, if the sheriff returns that he has delivered the writ to a bailiff of a liberty, the sheriff will be ordered to execute the writ notwithstanding the liberty, and must cause the bailiff to attend before the high court of justice and answer why he did not execute the writ.

LIBERTY (Lat. libertas, from liber, meaning free) generally refers to the state of being free, especially in contrast to subjection, imprisonment, or slavery, or in a more limited or figurative sense based on the circumstances. Today, the history of political liberty is closely linked to the advancement of civilization. More specifically, “a liberty” refers to a franchise, a privilege, or a part of the crown’s prerogative that is granted to an individual, such as the ability to execute legal processes; thus, the area where this privilege applies. These liberties are outside the jurisdiction of the sheriff and have separate commissions of the peace, but for local government purposes, they are part of the county in which they are located. The exemption from the sheriff's jurisdiction was recognized in England by the Sheriffs Act 1887, which states that the sheriff of a county must appoint a deputy, at the expense of the lord of the liberty, who resides in or near the liberty. The deputy receives and processes all writs in the sheriff’s name that fall under the jurisdiction of the liberty’s bailiff, and issues the necessary warrants for the proper execution of such writs. The bailiff is then responsible for any failures, errors, or inadequate returns regarding any writs, and in cases where a writ is not returned, if the sheriff states that he delivered the writ to the bailiff of a liberty, the sheriff will be required to carry out the writ regardless of the liberty and must ensure the bailiff appears before the high court of justice to explain why the writ was not executed.

In nautical phraseology various usages of the term are derived from its association with a sailor’s leave on shore, e.g. liberty-man, liberty-day, liberty-ticket.

In nautical language, different uses of the term come from its connection to a sailor's time off on land, e.g. liberty-man, liberty-day, liberty-ticket.

A History of Modern Liberty, in eight volumes, of which the third appeared in 1906, has been written by James Mackinnon; see also Lord Acton’s lectures, and such works as J. S. Mill’s On Liberty and Sir John Seeley’s Introduction to Political Science.

A History of Modern Liberty, in eight volumes, with the third volume released in 1906, was written by James Mackinnon; also check out Lord Acton’s lectures and works like J. S. Mill’s On Liberty and Sir John Seeley’s Introduction to Political Science.

LIBERTY PARTY, the first political party organized in the United States to oppose the spread and restrict the political power of slavery, and the lineal precursor of the Free Soil and Republican parties. It originated in the Old North-west. Its organization was preceded there by a long anti-slavery religious movement. James G. Birney (q.v.), to whom more than to any other man belongs the honour of founding and leading the party, began to define the political duties of so-called “abolitionists” about 1836; but for several years thereafter he, in common with other leaders, continued to disclaim all idea of forming a political party. In state and local campaigns, however, non-partisan political action was attempted through the questioning of Whig and Democratic candidates. The utter futility of seeking to obtain in this way any satisfactory concessions to anti-slavery sentiment was speedily and abundantly proved. There arose, consequently, a division in the American Anti-slavery Society between those who were led by W. L. Garrison (q.v.), and advocated political non-resistance—and, besides, had loaded down their anti-slavery views with a variety of religious and social vagaries, unpalatable to all but a small number—and those who were led by Birney, and advocated independent political action. The sentiment of the great majority of “abolitionists” was, by 1838, strongly for such action; and it was clearly sanctioned and implied in the constitution and declared principles of the Anti-slavery Society; but the capture of that organization by the Garrisonians, in a “packed” convention in 1830, made it unavailable as a party nucleus—even if it had not been already outgrown—and hastened a separate party organization. A convention of abolitionists at Warsaw, New York, in November 1839 had resolved that abolitionists were bound by every consideration of duty and expediency to organize an independent political party. Accordingly, the political abolitionists, in another convention at Albany, in April 1840, containing delegates from six states but not one from the North-west, launched the “Liberty Party,” and nominated Birney for the presidency. In the November election he received 7069 votes.1

LIBERTY PARTY, the first political party formed in the United States to oppose the expansion and limit the political power of slavery, is the direct predecessor of the Free Soil and Republican parties. It started in the Old Northwest, where a long-standing anti-slavery religious movement had taken root. James G. Birney (q.v.), who is most credited with founding and leading the party, began to outline the political responsibilities of so-called “abolitionists” around 1836. However, for several years afterward, he and other leaders continued to reject the idea of creating a political party. In state and local elections, non-partisan political actions were attempted by questioning Whig and Democratic candidates. The complete ineffectiveness of trying to gain meaningful concessions to anti-slavery sentiment in this manner was quickly and thoroughly demonstrated. This led to a split in the American Anti-slavery Society between those guided by W. L. Garrison (q.v.), who supported political non-resistance and mixed their anti-slavery views with various religious and social ideas that few could accept, and those led by Birney, who advocated for independent political action. By 1838, a significant majority of “abolitionists” strongly supported such action, which was clearly backed by the constitution and stated principles of the Anti-slavery Society. However, Garrison's takeover of that organization in a “packed” convention in 1830 rendered it ineffective as a foundation for a party, even if it had not been outgrown, and accelerated the need for a separate party organization. A convention of abolitionists in Warsaw, New York, in November 1839 resolved that abolitionists were obligated by all considerations of duty and practicality to form an independent political party. Consequently, the political abolitionists, at another convention in Albany in April 1840, which included delegates from six states but none from the Northwest, established the “Liberty Party” and nominated Birney for president. In the November election, he received 7069 votes.1

The political “abolitionists” were abolitionists only as they were restrictionists: they wished to use the federal government to exclude (or abolish) slavery from the federal Territories and the District of Columbia, but they saw no opportunity to attack slavery in the states—i.e. to attack the institution per se; also 544 they declared there should be “absolute and unqualified division of the General Government from slavery”—which implied an amendment of the constitution. They proposed to use ordinary moral and political means to attain their ends—not, like the Garrisonians, to abstain from voting, or favour the dissolution of the Union.

The political “abolitionists” were abolitionists only to the extent that they were also restrictionists: they wanted to use the federal government to exclude (or abolish) slavery from the federal Territories and the District of Columbia, but they saw no chance to challenge slavery in the states—i.e. to confront the institution itself; also they stated there should be “absolute and unqualified separation of the General Government from slavery”—which suggested a constitutional amendment. They aimed to use regular moral and political methods to achieve their goals—not, like the Garrisonians, by refusing to vote or supporting the dissolution of the Union.

After 1840 the attempt began in earnest to organize the Liberty Party thoroughly, and unite all anti-slavery men. The North-west, where “there was, after 1840, very little known of Garrison and his methods” (T. C. Smith), was the most promising field, but though the contest of state and local campaigns gave morale to the party, it made scant political gains (in 1843 it cast hardly 10% of the total vote); it could not convince the people that slavery should be made the paramount question in politics. In 1844, however, the Texas question gave slavery precisely this pre-eminence in the presidential campaign. Until then, neither Whigs nor Democrats had regarded the Liberty Party seriously; now, however, each party charged that the Liberty movement was corruptly auxiliary to the other. As the campaign progressed, the Whigs alternately abused the Liberty men and made frantic appeals for their support. But the Liberty men were strongly opposed to Clay personally; and even if his equivocal campaign letters (see Clay, Henry) had not left exceedingly small ground for belief that he would resist the annexation of Texas, still the Liberty men were not such as to admit that an end justifies the means; therefore they again nominated Birney. He received 62,263 votes2—many more than enough in New York to have carried that state and the presidency for Clay, had they been thrown to his support. The Whigs, therefore, blamed the Liberty Party for Democratic success and the annexation of Texas; but—quite apart from the issue of political ethics—it is almost certain that though Clay’s chances were injured by the Liberty ticket, they were injured much more outside the Liberty ranks, by his own quibbles.3 After 1844 the Liberty Party made little progress. Its leaders were never very strong as politicians, and its ablest organizer, Birney, was about this time compelled by an accident to abandon public life. Moreover, the election of 1844 was in a way fatal to the party; for it seemed to prove that though “abolition” was not the party programme, still its antecedents and personnel were too radical to unite the North; and above all it could not, after 1844, draw the disaffected Whigs, for though their party was steadily moving toward anti-slavery their dislike of the Liberty Party effectually prevented union. Indeed, no party of one idea could hope to satisfy men who had been Whigs or Democrats. At the same time, anti-slavery Whigs and Democrats were segregating in state politics, and the issue of excluding slavery from the new territory acquired from Mexico afforded a golden opportunity to unite all anti-slavery men on the principle of the Wilmot Proviso (1846). The Liberty Party reached its greatest strength (casting 74,017 votes) in the state elections of 1846. Thereafter, though growing somewhat in New England, it rapidly became ineffective in the rest of the North. Many, including Birney, thought it should cease to be an isolated party of one idea—striving for mere balance of power between Whigs and Democrats, welcoming small concessions from them, almost dependent upon them. Some wished to revivify it by making it a party of general reform. One result was the secession and formation of the Liberty League, which in 1847 nominated Gerrit Smith for the presidency. No adequate effort was made to take advantage of the disintegration of other parties. In October 1847, at Buffalo, was held the third and last national convention. John P. Hale—whose election to the United States Senate had justified the first successful union of Liberty men with other anti-slavery men in state politics—was nominated for the presidency. But the nomination by the Democrats of Lewis Cass shattered the Democratic organization in New York and the North-west; and when the Whigs nominated General Taylor, adopted a non-committal platform, and showed hostility to the Wilmot Proviso, the way was cleared for a union of all anti-slavery men. The Liberty Party, abandoning therefore its independent nominations, joined in the first convention and nominations of the Free Soil Party (q.v.), thereby practically losing its identity, although it continued until after the organization of the Republican Party to maintain something of a semi-independent organization. The Liberty Party has the unique honour among third-parties in the United States of seeing its principles rapidly adopted and realized.

After 1840, there was a serious effort to organize the Liberty Party and bring together all anti-slavery advocates. The Northwest was the most promising area, especially since “after 1840, very little was known about Garrison and his methods” (T. C. Smith). However, even though the state and local campaigns boosted the party's morale, they made few political gains (in 1843, they garnered barely 10% of the total votes); they couldn't persuade people that slavery should be the central issue in politics. In 1844, though, the Texas issue put slavery front and center in the presidential campaign. Until that point, neither the Whigs nor the Democrats took the Liberty Party seriously; now, both parties accused the Liberty movement of being a corrupt extension of the other. As the campaign went on, the Whigs alternated between criticizing the Liberty supporters and desperately trying to win their backing. However, the Liberty supporters strongly opposed Clay as an individual; even if his ambiguous campaign letters (see Clay, Henry) had allowed for some belief that he might resist the annexation of Texas, the Liberty supporters wouldn't admit that the end justified the means; therefore, they nominated Birney again. He received 62,263 votes2—more than enough in New York to have won that state and the presidency for Clay if they had supported him. Consequently, the Whigs blamed the Liberty Party for the Democrats' success and the annexation of Texas; but—regardless of the ethical concerns—it’s almost certain that while Clay’s chances were hurt by the Liberty ticket, they were harmed even more outside the Liberty ranks due to his own inconsistencies.3 After 1844, the Liberty Party made little headway. Its leaders were not particularly strong as politicians, and its most capable organizer, Birney, was forced to exit public life due to an accident around this time. Additionally, the 1844 election was somewhat disastrous for the party; it showed that while “abolition” wasn’t the party’s platform, its origins and members were too radical to unify the North; most importantly, it could not recruit the dissatisfied Whigs after 1844, even as their party steadily moved toward anti-slavery, because they were averse to the Liberty Party, preventing any union. In fact, no single-issue party could satisfy those who had been Whigs or Democrats. Meanwhile, anti-slavery Whigs and Democrats were separating in state politics, and the issue of barring slavery from the new territory acquired from Mexico created a prime opportunity to unite all anti-slavery advocates under the Wilmot Proviso (1846). The Liberty Party saw its highest point of support (casting 74,017 votes) during the state elections of 1846. After that, although it grew slightly in New England, it quickly became ineffective in the rest of the North. Many, including Birney, argued that it should stop being a one-issue party—just trying to balance power between Whigs and Democrats and relying on small concessions from them. Some wanted to revitalize it by transforming it into a party of broader reform. One outcome was the split and creation of the Liberty League, which in 1847 nominated Gerrit Smith for president. No significant effort was made to leverage the breakdown of other parties. In October 1847, the third and final national convention took place in Buffalo. John P. Hale—whose election to the United States Senate validated the initial successful collaboration of Liberty men with other anti-slavery advocates in state politics—was nominated for president. However, the Democrats’ nomination of Lewis Cass fractured the Democratic organization in New York and the Northwest. When the Whigs nominated General Taylor, adopted a non-committal platform, and showed opposition to the Wilmot Proviso, it cleared the way for a coalition of all anti-slavery supporters. The Liberty Party, therefore, abandoned its independent nominations and joined in the first convention and nominations of the Free Soil Party (q.v.), effectively losing its identity, although it persisted with a semi-independent organization until after the Republican Party was formed. The Liberty Party holds the unique distinction among third parties in the United States of having its principles quickly adopted and realized.

See T. C. Smith, History of the Liberty and Free Soil Parties in the Northwest (Harvard University Historical Studies, New York, 1897), and lives and writings of all the public men mentioned above; also of G. W. Julian, J. R. Giddings and S. P. Chase.

See T. C. Smith, History of the Liberty and Free Soil Parties in the Northwest (Harvard University Historical Studies, New York, 1897), and the lives and writings of all the public figures mentioned above; also of G. W. Julian, J. R. Giddings, and S. P. Chase.

LIBITINA, an old Roman goddess of funerals. She had a sanctuary in a sacred grove (perhaps on the Esquiline), where, by an ordinance of Servius Tullius, a piece of money (lucar Libitinae) was deposited whenever a death took place. Here the undertakers (libitinarii), who carried out all funeral arrangements by contract, had their offices, and everything necessary was kept for sale or hire; here all deaths were registered for statistical purposes. The word Libitina then came to be used for the business of an undertaker, funeral requisites, and (in the poets) for death itself. By later antiquarians Libitina was sometimes identified with Persephone, but more commonly (partly or completely) with Venus Lubentia or Lubentina, an Italian goddess of gardens. The similarity of name and the fact that Venus Lubentia had a sanctuary in the grove of Libitina favoured this idea. Further, Plutarch (Quaest. Rom. 23) mentions a small statue at Delphi of Aphrodite Epitymbia (A. of tombs = Venus Libitina), to which the spirits of the dead were summoned. The inconsistency of selling funeral requisites in the temple of Libitina, seeing that she is identified with Venus, is explained by him as indicating that one and the same goddess presides over birth and death; or the association of such things with the goddess of love and pleasure is intended to show that death is not a calamity, but rather a consummation to be desired. Libitina may, however, have been originally an earth goddess, connected with luxuriant nature and the enjoyments of life (cf. lub-et, lib-ido); then, all such deities being connected with the underworld, she also became the goddess of death, and that side of her character predominated in the later conceptions.

LIBITINA, an ancient Roman goddess of funerals. She had a sanctuary in a sacred grove (possibly on the Esquiline), where, according to a rule set by Servius Tullius, a coin (lucar Libitinae) was placed each time someone died. This is where the undertakers (libitinarii), who handled all funeral arrangements by contract, had their offices, and everything necessary was available for sale or rent; all deaths were also recorded here for statistical purposes. The term Libitina eventually came to refer to the work of an undertaker, funeral supplies, and (in poetry) to death itself. Later scholars sometimes identified Libitina with Persephone, but more often (partially or completely) with Venus Lubentia or Lubentina, an Italian goddess of gardens. The similar names and the fact that Venus Lubentia had a sanctuary in Libitina's grove supported this idea. Additionally, Plutarch (Quaest. Rom. 23) mentions a small statue at Delphi of Aphrodite Epitymbia (A. of tombs = Venus Libitina), which was used to summon the spirits of the dead. The seeming contradiction of selling funeral supplies in the temple of Libitina, given her association with Venus, is explained by him as representing the idea that one goddess oversees both birth and death; or the connection of such matters with the goddess of love and pleasure suggests that death is not a misfortune, but rather a conclusion to be welcomed. Libitina may have originally been an earth goddess, linked to lush nature and the pleasures of life (cf. lub-et, lib-ido); as all such deities are related to the underworld, she also became the goddess of death, and that aspect of her character became more prominent in later interpretations.

See Plutarch, Numa, 12; Dion. Halic. iv. 15; Festus xvi., s.v. “Rustica Vinalia”; Juvenal xii. 121, with Mayor’s note; G. Wissowa in Roscher’s Lexicon der Mythologie, s.v.

See Plutarch, Numa, 12; Dion. Halic. iv. 15; Festus xvi., s.v. “Rustica Vinalia”; Juvenal xii. 121, with Mayor’s note; G. Wissowa in Roscher’s Lexicon der Mythologie, s.v.


1 Mr T. C. Smith estimates that probably not one in ten of even professed abolitionists supported Birney; only in Massachusetts did he receive as much as 1% of the total vote cast.

1 Mr. T. C. Smith thinks that probably not even one out of ten self-styled abolitionists backed Birney; he only got as much as 1% of the total vote in Massachusetts.

2 Birney’s vote was reduced by a disgraceful election trick by the Whigs (the circulation of a forged letter on the eve of the election); a trick to which he had exposed himself by an ingenuously honest reception of Democratic advances in a matter of local good-government in Michigan.

2 Birney’s vote was undermined by a shameful election scheme by the Whigs (the distribution of a fake letter right before the election); a scheme he had inadvertently made himself vulnerable to by naively accepting Democratic offers regarding local good governance in Michigan.

3 E.g. Horace Greeley made the Whig charge; but in later life he repeatedly attributed Clay’s defeat simply to Clay’s own letters; and for Millard Fillmore’s important opinion see footnote to Know Nothing Party.

3 For example, Horace Greeley led the Whig charge; however, in his later years, he often blamed Clay’s loss solely on Clay’s own letters; for Millard Fillmore’s significant opinion, see the footnote to Know Nothing Party.

LIBMANAN, a town of the province of Ambos Camarines, Luzon, Philippine Islands, on the Libmanan river, 11 m. N.W. of Nueva Cáceres, the capital. Pop. (1903) 17,416. It is about 4½ m. N.E. of the Bay of San Miguel. Rice, coco-nuts, hemp, Indian corn, sugarcane, bejuco, arica nuts and camotes, are grown in the vicinity, and the manufactures include hemp goods, alcohol (from coco-nut-palm sap), copra, and baskets, chairs, hammocks and hats of bejuco and bamboo. The Libmanan river, a tributary of the Bicol, into which it empties 2 m. below the town, is famous for its clear cold water and for its sulphur springs. The language is Bicol.

LIBMANAN, is a town in the province of Ambos Camarines, Luzon, Philippines, located on the Libmanan River, 11 miles northwest of Nueva Cáceres, the capital. The population in 1903 was 17,416. It is approximately 4½ miles northeast of San Miguel Bay. The area produces rice, coconuts, hemp, corn, sugarcane, bejuco, arica nuts, and sweet potatoes. Local manufacturing includes hemp products, alcohol (made from coconut palm sap), copra, and various items like baskets, chairs, hammocks, and hats made from bejuco and bamboo. The Libmanan River, which is a tributary of the Bicol River, flows into it 2 miles downstream from the town and is known for its clear, cold water and sulfur springs. The local language is Bicol.

LIBO, in ancient Rome, the name of a family belonging to the Scribonian gens. It is chiefly interesting for its connexion with the Puteal Scribonianum or Puteal Libonis in the forum at Rome,1 dedicated or restored by one of its members, perhaps the praetor of 204 B.C., or the tribune of the people in 149. In its vicinity the praetor’s tribunal, removed from the comitium in the 2nd century B.C., held its sittings, which led to the place becoming the haunt of litigants, money-lenders and business people. According to ancient authorities, the Puteal Libonis 545 was between the temples of Castor and Vesta, near the Porticus Julia and the Arcus Fabiorum, but no remains have been discovered. The idea that an irregular circle of travertine blocks, found near the temple of Castor, formed part of the puteal is now abandoned.

LIBO, in ancient Rome, the name of a family from the Scribonian clan. It's particularly noteworthy because of its connection to the Puteal Scribonianum or Puteal Libonis in the forum at Rome, 1 which was dedicated or restored by one of its members, possibly the praetor of 204 BCE, or the tribune of the people in 149. Nearby, the praetor’s tribunal, which was moved from the comitium in the 2nd century BCE, held its sessions, making the area a hub for litigants, money-lenders, and business people. According to ancient sources, the Puteal Libonis was located between the temples of Castor and Vesta, close to the Porticus Julia and the Arcus Fabiorum, but no remains have been found. The theory that an irregular circle of travertine blocks discovered near the temple of Castor was a part of the puteal has now been discarded.

See Horace, Sat. ii. 6. 35, Epp. i. 19. 8; Cicero, Pro Sestio, 8; for the well-known coin of L. Scribonius Libo, representing the puteal of Libo, which rather resembles a cippus (sepulchral monument) or an altar, with laurel wreaths, two lyres and a pair of pincers or tongs below the wreaths (perhaps symbolical of Vulcanus as forger of lightning), see C. Hülsen, The Roman Forum (Eng. trans. by J. B. Carter, 1906), p. 150, where a marble imitation found at Veii is also given.

See Horace, Sat. ii. 6. 35, Epp. i. 19. 8; Cicero, Pro Sestio, 8; for the well-known coin of L. Scribonius Libo, depicting the puteal of Libo, which looks more like a cippus (a tombstone) or an altar, featuring laurel wreaths, two lyres, and a pair of tongs or pincers below the wreaths (possibly symbolizing Vulcan as the forger of lightning). For more information, see C. Hülsen, The Roman Forum (Eng. trans. by J. B. Carter, 1906), p. 150, where a marble imitation discovered in Veii is also illustrated.


1 Puteal was the name given to an erection (or enclosure) on a spot which had been struck by lightning; it was so called from its resemblance to the stone kerb or low enclosure round a well (puteus).

1 Puteal was the term used for a structure built around a place that had been hit by lightning; it was named for its similarity to the stone barrier or low wall surrounding a well (puteus).

LIBON, a Greek architect, born at Elis, who was employed to build the great temple of Zeus at Olympia (q.v.) about 460 B.C. (Pausanias v. 10. 3).

LIBON,, a Greek architect from Elis, was commissioned to construct the magnificent temple of Zeus at Olympia (q.v.) around 460 B.C. (Pausanias v. 10. 3).

LIBOURNE, a town of south-western France, capital of an arrondissement of the department of Gironde, situated at the confluence of the Isle with the Dordogne, 22 m. E.N.E. of Bordeaux on the railway to Angoulême. Pop. (1906) town, 15,280; commune, 19,323. The sea is 56 m. distant, but the tide affects the river so as to admit of vessels drawing 14 ft. reaching the town at the highest tides. The Dordogne is here crossed by a stone bridge 492 ft. long, and a suspension bridge across the Isle connects Libourne with Fronsac, built on a hill on which in feudal times stood a powerful fortress. Libourne is regularly built. The Gothic church, restored in the 19th century, has a stone spire 232 ft. high. On the quay there is a machicolated clock-tower which is a survival of the ramparts of the 14th century; and the town-house, containing a small museum and a library, is a quaint relic of the 16th century. There is a statue of the Duc Decazes, who was born in the neighbourhood. The sub-prefecture, tribunals of first instance and of commerce, and a communal college are among the public institutions. The principal articles of commerce are the wines and brandies of the district. Printing and cooperage are among the industries.

LIBOURNE, is a town in southwestern France and the capital of an arrondissement in the Gironde department. It’s located where the Isle River meets the Dordogne, 22 miles E.N.E. of Bordeaux on the rail line to Angoulême. As of 1906, the population was 15,280 in the town and 19,323 in the commune. The sea is 56 miles away, but the tides affect the river enough for vessels with a draft of 14 feet to reach the town during high tide. A 492-foot-long stone bridge crosses the Dordogne, and a suspension bridge over the Isle links Libourne with Fronsac, which sits on a hill that once hosted a powerful fortress in feudal times. Libourne has a well-planned layout. The Gothic church, which was restored in the 19th century, features a 232-foot high stone spire. On the quay, there is a machicolated clock tower that remains from the 14th-century ramparts, and the town hall, which houses a small museum and a library, is a charming relic from the 16th century. There’s also a statue of the Duc Decazes, who was born nearby. The public institutions include the sub-prefecture, courts of first instance, commerce tribunals, and a communal college. The main goods traded here are wines and brandies from the region. Printing and cooperage are notable local industries.

Like other sites at the confluence of important rivers, that of Libourne was appropriated at an early period. Under the Romans Condate stood rather more than a mile to the south of the present Libourne; it was destroyed during the troubles of the 5th century. Resuscitated by Charlemagne, it was rebuilt in 1269, under its present name and on the site and plan it still retains, by Roger de Leybourne (of Leybourne in Kent), seneschal of Guienne, acting under the authority of King Edward I. of England. It suffered considerably in the struggles of the French and English for the possession of Guienne in the 14th century.

Like other locations at the junction of significant rivers, Libourne was settled early on. During Roman times, Condate was located just over a mile to the south of modern-day Libourne; it was destroyed during the upheavals of the 5th century. Revived by Charlemagne, it was rebuilt in 1269, retaining its current name and layout, by Roger de Leybourne (from Leybourne in Kent), who was the seneschal of Guienne, acting under King Edward I of England. It faced significant hardships during the 14th-century conflicts between the French and the English over control of Guienne.

See R. Guinodie, Hist. de Libourne (2nd ed., 2 vols., Libourne, 1876-1877).

See R. Guinodie, Hist. de Libourne (2nd ed., 2 vols., Libourne, 1876-1877).

LIBRA (“The Balance”), in astronomy, the 7th sign of the zodiac (q.v.), denoted by the symbol , resembling a pair of scales, probably in allusion to the fact that when the sun enters this part of the ecliptic, at the autumnal equinox, the days and nights are equal. It is also a constellation, not mentioned by Eudoxus or Aratus, but by Manetho (3rd century B.C.) and Geminus (1st century B.C.), and included by Ptolemy in his 48 asterisms; Ptolemy catalogued 17 stars, Tycho Brahe 10, and Hevelius 20. δ Librae is an Algol (q.v.) variable, the range of magnitude being 5.0 to 6.2, and the period 2 days 7 hrs. 51 min.; and the cluster M. 5 Librae is a faint globular cluster of which only about one star in eleven is variable.

LIBRA (“The Balance”), in astronomy, is the 7th sign of the zodiac (q.v.), represented by the symbol , which looks like a pair of scales. This likely refers to the fact that when the sun moves into this section of the ecliptic during the autumn equinox, day and night are of equal length. It is also a constellation, not mentioned by Eudoxus or Aratus, but referenced by Manetho (3rd century BCE) and Geminus (1st century BCE), and included by Ptolemy in his 48 asterisms. Ptolemy listed 17 stars, Tycho Brahe counted 10, and Hevelius recorded 20. The star δ Librae is an Algol-type variable (q.v.), with a brightness range from 5.0 to 6.2 and a period of 2 days, 7 hours, and 51 minutes. The cluster M. 5 Librae is a dim globular cluster in which only about one out of eleven stars is variable.

LIBRARIES. A library (from Lat. liber, book), in the modern sense, is a collection of printed or written literature. As such, it implies an advanced and elaborate civilization. If the term be extended to any considerable collection of written documents, it must be nearly as old as civilization itself. The earliest use to which the invention of inscribed or written signs was put was probably to record important religious and political transactions. These records would naturally be preserved in sacred places, and accordingly the earliest libraries of the world were probably temples, and the earliest librarians priests. And indeed before the extension of the arts of writing and reading the priests were the only persons who could perform such work as, e.g. the compilation of the Annales Maximi, which was the duty of the pontifices in ancient Rome. The beginnings of literature proper in the shape of ballads and songs may have continued to be conveyed orally only from one generation to another, long after the record of important religious or civil events was regularly committed to writing. The earliest collections of which we know anything, therefore, were collections of archives. Of this character appear to have been such famous collections as that of the Medians at Ecbatana, the Persians at Susa or the hieroglyphic archives of Knossos discovered by A. J. Evans (Scripta Minoa, 1909) of a date synchronizing with the XIIth Egyptian dynasty. It is not until the development of arts and sciences, and the growth of a considerable written literature, and even of a distinct literary class, that we find collections of books which can be called libraries in our modern sense. It is of libraries in the modern sense, and not, except incidentally, of archives that we are to speak.

LIBRARIES. A library (from Lat. liber, book) today refers to a collection of printed or written literature, indicating an advanced and complex civilization. If we broaden the term to include any significant collection of written documents, it’s almost as old as civilization itself. The earliest use of written signs was likely for recording important religious and political events. These records were typically kept in sacred spaces, making the first libraries of the world likely to be temples, with priests serving as the first librarians. Before the arts of writing and reading became widespread, priests were the only people who could carry out tasks like compiling the Annales Maximi, a duty assigned to the pontifices in ancient Rome. The initial forms of literature, such as ballads and songs, may have continued to be passed down orally for generations, long after significant religious or civil events were routinely written down. Thus, the earliest collections we know of were archives. Notable examples include the famous collections of the Medians at Ecbatana, the Persians at Susa, and the hieroglyphic archives of Knossos discovered by A. J. Evans (Scripta Minoa, 1909), dating back to the XIIth Egyptian dynasty. It is only with the advancement of arts and sciences, the emergence of substantial written literature, and the development of a distinct literary class that we find collections of books that can be genuinely called libraries in the modern sense. Our discussion will focus on libraries in the modern sense, rather than, except in passing, on archives.

Ancient Libraries

Old Libraries

The researches which have followed the discoveries of P. E. Botta and Sir H. Layard have thrown unexpected light not only upon the history but upon the arts, the sciences and the literatures of the ancient civilizations Assyria. of Babylonia and Assyria. In all these wondrous revelations no facts are more interesting than those which show the existence of extensive libraries so many ages ago, and none are more eloquent of the elaborateness of these forgotten civilizations. In the course of his excavations at Nineveh in 1850, Layard came upon some chambers in the south-west palace, the floor of which, as well as the adjoining rooms, was covered to the depth of a foot with tablets of clay, covered with cuneiform characters, in many cases so small as to require a magnifying glass. These varied in size from 1 to 12 in. square. A great number of them were broken, as Layard supposed by the falling in of the roof, but as George Smith thought by having fallen from the upper storey, upon which he believed the collection to have been placed. These tablets formed the library of the great monarch Assur-bani-pal—the Sardanapalus of the Greeks—the greatest patron of literature amongst the Assyrians. It is estimated that this library consisted of some ten thousand distinct works and documents, some of the works extending over several tablets. The tablets appear to have been methodically arranged and catalogued, and the library seems to have been thrown open for the general use of the king’s subjects.1 A great portion of this library has already been brought to England and deposited in the British museum, but it is calculated that there still remain some 20,000 fragments to be gathered up. For further details as to Assyrian libraries, and the still earlier Babylonian libraries at Tello, the ancient Lagash, and at Niffer, the ancient Nippur, from which the Assyrians drew their science and literature, see Babylonia and Nippur.

The research that followed the discoveries of P. E. Botta and Sir H. Layard has shed unexpected light not only on history but also on the arts, sciences, and literature of ancient civilizations Assyria. of Babylonia and Assyria. Among all these amazing revelations, none are more fascinating than those revealing the existence of extensive libraries many ages ago, and none are more indicative of the complexity of these forgotten civilizations. During his excavations at Nineveh in 1850, Layard uncovered some chambers in the south-west palace where the floor, along with the adjoining rooms, was covered to a depth of a foot with clay tablets, inscribed with cuneiform characters, many so small that a magnifying glass was needed to read them. These varied in size from 1 to 12 inches square. Many of them were broken, which Layard thought was due to the roof collapsing, but George Smith believed they fell from the upper story, where he thought the collection had been stored. These tablets made up the library of the great monarch Assur-bani-pal—the Sardanapalus of the Greeks—the greatest supporter of literature among the Assyrians. It is estimated that this library had about ten thousand distinct works and documents, some works spanning several tablets. The tablets seem to have been systematically arranged and cataloged, and the library appeared to be accessible to the king's subjects. 1 A significant portion of this library has already been taken to England and placed in the British Museum, but it is estimated that around 20,000 fragments still need to be collected. For more details on Assyrian libraries and the even earlier Babylonian libraries at Tello, the ancient Lagash, and Niffer, the ancient Nippur, from which the Assyrians acquired their science and literature, see Babylonia and Nippur.

Of the libraries of ancient Egypt our knowledge is scattered and imperfect, but at a time extending to more than 6000 years ago we find numerous scribes of many classes who recorded official events in the life of their royal masters Ancient Egyptian Libraries. or details of their domestic affairs and business transactions. Besides this official literature we possess examples of many commentaries on the sacerdotal books, as well as historical treatises, works on moral philosophy and proverbial wisdom, science, collections of medical receipts as well as a great variety of popular novels and humoristic pieces. At an early date Heliopolis was a literary centre of great importance with culture akin to the Babylonian. Attached to every temple were professional scribes whose function was partly religious and partly scientific. The sacred books of Thoth constituted as it were a complete encyclopaedia of religion and science, and on these books was gradually accumulated an immense mass of exposition and commentary. We possess a record relating to “the land of the collected works [library] of Khufu,” a monarch of the IVth dynasty, and a similar inscription relating to the library of Khafra, the builder of the second pyramid. At Edfu 546 the library was a small chamber in the temple, on the wall of which is a list of books, among them a manual of Egyptian geography (Brugsch, History of Egypt, 1881, i. 240). The exact position of Akhenaten’s library (or archives) of clay tablets is known and the name of the room has been read on the books of which it has been built. A library of charred books has been found at Mendes (Egypt Expl. Fund, Two Hieroglyphic Papyri), and we have references to temple libraries in the Silsileh “Nile” stelae and perhaps in the great Harris papyri. The most famous of the Egyptian libraries is that of King Osymandyas, described by Diodorus Siculus, who relates that it bore an inscription which he renders by the Greek words ΨΥΧΗΣ ΙΑΤΡΕΙΟΝ “the Dispensary of the Soul.” Osymandyas has been identified with the great king Rameses II. (1300-1236 B.C.) and the seat of the library is supposed to have been the Ramessaeum at Western Thebes. Amen-em-hant was the name of one of the directors of the Theban libraries. Papyri from the palace, of a later date, have been discovered by Professor W. F. Flinders Petrie. At Thebes the scribes of the “Foreign Office” are depicted at work in a room which was perhaps rather an office than a library. The famous Tel-el-Amarna tablets (1383-1365 B.C.) were stored in “the place of the records of the King.” There were record offices attached to the granary and treasury departments and we know of a school or college for the reproduction of books, which were kept in boxes and in jars. According to Eustathius there was a great collection at Memphis. A heavy blow was dealt to the old Egyptian literature by the Persian invasion, and many books were carried away by the conquerors. The Egyptians were only delivered from the yoke of Persia to succumb to that of Greece and Rome and henceforward their civilization was dominated by foreign influences. Of the Greek libraries under the Ptolemies we shall speak a little further on.

Our knowledge of the libraries of ancient Egypt is scattered and incomplete, but over 6,000 years ago, there were many scribes of various types who recorded official events in the lives of their royal leaders or details of their domestic matters and business dealings. Alongside this official literature, we have examples of numerous commentaries on sacred texts, as well as historical writings, works on moral philosophy and wisdom, scientific texts, collections of medical recipes, and a wide range of popular novels and humorous works. Heliopolis emerged as a significant literary center early on, with a culture similar to that of Babylon. Every temple had professional scribes whose roles were both religious and scientific. The sacred books of Thoth acted as a comprehensive encyclopedia of religion and science, accumulating a vast amount of exposition and commentary over time. We have records related to “the land of the collected works [library] of Khufu,” a monarch of the Fourth Dynasty, and similar inscriptions regarding Khafra's library, the builder of the second pyramid. At Edfu, the library was a small room in the temple, where a list of books, including a manual of Egyptian geography, can be found (Brugsch, History of Egypt, 1881, i. 240). The exact location of Akhenaten’s library (or archives) of clay tablets is known, and the room's name has been deciphered from the books there. A library of burned books was discovered at Mendes (Egypt Expl. Fund, Two Hieroglyphic Papyri), and we have references to temple libraries in the Silsileh “Nile” stelae and possibly in the great Harris papyri. The most famous Egyptian library is that of King Osymandyas, described by Diodorus Siculus, who mentions an inscription rendered in Greek as Mental Health Clinic “the Dispensary of the Soul.” Osymandyas has been identified with the great king Rameses II (1300-1236 BCE), and the library is believed to have been located in the Ramessaeum at Western Thebes. Amen-em-hant was one of the directors of the Theban libraries. Papyri from the palace, dating from a later time, were discovered by Professor W. F. Flinders Petrie. At Thebes, scribes from the “Foreign Office” are shown working in what seems to have been more of an office than a library. The famous Tel-el-Amarna tablets (1383-1365 BCE) were stored in “the place of the records of the King.” There were record offices linked to the granary and treasury departments, and we know there was a school or college for copying books, which were stored in boxes and jars. According to Eustathius, there was a large collection in Memphis. The Persian invasion dealt a severe blow to ancient Egyptian literature, and many books were taken by the conquerors. The Egyptians were freed from Persian rule only to fall under Greek and Roman domination, leading to their civilization being influenced by outside forces. We will discuss the Greek libraries under the Ptolemies a bit later.

Of the libraries of ancient Greece we have very little knowledge, and such knowledge as we possess comes to us for the most part from late compilers. Amongst those who are known to have collected books are Pisistratus, Greece. Polycrates of Samos, Euclid the Athenian, Nicocrates of Cyprus, Euripides and Aristotle (Athenaeus i. 4). At Cnidus there is said to have been a special collection of works upon medicine. Pisistratus is reported to have been the first of the Greeks who collected books on a large scale. Aulus Gellius, indeed, tells us, in language perhaps “not well suited to the 6th century B.C.,”2 that he was the first to establish a public library. The authority of Aulus Gellius is hardly sufficient to secure credit for the story that this library was carried away into Persia by Xerxes and subsequently restored to the Athenians by Seleucus Nicator. Plato is known to have been a collector; and Xenophon tells us of the library of Euthydemus. The library of Aristotle was bequeathed by him to his disciple Theophrastus, and by Theophrastus to Neleus, who carried it to Scepsis, where it is said to have been concealed underground to avoid the literary cupidity of the kings of Pergamum. Its subsequent fate has given rise to much controversy, but, according to Strabo (xiii. pp. 608, 609), it was sold to Apellicon of Teos, who carried it to Athens, where after Apellicon’s death it fell a prey to the conqueror Sulla, and was transported by him to Rome. The story told by Athenaeus (i. 4) is that the library of Neleus was purchased by Ptolemy Philadelphus. The names of a few other libraries in Greece are barely known to us from inscriptions; of their character and contents we know nothing. If, indeed, we are to trust Strabo entirely, we must believe that Aristotle was the first person who collected a library, and that he communicated the taste for collecting to the sovereigns of Egypt. It is at all events certain that the libraries of Alexandria were the most important as they Alexandria. were the most celebrated of the ancient world. Under the enlightened rule of the Ptolemies a society of scholars and men of science was attracted to their capital. It seems pretty certain that Ptolemy Soter had already begun to collect books, but it was in the reign of Ptolemy Philadelphus that the libraries were properly organized and established in separate buildings. Ptolemy Philadelphus sent into every part of Greece and Asia to secure the most valuable works, and no exertions or expense were spared in enriching the collections. Ptolemy Euergetes, his successor, is said to have caused all books brought into Egypt by foreigners to be seized for the benefit of the library, while the owners had to be content with receiving copies of them in exchange. Nor did the Alexandrian scholars exhibit the usual Hellenic exclusiveness, and many of the treasures of Egyptian and even of Hebrew literature were by their means translated into Greek. There were two libraries at Alexandria; the larger, in the Brucheum quarter, was in connexion with the Museum, a sort of academy, while the smaller was placed in the Serapeum. The number of volumes in these libraries was very large, although it is difficult to attain any certainty as to the real numbers amongst the widely varying accounts. According to a scholium of Tzetzes, who appears to draw his information from the authority of Callimachus and Eratosthenes, who had been librarians at Alexandria, there were 42,800 vols. or rolls in the Serapeum and 490,000 in the Brucheum.3 This enumeration seems to refer to the librarianship of Callimachus himself under Ptolemy Euergetes. In any case the figures agree tolerably well with those given by Aulus Gellius4 (700,000) and Seneca5 (400,000). It should be observed that, as the ancient roll or volume usually contained a much smaller quantity of matter than a modern book—so that, e.g. the history of Herodotus might form nine “books” or volumes, and the Iliad of Homer twenty-four—these numbers must be discounted for the purposes of comparison with modern collections. The series of the first five librarians at Alexandria appears to be pretty well established as follows: Zenodotus, Callimachus, Eratosthenes, Apollonius and Aristophanes; and their activity covers a period of about a century. The first experiments in bibliography appear to have been made in producing catalogues of the Alexandrian libraries. Amongst other lists, two catalogues were prepared by order of Ptolemy Philadelphus, one of the tragedies, the other of the comedies contained in the collections. The Πίνακες of Callimachus formed a catalogue of all the principal books arranged in 120 classes. When Caesar set fire to the fleet in the harbour of Alexandria, the flames accidentally extended to the larger library of the Brucheum, and it was destroyed.6 Antony endeavoured to repair the loss by presenting to Cleopatra the library from Pergamum. This was very probably placed in the Brucheum, as this continued to be the literary quarter of Alexandria until the time of Aurelian. Thenceforward the Serapeum became the principal library. The usual statement that from the date of the restoration of the Brucheum under Cleopatra the libraries continued in a flourishing condition until they were destroyed after the conquest of Alexandria by the Saracens in A.D. 640 can hardly be supported. It is very possible that one of the libraries perished when the Brucheum quarter was destroyed by Aurelian, A.D. 273. In 389 or 391 an edict of Theodosius ordered the destruction of the Serapeum, and its books were pillaged by the Christians. When we take into account the disordered condition of the times, and the neglect into which literature and science had fallen, there can be little difficulty in believing that there were but few books left to be destroyed by the soldiers of Amru. The familiar anecdote of the caliph’s message to his general rests mainly upon the evidence of Abulfaraj, so that we may be tempted to agree with Gibbon that the report of a stranger who wrote at the end of six hundred years is overbalanced by the silence of earlier and native annalists. It is, however, so far from easy to settle the question that a cloud of names could easily be cited upon either side, while some of the most careful inquirers confess the difficulty of a decision7 (see Alexandria, III.).

Of the libraries of ancient Greece, we know very little, and what we do know mostly comes from later compilers. Among those known to have collected books are Pisistratus, Greece. Polycrates of Samos, Euclid the Athenian, Nicocrates of Cyprus, Euripides, and Aristotle (Athenaeus i. 4). There's said to have been a special collection of medical works at Cnidus. Pisistratus is reported to be the first Greek to collect books on a large scale. Aulus Gellius, in language that might not be "well suited to the 6th century BCE,”2 tells us he was the first to establish a public library. The authority of Aulus Gellius isn't strong enough to confirm the story that this library was taken to Persia by Xerxes and later returned to the Athenians by Seleucus Nicator. Plato is known to have been a collector, and Xenophon mentions the library of Euthydemus. Aristotle's library was passed down to his disciple Theophrastus, and then to Neleus, who took it to Scepsis, where it’s said to have been hidden underground to avoid attracting the attention of the Pergamum kings. Its later fate has sparked much debate, but according to Strabo (xiii. pp. 608, 609), it was sold to Apellicon of Teos, who brought it to Athens, where after Apellicon’s death, it was taken by the conqueror Sulla and transported to Rome. Athenaeus (i. 4) recounts that the library of Neleus was bought by Ptolemy Philadelphus. A few other libraries in Greece are barely known to us from inscriptions, and we know nothing about their contents or character. If we completely trust Strabo, we must believe that Aristotle was the first person to collect a library, influencing the Egyptian sovereigns. It is certainly true that the libraries of Alexandria were the most significant and renowned of the ancient world. Under the enlightened rule of the Ptolemies, a community of scholars and scientists was drawn to their capital. It seems likely that Ptolemy Soter had already begun to collect books, but it was during the reign of Ptolemy Philadelphus that the libraries were properly organized and established in separate buildings. Ptolemy Philadelphus sent out efforts across Greece and Asia to secure the most valuable works, and no expense was spared to enhance the collections. His successor, Ptolemy Euergetes, is said to have ordered that all books brought into Egypt by foreigners be seized for the benefit of the library, with the owners receiving copies in exchange. The Alexandrian scholars didn’t show the usual Hellenic exclusiveness, and many treasures from Egyptian and even Hebrew literature were translated into Greek through their work. There were two libraries in Alexandria; the larger one, located in the Brucheum quarter, was connected with the Museum, a sort of academy, while the smaller one was housed in the Serapeum. The number of volumes in these libraries was very large, although it is difficult to confirm exact figures amidst the varying accounts. According to a scholium of Tzetzes, who seems to base his information on Callimachus and Eratosthenes, who were librarians at Alexandria, there were 42,800 volumes or rolls in the Serapeum and 490,000 in the Brucheum.3 This count appears to refer to the librarianship of Callimachus himself under Ptolemy Euergetes. In any case, the figures somewhat align with those provided by Aulus Gellius4 (700,000) and Seneca5 (400,000). It’s important to note that ancient rolls or volumes typically contained much less material than a modern book—so that, for instance, the history of Herodotus could comprise nine “books” or volumes, and the Iliad of Homer, twenty-four—therefore, these numbers should be adjusted for comparison with modern collections. The series of the first five librarians at Alexandria seems fairly well established: Zenodotus, Callimachus, Eratosthenes, Apollonius, and Aristophanes; their activity spanned about a century. The first efforts in bibliography seem to have been in producing catalogs of the Alexandrian libraries. Among other lists, two catalogs were ordered by Ptolemy Philadelphus—one for tragedies and the other for comedies in the collections. The Tables of Callimachus created a catalog of all the major books arranged into 120 classes. When Caesar set fire to the fleet in the harbor of Alexandria, the flames accidentally spread to the larger library in the Brucheum, resulting in its destruction.6 Antony sought to remedy this loss by gifting Cleopatra the library from Pergamum. This was likely placed in the Brucheum, which remained the literary quarter of Alexandria until the time of Aurelian. After that, the Serapeum became the main library. The common claim that from the time of the Brucheum's restoration under Cleopatra the libraries continued to thrive until they were destroyed after Alexandria's conquest by the Saracens in CE 640 is hard to support. It’s quite possible that one of the libraries was lost when the Brucheum quarter was destroyed by Aurelian, A.D. 273. In 389 or 391, an edict from Theodosius mandated the destruction of the Serapeum, and its books were plundered by Christians. Considering the chaotic conditions of the time and the neglect of literature and science, it's not hard to believe that few books remained to be destroyed by the soldiers of Amru. The well-known anecdote of the caliph’s message to his general relies mainly on the evidence from Abulfaraj, leading us to agree with Gibbon that the account from a stranger who wrote after six hundred years is outweighed by the silence of earlier and local historians. However, it’s far from easy to resolve the issue, as a cloud of names could be cited on both sides, with some meticulous researchers admitting the difficulty of reaching a conclusion7 (see Alexandria, III.).

The magnificence and renown of the libraries of the Ptolemies excited the rivalry of the kings of Pergamum, who vied with the Egyptian rulers in their encouragement of literature. The 547 German researches in the acropolis of Pergamum between 1878 Pergamum. and 1886 revealed four rooms which had originally been appropriated to the library (Alex. Conze, Die pergamen. Bibliothek, 1884). Despite the obstacles presented by the embargo placed by the Ptolemies upon the export of papyrus, the library of the Attali attained considerable importance, and, as we have seen, when it was transported to Egypt numbered 200,000 vols. We learn from a notice in Suidas that in 221 B.C. Antiochus the Great summoned the poet and grammarian Euphorion of Chalcis to be his librarian.

The greatness and fame of the Ptolemies' libraries sparked rivalry with the kings of Pergamum, who competed with the Egyptian rulers in promoting literature. The 547 German excavations at the acropolis of Pergamum from 1878 to 1886 uncovered four rooms that were originally designated for the library (Alex. Conze, Die pergamen. Bibliothek, 1884). Despite the challenges posed by the Ptolemies' ban on exporting papyrus, the library of the Attali gained significant importance, and, as we noted, when it was moved to Egypt, it contained 200,000 volumes. A note in Suidas tells us that in 221 BCE Antiochus the Great invited the poet and grammarian Euphorion of Chalcis to be his librarian.

The early Romans were far too warlike and practical a people to devote much attention to literature, and it is not until the last century of the republic that we hear of libraries in Rome. The collections of Carthage, which fell into Rome. their hands when Scipio sacked that city (146 B.C.), had no attractions for them; and with the exception of the writings of Mago upon agriculture, which the senate reserved for translation into Latin, they bestowed all the books upon the kinglets of Africa (Pliny, H.N. xviii. 5). It is in accordance with the military character of the Romans that the first considerable collections of which we hear in Rome were brought there as the spoils of war. The first of these was that brought by Aemilius Paulus from Macedonia after the conquest of Perseus (167 B.C.). The library of the conquered monarch was all that he reserved from the prizes of victory for himself and his sons, who were fond of letters. Next came the library of Apellicon the Teian, brought from Athens by Sulla (86 B.C.). This passed at his death into the hands of his son, but of its later history nothing is known. The rich stores of literature brought home by Lucullus from his eastern conquests (about 67 B.C.) were freely thrown open to his friends and to men of letters. Accordingly his library and the neighbouring walks were much resorted to, especially by Greeks. It was now becoming fashionable for rich men to furnish their libraries well, and the fashion prevailed until it became the subject of Seneca’s scorn and Lucian’s wit. The zeal of Cicero and Atticus in adding to their collections is well known to every reader of the classics. Tyrannion is said to have had 30,000 vols. of his own; and that M. Terentius Varro had large collections we may infer from Cicero’s writing to him: “Si hortum in bibliotheca habes, nihil deerit.” Not to prolong the list of private collectors, Serenus Sammonicus is said to have left to his pupil the young Gordian no less than 62,000 vols. Amongst the numerous projects entertained by Caesar was that of presenting Rome with public libraries, though it is doubtful whether any steps were actually taken towards its execution. The task of collecting and arranging the books was entrusted to Varro. This commission, as well as his own fondness for books, may have led Varro to write the book upon libraries of which a few words only have come down to us, preserved by a grammarian. The honour of being the first actually to dedicate a library to the public is said by Pliny and Ovid to have fallen to G. Asinius Pollio, who erected a library in the Atrium Libertatis on Mount Aventine, defraying the cost from the spoils of his Illyrian campaign. The library of Pollio was followed by the public libraries established by Augustus. That emperor, who did so much for the embellishment of the city, erected two libraries, the Octavian and the Palatine. The former was founded (33 B.C.) in honour of his sister, and was placed in the Porticus Octaviae, a magnificent structure, the lower part of which served as a promenade, while the upper part contained the library. The charge of the books was committed to C. Melissus. The other library formed by Augustus was attached to the temple of Apollo on the Palatine hill, and appears from inscriptions to have consisted of two departments, a Greek and a Latin one, which seem to have been separately administered. The charge of the Palatine collections was given to Pompeius Macer, who was succeeded by Julius Hyginus, the grammarian and friend of Ovid. The Octavian library perished in the fire which raged at Rome for three days in the reign of Titus. The Palatine was, at all events in great part, destroyed by fire in the reign of Commodus. The story that its collections were destroyed by order of Pope Gregory the Great in the 6th century is now generally rejected. The successors of Augustus, though they did not equal him in their patronage of learning, maintained the tradition of forming libraries. Tiberius, his immediate successor, established one in his splendid house on the Palatine, to which Gellius refers as the “Tiberian library,” and Suetonius relates that he caused the writings and images of his favourite Greek poets to be placed in the public libraries. Vespasian established a library in the Temple of Peace erected after the burning of the city under Nero. Domitian restored the libraries which had been destroyed in the same conflagration, procuring books from every quarter, and even sending to Alexandria to have copies made. He is also said to have founded the Capitoline library, though others give the credit to Hadrian. The most famous and important of the imperial libraries, however, was that created by Ulpius Trajanus, known as the Ulpian library, which was first established in the Forum of Trajan, but was afterwards removed to the baths of Diocletian. In this library were deposited by Trajan the “libri lintei” and “libri elephantini,” upon which the senatus consulta and other transactions relating to the emperors were written. The library of Domitian, which had been destroyed by fire in the reign of Commodus, was restored by Gordian, who added to it the books bequeathed to him by Serenus Sammonicus. Altogether in the 4th century there are said to have been twenty-eight public libraries in Rome.

The early Romans were too focused on war and practical matters to pay much attention to literature, and we don’t hear about libraries in Rome until the last century of the Republic. They didn’t find the collections from Carthage, which they acquired when Scipio destroyed that city in 146 B.C., appealing. With the exception of Mago’s writings on agriculture, which the senate kept for translation into Latin, they gave all the books to the local kings of Africa (Pliny, H.N. xviii. 5). It fits the military nature of the Romans that the first notable collections we hear about in Rome were brought there as war trophies. The first was brought by Aemilius Paulus from Macedonia after conquering Perseus in 167 B.C. He kept the library of the defeated king for himself and his sons, who were interested in literature. Next came the library of Apellicon of Teos, brought from Athens by Sulla in 86 B.C. This library went to his son upon his death, but we don’t know what happened to it later. The vast collection of literature that Lucullus brought back from his eastern campaigns around 67 B.C. was generously shared with his friends and literary figures, making his library and the nearby gardens popular spots, especially among Greeks. It was becoming trendy for wealthy individuals to build impressive libraries, a trend that persisted until it drew the scorn of Seneca and the humor of Lucian. Cicero and Atticus were well-known for their dedication to expanding their collections. Tyrannion reportedly had 30,000 volumes, and we can infer that M. Terentius Varro possessed significant collections from Cicero’s letter to him: “If you have a garden in your library, you will lack nothing.” To avoid extending the list of private collectors, it's said that Serenus Sammonicus left 62,000 volumes to his student, the young Gordian. Among Julius Caesar’s many plans was the idea of providing public libraries for Rome, though it’s uncertain if any steps were actually taken to implement it. Varro was tasked with collecting and organizing the books. His interest in libraries likely inspired him to write a work on the subject, of which only a few words remain, preserved by a grammarian. According to Pliny and Ovid, the first person to actually dedicate a library for public use was G. Asinius Pollio, who built a library in the Atrium Libertatis on Mount Aventine, funding it with the spoils from his Illyrian campaign. Pollio's library was followed by the public libraries established by Augustus. This emperor, who contributed significantly to the beautification of the city, built two libraries: the Octavian and the Palatine. The former was founded in 33 B.C. in honor of his sister and was located in the Porticus Octaviae, a grand structure with a lower level for promenading and an upper level for the library. C. Melissus was put in charge of the books. The other library created by Augustus was connected to the temple of Apollo on the Palatine hill and consisted of a Greek and a Latin department that were managed separately. Pompeius Macer was in charge of the Palatine collection initially, succeeded by Julius Hyginus, a grammarian and friend of Ovid. The Octavian library was lost in a fire that swept through Rome for three days during the reign of Titus. The Palatine library was also largely destroyed by fire during the reign of Commodus. The story that Pope Gregory the Great ordered the destruction of its collections in the 6th century is now widely disbelieved. Augustus's successors, while not matching his support for learning, continued the tradition of building libraries. Tiberius, his immediate successor, established one in his lavish house on the Palatine, which Gellius referred to as the “Tiberian library,” and Suetonius noted that he placed the works and images of his favorite Greek poets in public libraries. Vespasian built a library in the Temple of Peace, which was erected after the city was burned during Nero's reign. Domitian restored the libraries destroyed in that fire, collecting books from everywhere and even sending to Alexandria for copies. He is also credited with founding the Capitoline library, though some credit Hadrian instead. However, the most famous and significant imperial library was created by Ulpius Trajanus, known as the Ulpian library, initially established in the Forum of Trajan before being moved to the baths of Diocletian. In this library, Trajan deposited the “libri lintei” and “libri elephantini," on which important documents like senatus consulta and other records relating to the emperors were written. The library of Domitian, which was destroyed by fire in the reign of Commodus, was restored by Gordian, who added the books left to him by Serenus Sammonicus. By the 4th century, it is said there were twenty-eight public libraries in Rome.

Nor were public libraries confined to Rome. We possess records of at least 24 places in Italy, the Grecian provinces, Asia Minor, Cyprus and Africa in which libraries had been established, most of them attached to temples, Roman provincial libraries. usually through the liberality of generous individuals. The library which the younger Pliny dedicated to his townsmen at Comum cost a million sesterces and he contributed a large sum to the support of a library at Milan. Hadrian established one at Athens, described by Pausanias, and recently identified with a building called the Stoa of Hadrian, which shows a striking similarity with the precinct of Athena at Pergamum. Strabo mentions a library at Smyrna; Aulus Gellius one at Patrae and another at Tibur from which books could be borrowed. Recent discoveries at Ephesus in Asia Minor and Timegad in Algeria have furnished precise information as to the structural plan of these buildings. The library at Ephesus was founded by T. Julius Aquila Polemaeanus in memory of his father, pro-consul of Asia in the time of Trajan, about A.D. 106-107. The library at Timegad was established at a cost of 400,000 sesterces by M. Julius Quintianus Flavius Rogatianus, who probably lived in the 3rd century (R. Cagnat, “Les Bibliothèques municipales dans l’Empire Romain,” 1906, Mém. de l’Acad. des Insc., tom. xxxviii. pt. 1). At Ephesus the light came through a circular opening in the roof; the library at Timegad greatly resembles that discovered at Pompeii and possesses a system of book stores. All these buildings followed the same general plan, consisting of a reading-room and more or less ample book stores; the former was either rectangular or semi-circular in shape and was approached under a stately portico and colonnade. In a niche facing the entrance a statue was always erected; that formerly at Pergamum—a figure of Minerva—is now preserved at Berlin. From a well-known line of Juvenal (Sat. iii. 219) we may assume that a statue of the goddess was usually placed in libraries. The reading-room was also ornamented with busts or life-sized images of celebrated writers. The portraits or authors were also painted on medallions on the presses (armaria) in which the books or rolls were preserved as in the library of Isidore of Seville; sometimes these medallions decorated the walls, as in a private library discovered by Lanciani in 1883 at Rome (Ancient Rome, 1888, p. 193). Movable seats, known to us by pictorial representations, were in use. The books were classified, and the presses (framed of precious woods and highly ornamented) were numbered to facilitate reference from the catalogues. A private library discovered at Herculaneum contained 1756 MSS. placed on shelves round the room to a height of about 6 ft. with a central press. In the public rooms some of the books were arranged 548 in the reading-room and some in the adjacent book stores. The Christian libraries of later foundation closely followed the classical prototypes not only in their structure but also in smaller details. The general appearance of a Roman library is preserved in the library of the Vatican fitted up by Sextus V. in 1587 with painted presses, busts and antique vases.

Public libraries weren't just in Rome. We have records of at least 24 locations in Italy, Greece, Asia Minor, Cyprus, and Africa where libraries were set up, most linked to temples, Roman provincial libraries. They were usually funded by generous individuals. The library that the younger Pliny dedicated to his fellow townspeople in Comum cost a million sesterces, and he contributed a large amount to support a library in Milan. Hadrian established one in Athens, described by Pausanias and recently identified with a structure called the Stoa of Hadrian, which closely resembles the precinct of Athena at Pergamum. Strabo mentions a library in Smyrna; Aulus Gellius refers to one in Patrae and another in Tibur where books could be borrowed. Recent discoveries in Ephesus, Asia Minor, and Timegad, Algeria, have provided precise information about the layout of these buildings. The library in Ephesus was founded by T. Julius Aquila Polemaeanus in memory of his father, a pro-consul of Asia during Trajan's time, around CE 106-107. The library at Timegad was established at a cost of 400,000 sesterces by M. Julius Quintianus Flavius Rogatianus, who likely lived in the 3rd century (R. Cagnat, “Les Bibliothèques municipales dans l’Empire Romain,” 1906, Mém. de l’Acad. des Insc., tom. xxxviii. pt. 1). In Ephesus, light came through a circular opening in the roof; the library at Timegad closely resembles the one found at Pompeii and features a system of book storage. All these buildings followed the same general layout, including a reading room and spacious book storage; the reading room was either rectangular or semi-circular and was accessed through a grand portico and colonnade. A statue was always placed in a niche facing the entrance; the one that used to be at Pergamum—a figure of Minerva—is now in Berlin. A famous line from Juvenal (Sat. iii. 219) suggests that a statue of the goddess was typically found in libraries. The reading room was also decorated with busts or life-sized images of renowned authors. The portraits of authors were often painted on medallions on the bookcases (armaria) where the books or scrolls were kept, similar to the library of Isidore of Seville; sometimes, these medallions adorned the walls, as seen in a private library discovered by Lanciani in 1883 in Rome (Ancient Rome, 1888, p. 193). Movable seats, known from paintings, were in use. The books were organized, and the bookcases (made of fine woods and elaborately decorated) were numbered to make it easier to reference the catalogs. A private library found in Herculaneum contained 1,756 manuscripts arranged on shelves around the room to a height of about 6 feet, with a central bookcase. In the public areas, some of the books were in the reading room and some in the adjacent book storage. The Christian libraries that came later closely followed the classical models, both in structure and in smaller details. The overall look of a Roman library can still be seen in the Vatican library set up by Sextus V in 1587, complete with painted bookcases, busts, and ancient vases.

As the number of libraries in Rome increased, the librarian, who was generally a slave or freedman, became a recognized public functionary. The names of several librarians are preserved to us in inscriptions, including that of C. Hymenaeus, who appears to have fulfilled the double function of physician and librarian to Augustus. The general superintendence of the public libraries was committed to a special official. Thus from Nero to Trajan, Dionysius, an Alexandrian rhetorician, discharged this function. Under Hadrian it was entrusted to his former tutor C. Julius Vestinus, who afterwards became administrator of the Museum at Alexandria.

As the number of libraries in Rome grew, the librarian, who was usually a slave or a freedman, became a recognized public official. The names of several librarians are still known to us from inscriptions, including C. Hymenaeus, who seems to have served as both physician and librarian to Augustus. The overall supervision of the public libraries was handed over to a special official. From Nero to Trajan, this role was filled by Dionysius, an Alexandrian rhetorician. Under Hadrian, it was assigned to his former tutor C. Julius Vestinus, who later became the administrator of the Museum at Alexandria.

When the seat of empire was removed by Constantine to his new capital upon the Bosporus, the emperor established a collection there, in which Christian literature was probably admitted for the first time into an imperial Constantinople. library. Diligent search was made after the Christian books which had been doomed to destruction by Diocletian. Even at the death of Constantine, however, the number of books which had been brought together amounted only to 6900. The smallness of the number, it has been suggested, seems to show that Constantine’s library was mainly intended as a repository of Christian literature. However this may be, the collection was greatly enlarged by some of Constantine’s successors, especially by Julian and Theodosius, at whose death it is said to have increased to 100,000 vols. Julian, himself a close student and voluminous writer, though he did his best to discourage learning among the Christians, and to destroy their libraries, not only augmented the library at Constantinople, but founded others, including one at Nisibis, which was soon afterwards destroyed by fire. From the Theodosian code we learn that in the time of that emperor a staff of seven copyists was attached to the library at Constantinople under the direction of the librarian. The library was burnt under the emperor Zeno in 477, but was again restored.

When Constantine moved the capital of the empire to his new city on the Bosporus, he set up a collection there, which likely included Christian literature for the first time in an imperial Istanbul. Efforts were made to find the Christian books that had been destroyed by Diocletian. However, at Constantine's death, the total number of books collected was only 6,900. Some have suggested that this small number indicates that Constantine’s library was mainly meant as a storage for Christian literature. Regardless, the collection was significantly expanded by some of Constantine’s successors, especially Julian and Theodosius, at whose death it reportedly grew to 100,000 volumes. Julian, who was a keen scholar and prolific writer, despite trying to discourage learning among Christians and destroy their libraries, not only increased the library in Constantinople but also established others, including one in Nisibis, which was later destroyed by fire. From the Theodosian code, we learn that during that emperor's time, a team of seven copyists was assigned to the library in Constantinople under the supervision of the librarian. The library was burned during the reign of Emperor Zeno in 477, but it was restored again.

Meanwhile, as Christianity made its way and a distinctively Christian literature grew up, the institution of libraries became part of the ecclesiastical organization. Bishop Alexander (d. A.D. 250) established a church library at Jerusalem, and it became the rule to attach to every church a collection necessary for the inculcation of Christian doctrine. There were libraries at Cirta, at Constantinople and at Rome. The basilica of St Lawrence at Rome contained a library or archivum founded by Pope Damasus at the end of the 4th century. Most of these collections were housed in the sacred edifices and consisted largely of copies of the Holy Scriptures, liturgical volumes and works of devotion. They also included the Gesta Martyrum and Matriculae Pauperum and official correspondence. Many of the basilicas had the apse subdivided into three smaller hemicycles, one of which contained the library (Lanciani, op. cit. p. 187). The largest of these libraries, that founded by Pamphilus (d. A.D. 309) at Caesarea, and said to have been increased by Eusebius, the historian of the church, to 30,000 vols., is frequently mentioned by St Jerome. St Augustine bequeathed his collection to the library of the church at Hippo, which was fortunate enough to escape destruction at the hands of the Vandals. The hermit communities of the Egyptian deserts formed organizations which developed into the later monastic orders of Western Europe and the accumulation of books for the brethren was one of their cares.

Meanwhile, as Christianity spread and a unique Christian literature emerged, the establishment of libraries became part of the church's organization. Bishop Alexander (d. A.D. 250) set up a church library in Jerusalem, and it became standard to include a collection at every church to support the teaching of Christian doctrine. Libraries existed in Cirta, Constantinople, and Rome. The basilica of St. Lawrence in Rome had a library or archivum founded by Pope Damasus at the end of the 4th century. Most of these collections were located in sacred buildings and mainly consisted of copies of the Holy Scriptures, liturgical texts, and devotional works. They also included the Gesta Martyrum and Matriculae Pauperum along with official correspondence. Many basilicas featured the apse divided into three smaller semi-circles, one of which housed the library (Lanciani, op. cit. p. 187). The largest library, established by Pamphilus (d. A.D. 309) at Caesarea and reportedly expanded by Eusebius, the church historian, to 30,000 volumes, is frequently mentioned by St. Jerome. St. Augustine left his collection to the library of the church at Hippo, which fortunately avoided destruction by the Vandals. The hermit communities in the Egyptian deserts formed organizations that eventually developed into the later monastic orders of Western Europe, with the accumulation of books for the brothers being one of their responsibilities.

The removal of the capital to Byzantium was in its result a serious blow to literature. Henceforward the science and learning of the East and West were divorced. The libraries of Rome ceased to collect the writings of the Greeks, while the Greek libraries had never cared much to collect Latin literature. The influence of the church became increasingly hostile to the study of pagan letters. The repeated irruptions of the barbarians soon swept the old learning and libraries alike from the soil of Italy. With the close of the Western empire in 476 the ancient history of libraries may be said to cease.

The move of the capital to Byzantium significantly harmed literature. From then on, the knowledge and scholarship of the East and West were split apart. The libraries in Rome stopped gathering Greek writings, while the Greek libraries had never shown much interest in collecting Latin literature. The church's influence grew increasingly negative toward the study of pagan texts. The repeated invasions by barbarians quickly destroyed both the old knowledge and the libraries in Italy. With the fall of the Western Empire in 476, we can say that the ancient history of libraries came to an end.

Medieval Period

Middle Ages

During the first few centuries after the fall of the Western empire, literary activity at Constantinople had fallen to its lowest ebb. In the West, amidst the general neglect of learning and literature, the collecting of books, Gaul. though not wholly forgotten, was cared for by few. Sidonius Apollinaris tells us of the libraries of several private collectors in Gaul. Publius Consentius possessed a library at his villa near Narbonne which was due to the labour of three generations. The most notable of these appears to have been the prefect Tonantius Ferreolus, who had formed in his villa of Prusiana, near Nîmes, a collection which his friend playfully compares to that of Alexandria. The Goths, who had been introduced to the Scriptures in their own language by Ulfilas in the 4th century, began to pay some attention to Latin literature. Cassiodorus, the favourite minister of Theodoric, was a collector as well as an author, and on giving up the cares of government retired to a monastery which he founded in Calabria, where he employed his monks in the transcription of books.

During the first few centuries after the fall of the Western empire, literary activity in Constantinople was at an all-time low. In the West, amid widespread neglect of learning and literature, book collecting, while not completely forgotten, was only attended to by a few. Sidonius Apollinaris mentions libraries owned by several private collectors in Gaul. Publius Consentius had a library at his villa near Narbonne that was built up over three generations. The most notable of these was the prefect Tonantius Ferreolus, who created a collection in his villa at Prusiana, near Nîmes, which his friend jokingly compared to the one in Alexandria. The Goths, who had been introduced to the Scriptures in their own language by Ulfilas in the 4th century, started to take an interest in Latin literature. Cassiodorus, the favored minister of Theodoric, was both a collector and an author. After stepping down from government, he retired to a monastery he founded in Calabria, where he had his monks copy books.

Henceforward the charge of books as well as of education fell more and more exclusively into the hands of the church. While the old schools of the rhetoricians died out new monasteries arose everywhere. Knowledge was no longer pursued for its own sake, but became subsidiary to religious and theological teaching. The proscription of the old classical literature, which is symbolized in the fable of the destruction of the Palatine library by Gregory the Great, was only too effectual. The Gregorian tradition of opposition to pagan learning long continued to dominate the literary pursuits of the monastic orders and the labours of the scriptorium.

From now on, the responsibility for books and education increasingly fell into the hands of the church. While the old schools of rhetoric faded away, new monasteries popped up everywhere. Knowledge was no longer pursued for its own sake; instead, it became an extension of religious and theological teaching. The banning of old classical literature, represented in the story of the destruction of the Palatine library by Gregory the Great, was all too effective. The Gregorian tradition of resisting pagan learning continued to heavily influence the literary efforts of the monastic orders and the work done in the scriptorium.

During the 6th and 7th centuries the learning which had been driven from the Continent took refuge in the British Islands, where it was removed from the political disturbances of the mainland. In the Irish monasteries during this Alcuin. period there appear to have been many books, and the Venerable Bede was superior to any scholar of his age. Theodore of Tarsus brought a considerable number of books to Canterbury from Rome in the 7th century, including several Greek authors. The library of York, which was founded by Archbishop Egbert, was almost more famous than that of Canterbury. The verses are well known in which Alcuin describes the extensive library under his charge, and the long list of authors whom he enumerates is superior to that of any other library possessed by either England or France in the 12th century, when it was unhappily burnt. The inroads of the Northmen in the 9th and 10th centuries had been fatal to the monastic libraries on both sides of the channel. It was from York that Alcuin came to Charlemagne to superintend the school attached to his palace; and it was doubtless inspired by Alcuin that Charles issued the memorable document which enjoined that in the bishoprics and monasteries within his realm care should be taken that there shall be not only a regular manner of life, but also the study of letters. When Alcuin finally retired from the court to the abbacy of Tours, there to carry out his own theory of monastic discipline and instruction, he wrote to Charles for leave to send to York for copies of the books of which they had so much need at Tours. While Alcuin thus increased the library at Tours, Charlemagne. Charlemagne enlarged that at Fulda, which had been founded in 774, and which all through the middle ages stood in great respect. Lupus Servatus, a pupil of Hrabanus Maurus at Fulda, and afterwards abbot of Ferrières, was a devoted student of the classics and a great collector of books. His correspondence illustrates the difficulties which then attended the study of literature through the paucity and dearness of books, the declining care for learning, and the increasing troubles of the time. Nor were private collections of books altogether wanting during the period in which Charlemagne and his successors laboured to restore the lost traditions of 549 liberal education and literature. Pepin le Bref had indeed met with scanty response to the request for books which he addressed to the pontiff Paul I. Charlemagne, however, collected a considerable number of choice books for his private use in two places. Although these collections were dispersed at his death, his son Louis formed a library which continued to exist under Charles the Bald. About the same time Everard, count of Friuli, formed a considerable collection which he bequeathed to a monastery. But the greatest private collector of the middle ages was doubtless Gerbert, Pope Sylvester II., who showed the utmost zeal and spent large sums in collecting books, not only in Rome and Italy, but from Germany, Belgium and even from Spain.

During the 6th and 7th centuries, the knowledge that had been pushed out of the Continent found safety in the British Islands, away from the political chaos of the mainland. In the Irish monasteries during this Alcuin time, there seemed to be many books, and the Venerable Bede was unmatched by any scholar of his era. Theodore of Tarsus brought a significant number of books to Canterbury from Rome in the 7th century, including works by several Greek authors. The library at York, established by Archbishop Egbert, was almost as renowned as that of Canterbury. Alcuin famously described the vast library he managed, and the long list of authors he mentioned surpassed that of any other library in either England or France during the 12th century, when it was unfortunately destroyed by fire. The invasions by the Northmen in the 9th and 10th centuries were disastrous for the monastic libraries on both sides of the channel. Alcuin came from York to Charlemagne to oversee the school attached to his palace; it was likely inspired by Alcuin that Charles issued the notable document mandating that in the bishoprics and monasteries within his realm, there should be not only a structured way of life but also the study of literature. When Alcuin eventually left the court to become the abbot of Tours, where he could put into practice his own ideas about monastic discipline and education, he wrote to Charles asking for permission to send to York for copies of the books that were greatly needed at Tours. While Alcuin expanded the library at Tours, Charlemagne. Charlemagne enlarged the one at Fulda, which had been established in 774 and held great respect throughout the Middle Ages. Lupus Servatus, a student of Hrabanus Maurus at Fulda and later the abbot of Ferrières, was a dedicated student of the classics and an avid collector of books. His letters reveal the challenges faced in studying literature due to the scarcity and high cost of books, the decreasing attention given to learning, and the growing troubles of the times. Private book collections were not completely absent during the era when Charlemagne and his successors worked to restore the lost traditions of 549 liberal education and literature. Pepin le Bref did receive little response to his request for books that he sent to Pope Paul I. However, Charlemagne collected a significant number of select books for his personal use in two locations. Although these collections were dispersed after his death, his son Louis created a library that continued to thrive under Charles the Bald. Around the same time, Everard, count of Friuli, assembled a substantial collection which he left to a monastery. But undoubtedly, the greatest private collector of the Middle Ages was Gerbert, Pope Sylvester II, who demonstrated immense passion and spent large amounts on collecting books, not only from Rome and Italy but also from Germany, Belgium, and even Spain.

The hopes of a revival of secular literature fell with the decline of the schools established by Charles and his successors. The knowledge of letters remained the prerogative of the church, and for the next four or five centuries the St. Benedict. collecting and multiplication of books were almost entirely confined to the monasteries. Several of the greater orders made these an express duty; this was especially the case with the Benedictines. It was the first care of St Benedict, we are told, that in each newly founded monastery there should be a library, “et velut curia quaedam illustrium auctorum.” Monte Cassino became the starting-point of a long line of institutions which were destined to be the centres of religion and of literature. It must indeed be remembered that literature in the sense of St Benedict meant Biblical and theological works, the lives of the saints and martyrs, and the lives and writings of the fathers. Of the reformed Benedictine orders the Carthusians and the Cistercians were those most devoted to literary pursuits. The abbeys of Fleury, of Melk and of St Gall were remarkable for the splendour of their libraries. In a later age the labours of the congregation of St Maur form one of the most striking chapters in the history of learning. The Augustinians and the Dominicans rank next to the Benedictines in their care for literature. The libraries of St Geneviève and St Victor, belonging to the former, were amongst the largest of the monastic collections. Although their poverty might seem to put them at a disadvantage as collectors, the mendicant orders cultivated literature with much assiduity, and were closely connected with the intellectual movement to which the universities owed their rise. In England Richard of Bury praises them for their extraordinary diligence in collecting books. Sir Richard Whittington built a large library for the Grey Friars in London, and they possessed considerable libraries at Oxford.

The hopes for a revival of secular literature diminished with the decline of the schools set up by Charles and his successors. Knowledge of letters remained the domain of the church, and for the next four or five centuries, the collection and production of books were almost entirely limited to monasteries. Several major orders made this an explicit duty, particularly the Benedictines. It was St. Benedict's primary concern to ensure that each newly established monastery had a library, “et velut curia quaedam illustrium auctorum.” Monte Cassino became the foundation of a long series of institutions destined to be centers of religion and literature. It is important to note that literature, as St. Benedict understood it, encompassed Biblical and theological works, the lives of saints and martyrs, and the writings of the church fathers. Among the reformed Benedictine orders, the Carthusians and the Cistercians were the most dedicated to literary pursuits. The abbeys of Fleury, Melk, and St. Gall were notable for the magnificence of their libraries. In a later era, the efforts of the congregation of St. Maur represent one of the most significant chapters in the history of learning. The Augustinians and Dominicans rank next to the Benedictines in their dedication to literature. The libraries of St. Geneviève and St. Victor, belonging to the former, were among the largest of monastic collections. Although their lack of wealth might seem to disadvantage them as collectors, the mendicant orders pursued literature with great diligence and were closely linked to the intellectual movement that led to the rise of the universities. In England, Richard of Bury praised them for their remarkable efforts in gathering books. Sir Richard Whittington built a large library for the Grey Friars in London, and they maintained substantial libraries at Oxford.

It would be impossible to attempt here an account of all the libraries established by the monastic orders. We must be content to enumerate a few of the most eminent.

It would be impossible to provide a complete account of all the libraries set up by the monastic orders. We can only list a few of the most notable ones.

In Italy Monte Cassino is a striking example of the dangers and vicissitudes to which monastic collections were exposed. Ruined by the Lombards in the 6th century, the monastery was rebuilt and a library established, to Monastic libraries. fall a prey to Saracens and to fire in the 9th. The collection then reformed survived many other chances and changes, and still exists. Boccaccio gives a melancholy description of its condition in his day. It affords a conspicuous example of monastic industry in the transcription not only of theological but also of classical works. The library of Bobbio, which owed its existence to Irish monks, was famous for its palimpsests. The collection, of which a catalogue of the 10th century is given by Muratori (Antiq. Ital. Med. Aev. iii. 817-824), was mainly transferred to the Ambrosian library at Milan. Of the library of Pomposia, near Ravenna, Montfaucon has printed a catalogue dating from the 11th century (Diarium Italicum, chap. xxii.).

In Italy, Monte Cassino is a striking example of the dangers and challenges that monastic collections faced. Ruined by the Lombards in the 6th century, the monastery was rebuilt, and a library was established, only to fall victim to Saracens and fire in the 9th century. The reformed collection survived many other trials and changes and still exists today. Boccaccio offers a sad description of its condition during his time. It stands as a prominent example of monastic work in transcribing not only theological but also classical texts. The library of Bobbio, founded by Irish monks, was well-known for its palimpsests. The collection, with a catalog from the 10th century provided by Muratori (Antiq. Ital. Med. Aev. iii. 817-824), was mainly moved to the Ambrosian library in Milan. Montfaucon has published a catalog from the 11th century of the library of Pomposia, near Ravenna (Diarium Italicum, chap. xxii.).

Of the monastic libraries of France the principal were those of Fleury, of Cluny, of St Riquier and of Corbie. At Fleury Abbot Macharius in 1146 imposed a contribution for library purposes upon the officers of the community and its dependencies, an example which was followed elsewhere. After many vicissitudes, its MSS., numbering 238, were deposited in 1793 in the town library of Orleans. The library of St Riquier in the time of Louis the Pious contained 256 MSS., with over 500 works. Of the collection at Corbie in Picardy we have also catalogues dating from the 12th and from the 17th centuries. Corbie was famous for the industry of its transcribers, and appears to have stood in active literary intercourse with other monasteries. In 1638, 400 of its choicest manuscripts were removed to St Germain-des-Prés. The remainder were removed after 1794, partly to the national library at Paris, partly to the town library of Amiens.

Of the monastic libraries in France, the main ones were Fleury, Cluny, St Riquier, and Corbie. At Fleury, Abbot Macharius in 1146 imposed a fee for library purposes on the community's officials and their dependents, a practice that was adopted elsewhere. After many ups and downs, its manuscripts, totaling 238, were deposited in the town library of Orleans in 1793. The library of St Riquier during the time of Louis the Pious contained 256 manuscripts with over 500 works. We also have catalogs from the collection at Corbie in Picardy dating back to the 12th and 17th centuries. Corbie was known for the hard work of its scribes and seemed to have active literary exchanges with other monasteries. In 1638, 400 of its best manuscripts were moved to St Germain-des-Prés. The rest were relocated after 1794, some to the national library in Paris and others to the town library in Amiens.

The chief monastic libraries of Germany were at Fulda, Corvey, Reichenau and Sponheim. The library at Fulda owed much to Charlemagne and to its abbot Hrabanus Maurus. Under Abbot Sturmius four hundred monks were hired as copyists. In 1561 the collection numbered 774 volumes. The library of Corvey on the Weser, after being despoiled of some of its treasures in the Reformation age, was presented to the university of Marburg in 1811. It then contained 109 vols., with 400 or 500 titles. The library of Reichenau, of which several catalogues are extant, fell a prey to fire and neglect, and its ruin was consummated by the Thirty Years’ War. The library of Sponheim owes its great renown to John Tritheim, who was abbot at the close of the 15th century. He found it reduced to 10 vols., and left it with upwards of 2000 at his retirement. The library at St Gall, formed as early as 816 by Gozbert, its second abbot, still exists.

The main monastic libraries in Germany were located in Fulda, Corvey, Reichenau, and Sponheim. The Fulda library greatly benefited from Charlemagne and its abbot Hrabanus Maurus. Under Abbot Sturmius, four hundred monks were employed as copyists. By 1561, the collection had grown to 774 volumes. The Corvey library, situated on the Weser, lost some of its valuable items during the Reformation but was given to the University of Marburg in 1811. At that time, it had 109 volumes, containing 400 to 500 titles. The Reichenau library, which has several surviving catalogs, suffered from fire and neglect, and its decline was worsened by the Thirty Years’ War. The Sponheim library gained its reputation thanks to John Tritheim, who was abbot at the end of the 15th century. He found it with only 10 volumes and left it with over 2000 when he retired. The library at St. Gall, established as early as 816 by Gozbert, its second abbot, still exists today.

In England the principal collections were those of Canterbury, York, Wearmouth, Jarrow, Whitby, Glastonbury, Croyland, Peterborough and Durham. Of the library of the monastery of Christ Church, Canterbury, originally England. founded by Augustine and Theodore, and restored by Lanfranc and Anselm, a catalogue has been preserved dating from the 13th or 14th century, and containing 698 volumes, with about 3000 works. Bennet Biscop, the first abbot of Wearmouth, made five journeys to Rome, and on each occasion returned with a store of books for the library. It was destroyed by the Danes about 867. Of the library at Whitby there is a catalogue dating from the 12th century. The catalogue of Glastonbury has been printed by Hearne in his edition of John of Glastonbury. When the library of Croyland perished by fire in 1091 it contained about 700 vols. The library at Peterborough was also rich; from a catalogue of about the end of the 14th century it had 344 vols., with nearly 1700 titles. The catalogues of the library at the monastery of Durham have been printed by the Surtees Society, and form an interesting series. These catalogues with many others8 afford abundant evidence of the limited character of the monkish collections, whether we look at the number of their volumes or at the nature of their contents. The scriptoria were manufactories of books and not centres of learning. That in spite of the labours of so many transcribers the costliness and scarcity of books remained so great may have been partly, but cannot have been wholly, due to the scarcity of writing materials. It may be suspected that indolence and carelessness were the rule in most monasteries, and that but few of the monks keenly realized the whole force of the sentiment expressed by one of their number in the 12th century—“Claustrum sine armario quasi castrum sine armamentario.” Nevertheless it must be 550 admitted that to the labours of the monastic transcribers we are indebted for the preservation of Latin literature.

In England, the main collections were those of Canterbury, York, Wearmouth, Jarrow, Whitby, Glastonbury, Croyland, Peterborough, and Durham. The library of Christ Church, Canterbury, originally founded by Augustine and Theodore, and later restored by Lanfranc and Anselm, has a preserved catalogue dating from the 13th or 14th century that lists 698 volumes and about 3,000 works. Bennet Biscop, the first abbot of Wearmouth, made five trips to Rome, returning each time with a collection of books for the library. It was destroyed by the Danes around 867. There is a 12th-century catalogue of the library at Whitby. The catalogue of Glastonbury has been printed by Hearne in his edition of John of Glastonbury. When the library at Croyland was destroyed by fire in 1091, it contained about 700 volumes. The library at Peterborough was also substantial; from a catalogue dating around the end of the 14th century, it had 344 volumes with nearly 1,700 titles. The catalogues of the library at the monastery of Durham have been published by the Surtees Society and form an interesting series. These catalogues, along with many others 8 provide abundant evidence of the limited nature of the monastic collections, both in terms of the number of volumes and the nature of their contents. The scriptoria were factories for books, not centers of learning. Despite the hard work of many scribes, the high cost and scarcity of books remained significant, which may have been partly, but couldn’t have been entirely, due to the lack of writing materials. It's likely that laziness and carelessness were common in most monasteries, and few monks fully understood the value of the sentiment expressed by one of their peers in the 12th century—“A cloister without a library is like a castle without weapons.” Nevertheless, it must be acknowledged that we owe the preservation of Latin literature to the efforts of the monastic scribes.

The subject of the evolution of the arrangement of library rooms and fittings as gradually developed throughout medieval Europe should not be passed over.9 The real origin of library organization in the Christian world, one may The development of library arrangements. almost say the origin of modern library methods, began with the rule of St Benedict early in the 6th century. In the 48th chapter the monks were ordered to borrow a book apiece and to read it straight through. There was no special apartment for the books in the primitive Benedictine house. After the books became too numerous to be kept in the church they were preserved in armaria, or chests, in the cloister; hence the word armarius, the Benedictine librarian, who at first joined with it the office of precentor. The Benedictine regulations were developed in the stricter observances of the Cluniacs, which provided for a kind of annual report and stocktaking. The Carthusians were perhaps the first to lend books away from the convent; and the Cistercians to possess a separate library official as well as a room specially devoted to books. The observances of the Augustinians contained rules for the binding, repairing, cataloguing and arranging the books by the librarian, as well as a prescription of the exact kind of chest to be used. Among the Premonstratensians or Reformed Augustinians, it was one of the duties of the librarian to provide for the borrowing of books elsewhere for the use of the monks. The Mendicant Friars found books so necessary that at last Richard de Bury tells us with some exaggeration that their libraries exceeded all others. Many volumes still exist which belonged to the library at Assisi, the parent house of the Franciscans, of which a catalogue was drawn up in 1381. No authentic monastic bookcase can now be found; the doubtful example shown at Bayeux probably contained ecclesiastical utensils. At the Augustinian priory at Barnwell the presses were lined with wood to keep out the damp and were partitioned off both vertically and horizontally. Sometimes there were recesses in the walls of the cloisters fitted with shelves and closed with a door. These recesses developed into a small windowless room in the Cistercian houses. At Clairvaux, Kirkstall, Fountains, Tintern, Netley and elsewhere this small chamber was placed between the chapter-house and the transept of the church. At Meaux in Holderness the books were lodged on shelves against the walls and even over the door of such a chamber. In many houses the treasury or spendiment contained two classes of books—one for the monks generally, others more closely guarded. A press near the infirmary contained books used by the reader in the refectory. By the end of the 15th century the larger monasteries became possessed of many volumes and found themselves obliged to store the books, hitherto placed in various parts of the building, in a separate apartment. We now find libraries being specially built at Canterbury, Durham, Citeaux, Clairvaux and elsewhere, and with this specialization there grew up increased liberality in the use of books and learned strangers were admitted. Even at an early date students were permitted to borrow from the Benedictines at St Germain-des-Prés at Paris, of which a later foundation owned in 1513 a noble library erected over the south wall of the cloister, and enlarged and made very accessible to the outer world in the 17th and 18th centuries. The methods and fittings of college libraries of early foundation closely resembled those of the monastic libraries. There was in both the annual giving out and inspection of what we would now call the lending department for students; while the books, fastened by chains—a kind of reference department kept in the library chamber for the common use of the fellows—followed a similar system in monastic institutions. By the 15th century collegiate and monastic libraries were on the same plan, with the separate room containing books placed on their sides on desks or lecterns, to which they were attached by chains to a horizontal bar. As the books increased the accommodation was augmented by one or two shelves erected above the desks. The library at Cesena in North Italy may still be seen in its original condition. The Laurentian library at Florence was designed by Michelangelo on the monastic model. Another good example of the old form may be seen, in the library of Merton College at Oxford, a long narrow room with bookcases standing between the windows at right angles to the walls. In the chaining system one end was attached to the wooden cover of the book while the other ran freely on a bar fixed by a method of double locks to the front of the shelf or desk on which the book rested. The fore edges of the volumes faced the reader. The seat and shelf were sometimes combined. Low cases were subsequently introduced between the higher cases, and the seat replaced by a step. Shelf lists were placed at the end of each case. There were no chains in the library of the Escorial, erected in 1584, which showed for the first time bookcases placed against the walls. Although chains were no longer part of the appliances in the newly erected libraries they continued to be used and were ordered in bequests in England down to the early part of the 18th century. Triple desks and revolving lecterns, raised by a wooden screw, formed part of the library furniture. The English cathedral libraries were fashioned after the same principle. The old methods were fully reproduced in the fittings at Westminster, erected at a late date. Here we may see books on shelves against the walls as well as in cases at right angles to the walls; the desk-like shelves for the chained volumes (no longer in existence) have a slot in which the chains could be suspended, and are hinged to allow access to shelves below. An ornamental wooden tablet at the end of each case is a survival of the old shelf list. By the end of the 17th century the type of the public library developed from collegiate and monastic prototypes, became fixed as it were throughout Europe (H. R. Tedder, “Evolution of the Public Library,” in Trans. of 2nd Int. Library Conference, 1897, 1898).

The topic of how library spaces and furnishings evolved in medieval Europe is important to explore.9 The true start of library organization in the Christian world—essentially the beginning of modern library practices—really took shape with the rule of St. Benedict in the early 6th century. In Chapter 48, monks were instructed to borrow a book each and read it fully. Initially, there wasn’t a dedicated space for books in the early Benedictine houses. Once the number of books grew too large to fit in the church, they were stored in armaria, or chests, in the cloister. This gave rise to the term armarius, referring to the Benedictine librarian, who initially also served as the precentor. The regulations established by the Benedictines evolved further within the more rigorous Cluniac observance, which included annual reports and inventory checks. The Carthusians were likely the first to lend books outside the convent, while the Cistercians appointed a dedicated library official and established a separate room for books. The Augustinians had specific guidelines on binding, repairing, cataloging, and arranging the books by the librarian, as well as instructions on the type of chest to use. Among the Premonstratensians or Reformed Augustinians, it was the librarian's responsibility to ensure that books from other places could be borrowed for the monks' use. The Mendicant Friars found books so essential that Richard de Bury notes—perhaps with some exaggeration—that their libraries surpassed all others. Many volumes from the library at Assisi, the original Franciscan house, still exist, and a catalog was created in 1381. Currently, there are no known authentic monastic bookcases; the questionable example at Bayeux likely contained ecclesiastical items. At the Augustinian priory in Barnwell, the shelves were lined with wood to prevent moisture and were divided both vertically and horizontally. Sometimes, cloister walls had recesses with shelves and doors. These recesses later turned into small windowless rooms in Cistercian houses. In places like Clairvaux, Kirkstall, Fountains, Tintern, Netley, and others, these small chambers were situated between the chapter house and the church transept. At Meaux in Holderness, books were stored on shelves against the walls and sometimes even over the door of such a chamber. In numerous houses, the treasury or expenditure section held two kinds of books—one for general monk access and the other more closely guarded. A shelf near the infirmary contained books for the reader in the dining hall. By the end of the 15th century, larger monasteries had accumulated many volumes and needed a dedicated space to house them, which had previously been scattered throughout the building. Libraries began to be purpose-built in Canterbury, Durham, Citeaux, Clairvaux, and elsewhere, leading to more open access to books and the inclusion of learned visitors. Even early on, students could borrow from the Benedictines at St. Germain-des-Prés in Paris, where a later establishment built an impressive library in 1513 over the south wall of the cloister, which was expanded and made more accessible in the 17th and 18th centuries. The college libraries of early foundations closely mirrored those of monastic libraries. In both types, there was an annual distribution and inspection of what we now refer to as the lending department for students, while books connected by chains—a form of reference department available for common use among fellows—followed a similar layout in monastic institutions. By the 15th century, collegiate and monastic libraries were organized similarly, with separate rooms housing books laid on their sides on desks or lecterns, secured by chains to a horizontal bar. As the number of books grew, additional shelves were added above the desks. The library at Cesena in Northern Italy still retains its original state. The Laurentian Library in Florence, designed by Michelangelo, followed the monastic model. Another excellent example of the old style can be seen at Merton College in Oxford, a long, narrow room with bookcases positioned between the windows at right angles to the walls. In the chaining system, one end was fastened to the book's cover while the other moved freely on a bar secured with double locks to the shelf or desk where the book rested. The front edges of the volumes faced the reader. Seats and shelves were sometimes combined. Low cases were later added between the taller cases, and seats were replaced by steps. Shelf lists were placed at the ends of each case. There were no chains in the Escorial library, built in 1584, which introduced bookcases against the walls for the first time. Although chains were no longer part of the design in newly constructed libraries, they continued to be used and were included in bequests in England until the early 18th century. Triple desks and revolving lecterns, raised by a wooden screw, became standard library furniture. The libraries of English cathedrals were designed on the same principle. The old methods were fully reflected in the fittings at Westminster, which was built later. Here, we can see books on shelves against the walls and in cases at right angles to the walls; the desk-like shelves for chained volumes (now no longer present) had slots for hanging the chains and were hinged for access to lower shelves. An ornamental wooden tablet at the end of each case is a remnant of the old shelf list. By the end of the 17th century, public library types derived from collegiate and monastic models became standardized across Europe (H. R. Tedder, “Evolution of the Public Library,” in Trans. of 2nd Int. Library Conference, 1897, 1898).

The first conquests of the Arabians, as we have already seen, threatened hostility to literature. But, as soon as their conquests were secured, the caliphs became the patrons of learning and science. Greek manuscripts were Arabians. eagerly sought for and translated into Arabic, and colleges and libraries everywhere arose. Baghdad in the east and Cordova in the west became the seats of a rich development of letters and science during the age when the civilization of Europe was most obscured. Cairo and Tripoli were also distinguished for their libraries. The royal library of the Fatimites in Africa is said to have numbered 100,000 manuscripts, while that collected by the Omayyads of Spain is reported to have contained six times as many. It is said that there were no less than seventy libraries opened in the cities of Andalusia. Whether these figures be exaggerated or not—and they are much below those given by some Arabian writers, which are undoubtedly so—it is certain that the libraries of the Arabians and the Moors of Spain offer a very remarkable contrast to those of the Christian nations during the same period.10

The early victories of the Arabians, as we've already noted, posed a threat to literature. However, once their conquests were solidified, the caliphs became supporters of learning and science. Greek manuscripts were eagerly sought after and translated into Arabic, leading to the establishment of colleges and libraries everywhere. Baghdad in the east and Cordoba in the west became centers of a vibrant development of literature and science during the time when European civilization was at its most dim. Cairo and Tripoli were also known for their libraries. The royal library of the Fatimids in Africa is said to have had 100,000 manuscripts, while the collection made by the Umayyads of Spain reportedly had six times that amount. It's claimed that at least seventy libraries were opened in the cities of Andalusia. Whether these numbers are exaggerated or not—and they are significantly lower than those cited by some Arab writers, which are certainly inflated—it is clear that the libraries of the Arabians and the Moors of Spain present a striking contrast to those of the Christian nations during the same time.10

The literary and scientific activity of the Arabians appears to have been the cause of a revival of letters amongst the Greeks of the Byzantine empire in the 9th century. Under Leo the Philosopher and Constantine Porphyrogenitus Renaissance. the libraries of Constantinople awoke into renewed life. The compilations of such writers as Stobaeus, Photius and Suidas, as well as the labours of innumerable critics and commentators, bear witness to the activity, if not to the lofty character of the pursuits, of the Byzantine scholars. The labours of transcription were industriously pursued in the libraries and in the monasteries of Mount Athos and the Aegean, and it was from these quarters that the restorers of learning brought into Italy so many Greek manuscripts. In this way many of the treasures of ancient literature had been already 551 conveyed to the West before the fate which overtook the libraries of Constantinople on the fall of the city in 1453.

The literary and scientific work of the Arabians seems to have sparked a revival of literature among the Greeks of the Byzantine Empire in the 9th century. Under Leo the Philosopher and Constantine Porphyrogenitus, the libraries of Constantinople came back to life. The compilations by writers like Stobaeus, Photius, and Suidas, along with the efforts of countless critics and commentators, reflect the activity—if not the high quality—of the pursuits of Byzantine scholars. The work of transcription was diligently carried out in the libraries and monasteries of Mount Athos and the Aegean, and it was from these places that the revivers of learning brought many Greek manuscripts into Italy. This way, many treasures of ancient literature had already been conveyed to the West before the fate that befell the libraries of Constantinople when the city fell in 1453.

Meanwhile in the West, with the reviving interest in literature which already marks the 14th century, we find arising outside the monasteries a taste for collecting books. St Louis of France and his successors had formed small collections, none of which survived its possessor. It was reserved for Charles V. to form a considerable library which he intended to be permanent. In 1373 he had amassed 910 volumes, and had a catalogue of them prepared, from which we see that it included a good deal of the new sort of literature. In England Guy, earl of Warwick, formed a curious collection of French romances, which he bequeathed to Bordesley Abbey on his death in 1315. Richard d’Aungervyle of Bury, the author of the Philobiblon, amassed a noble collection of books, and had special opportunities of doing so as Edward III.’s chancellor and ambassador. He founded Durham College at Oxford, and equipped it with a library a hundred years before Humphrey, duke of Gloucester, made his benefaction of books to the university. The taste for secular literature, and the enthusiasm for the ancient classics, gave a fresh direction to the researches of collectors. A disposition to encourage literature began to show itself amongst the great. This was most notable amongst the Italian princes. Cosimo de’ Medici formed a library at Venice while living there in exile in 1433, and on his return to Florence laid the foundation of the great Medicean library. The honour of establishing the first modern public library in Italy had been already secured by Niccolo Niccoli, who left his library of over 800 volumes for the use of the public on his death in 1436. Frederick, duke of Urbino, collected all the writings in Greek and Latin which he could procure, and we have an interesting account of his collection written by his first librarian, Vespasiano. The ardour for classical studies led to those active researches for the Latin writers who were buried in the monastic libraries which are especially identified with the name of Poggio. For some time before the fall of Constantinople, the perilous state of the Eastern empire had driven many Greek scholars from that capital into western Europe, where they had directed the studies and formed the taste of the zealous students of the Greek language and literature. The enthusiasm of the Italian princes extended itself beyond the Alps. Matthias Corvinus, king of Hungary, amassed a collection of splendidly executed and magnificently bound manuscripts, which at his death are said to have reached the almost incredible number of 50,000 vols. The library was not destined long to survive its founder. There is reason to believe that it had been very seriously despoiled even before it perished at the hands of the Turks on the fall of Buda in 1527. A few of its treasures are still preserved in some of the libraries of Europe. While these munificent patrons of learning were thus taking pains to recover and multiply the treasures of ancient literature by the patient labour of transcribers and calligraphers, an art was being elaborated which was destined to revolutionize the whole condition of literature and libraries. With the invention of printing, so happily coinciding with the revival of true learning and sound science, the modern history of libraries may be said to begin.

Meanwhile in the West, with the renewed interest in literature that began in the 14th century, we see a growing desire outside the monasteries to collect books. St. Louis of France and his successors had put together small collections, but none of these survived their owners. It was Charles V who managed to create a significant library that he aimed to make permanent. By 1373, he had collected 910 volumes and had a catalog prepared, showing that it included a lot of the new types of literature. In England, Guy, Earl of Warwick, built an interesting collection of French romances, which he left to Bordesley Abbey when he died in 1315. Richard d’Aungervyle of Bury, author of the Philobiblon, amassed a notable collection of books, aided by his roles as Edward III’s chancellor and ambassador. He established Durham College at Oxford and equipped it with a library a hundred years before Humphrey, Duke of Gloucester, donated his collection to the university. The interest in secular literature and enthusiasm for the ancient classics gave a new direction to the work of collectors. A trend to support literature began to emerge among the elites. This was particularly apparent among the Italian princes. Cosimo de’ Medici created a library in Venice while living in exile in 1433, and upon returning to Florence, he laid the groundwork for the great Medicean library. Niccolo Niccoli had already earned the distinction of establishing the first modern public library in Italy, leaving his library of over 800 volumes for public use when he died in 1436. Frederick, Duke of Urbino, collected all the Greek and Latin writings he could find, and we have an engaging account of his collection written by his first librarian, Vespasiano. The passion for classical studies led to extensive searches for Latin writers hidden in monastic libraries, particularly associated with Poggio. Before the fall of Constantinople, the dangerous situation of the Eastern empire had driven many Greek scholars to Western Europe, where they influenced the studies and tastes of eager students of Greek language and literature. The enthusiasm of the Italian princes extended beyond the Alps. Matthias Corvinus, King of Hungary, gathered a collection of beautifully produced and magnificently bound manuscripts, reportedly reaching an astonishing total of 50,000 volumes at his death. However, the library was not meant to last long after its founder. It’s believed that it was significantly looted even before it was lost to the Turks during the fall of Buda in 1527. Some of its treasures are still kept in a few libraries across Europe. While these generous patrons of learning worked hard to recover and multiply the treasures of ancient literature through the diligent efforts of transcribers and calligraphers, a new art was emerging that would revolutionize the entire landscape of literature and libraries. With the invention of printing, which coincided so effectively with the revival of true learning and sound science, we can say that the modern history of libraries began.

Modern Libraries

Modern Libraries

In most of the European countries and in the United States libraries of all kinds have during the last twenty years been undergoing a process of development and improvement which has greatly altered their policy and methods. At one time libraries were regarded almost entirely as repositories for the storage of books to be used by the learned alone, but now they are coming to be regarded more and more as workshops or as places for intellectual recreation adapted for every department of life. This is particularly to be found as the ideal in the public libraries of the Anglo-Saxon races throughout the world.

In most European countries and in the United States, libraries of all kinds have been going through significant development and improvement over the last twenty years, which has greatly changed their policies and methods. Once, libraries were mainly seen as storage places for books meant only for scholars, but now they are increasingly viewed as workshops or spaces for intellectual recreation that cater to all aspects of life. This idea is especially prominent in the public libraries of Anglo-Saxon countries worldwide.

The following details comprise the chief points in the history, equipment and methods of the various libraries and systems noticed.

The following details outline the main points regarding the history, equipment, and methods of the different libraries and systems mentioned.

The United Kingdom.

The UK.

State Libraries.—The British Museum ranks in importance before all the great libraries of the world, and excels in the arrangement and accessibility of its contents. The library consists of over 2,000,000 printed volumes British Museum. and 56,000 manuscripts, but this large total does not include pamphlets and other small publications which are usually counted in other libraries. Adding these together it is probable that over 5,000,000 items are comprised in the collections. This extraordinary opulence is principally due to the enlightened energy of Sir Anthony Panizzi (q.v.). The number of volumes in the printed book department, when he took the keepership in 1837, was only 240,000; and during the nineteen years he held that office about 400,000 were added, mostly by purchase, under his advice and direction. It was Panizzi likewise who first seriously set to work to see that the national library reaped all the benefits bestowed upon it by the Copyright Act.

State Libraries.—The British Museum is the most important among all the great libraries in the world, standing out for the organization and accessibility of its collections. The library holds over 2,000,000 printed volumes British Museum. and 56,000 manuscripts, but this total doesn't include pamphlets and other small publications that are typically counted by other libraries. When these are included, it’s likely that there are over 5,000,000 items in the collections. This remarkable wealth is mainly due to the visionary efforts of Sir Anthony Panizzi (q.v.). When he became the keeper in 1837, the printed book department had only 240,000 volumes; during the nineteen years he held that position, about 400,000 were added, mostly through purchases he advised and directed. Panizzi was also the first to earnestly pursue ensuring that the national library benefited fully from the Copyright Act.

The foundation of the British Museum dates from 1753, when effect was given to the bequest (in exchange for £20,000 to be paid to his executors) by Sir Hans Sloane, of his books, manuscripts, curiosities, &c., to be held by trustees for the use of the nation. A bill was passed through parliament for the purchase of the Sloane collections and of the Harleian MSS., costing £10,000. To these, with the Cottonian MSS., acquired by the country in 1700, was added by George II., in 1757, the royal library of the former kings of England, coupled with the privilege, which that library had for many years enjoyed, of obtaining a copy of every publication entered at Stationers’ Hall. This addition was of the highest importance, as it enriched the museum with the old collections of Archbishop Cranmer, Henry prince of Wales, and other patrons of literature, while the transfer of the privilege with regard to the acquisition of new books, a right which has been maintained by successive Copyright Acts, secured a large and continuous augmentation. A lottery having been authorized to defray the expenses of purchases, as well as for providing suitable accommodation, the museum and library were established in Montague House, and opened to the public 15th January 1759. In 1763 George III. presented the well-known Thomason collection (in 2220 volumes) of books and pamphlets issued in England between 1640 and 1662, embracing all the controversial literature which appeared during that period. The Rev. C. M. Cracherode, one of the trustees, bequeathed his collection of choice books in 1799; and in 1820 Sir Joseph Banks left to the nation his important library of 16,000 vols. Many other libraries have since then been incorporated in the museum, the most valuable being George III.’s royal collection (15,000 vols. of tracts, and 65,259 vols. of printed books, including many of the utmost rarity, which had cost the king about £130,000), which was presented (for a pecuniary consideration, it has been said) by George IV. in 1823, and that of the Right Honourable Thomas Grenville (20,240 vols. of rare books, all in fine condition and binding), which was acquired under bequest in 1846. The Cracherode, Banksian, King’s and Grenville libraries are still preserved as separate collections. Other libraries of minor note have also been absorbed in a similar way, while, at least since the time of Panizzi, no opportunity has been neglected of making useful purchases at all the British and Continental book auctions.

The British Museum was founded in 1753, when Sir Hans Sloane's bequest of his books, manuscripts, and curiosities was accepted (in exchange for £20,000 to be paid to his executors) to be managed by trustees for the nation. Parliament passed a bill to buy the Sloane collections and the Harleian manuscripts for £10,000. Along with the Cottonian manuscripts acquired by the country in 1700, George II added the royal library of the former kings of England in 1757. This library had the privilege of receiving a copy of every publication registered at Stationers’ Hall for many years. This addition was significant as it enhanced the museum with old collections from Archbishop Cranmer, Henry prince of Wales, and other literary supporters, while the transfer of the right to acquire new books, a right upheld by successive Copyright Acts, ensured a large and ongoing increase in resources. A lottery was authorized to cover the costs of purchases and provide suitable accommodation, leading to the establishment of the museum and library in Montague House, which opened to the public on January 15, 1759. In 1763, George III donated the famous Thomason collection of 2,220 volumes of books and pamphlets published in England between 1640 and 1662, which included all the controversial literature from that era. Rev. C. M. Cracherode, one of the trustees, left his collection of notable books in 1799, and in 1820, Sir Joseph Banks bequeathed his important library of 16,000 volumes to the nation. Many other libraries have since been added to the museum, the most significant being George III’s royal collection, which consisted of 15,000 tracts and 65,259 printed books, many of them extremely rare, that had cost the king about £130,000. This collection was presented by George IV in 1823 (reportedly for a financial consideration), along with the library of the Right Honourable Thomas Grenville, which included 20,240 volumes of rare books in excellent condition, acquired through bequest in 1846. The Cracherode, Banksian, King's, and Grenville libraries are still kept as separate collections. Other smaller libraries have also been integrated similarly, and at least since Panizzi’s time, every opportunity has been taken to make beneficial purchases at British and Continental book auctions.

The collection of English books is far from approaching completeness, but, apart from the enormous number of volumes, the library contains an extraordinary quantity of rarities. Few libraries in the United States equal either in number or value the American books in the museum. The collection of Slavonic literature, due to the initiative of Thomas Watts, is also a remarkable feature. Indeed, in cosmopolitan interest the museum is without a rival in the world, possessing as it does the best library in any European language out of the territory in which the language is vernacular. The Hebrew, the Chinese, and printed books in other Oriental languages are important and represented in large numbers. Periodical literature has not been 552 forgotten, and the series of newspapers is of great extent and interest. Great pains are taken by the authorities to obtain the copies of the newspapers published in the United Kingdom to which they are entitled by the provisions of the Copyright Act, and upwards of 3400 are annually collected, filed and bound.

The collection of English books is still far from complete, but aside from the huge number of volumes, the library has an amazing amount of rare items. Few libraries in the United States match the quantity or worth of the American books in the museum. Thanks to Thomas Watts’ initiative, the collection of Slavic literature is also a remarkable highlight. In terms of global interest, the museum is unmatched, featuring the best library in any European language outside the area where that language is spoken. The Hebrew, Chinese, and other printed books in various Asian languages are significant and are well-represented. Periodical literature hasn’t been overlooked, and the range of newspapers is extensive and interesting. The authorities make great efforts to acquire copies of newspapers published in the United Kingdom, as allowed by the Copyright Act, and they gather over 3,400 each year, which are then organized and bound.

The department of MSS. is almost equal In importance to that of the printed books. The collection of MSS. in European languages ranges from the 3rd century before Christ down to our own times, and includes the Codex Alexandrinus of the Bible. The old historical chronicles of England, the charters of the Anglo-Saxon kings, and the celebrated series of Arthurian romances are well represented; and care has been taken to acquire on every available opportunity the imprinted works of English writers. The famous collections of MSS. made by Sir Robert Cotton and Robert Harley, earl of Oxford, have already been mentioned, and from these and other sources the museum has become rich in early Anglo-Saxon and Latin codices, some of them being marvels of skill in calligraphy and ornamentation, such as the charters of King Edgar and Henry I. to Hyde Abbey, which are written in gold letters; or the Lindisfarne gospels (A.D. 700) containing the earliest extant Anglo-Saxon version of the Latin gospels. The Burney collection of classical MSS. furnished important additions, so that from this source and from the collection of Arundel MSS. (transferred from the Royal Society in 1831), the museum can boast of an early copy of the Iliad, and one of the earliest known codices of the Odyssey. Among the unrivalled collection of Greek papyri are the unique MSS. of several works of ancient literature. Irish, French and Italian MSS. are well represented. Special reference may be made to the celebrated Bedford Hours, illuminated for the duke of Bedford, regent of France, to the Sforza Book of Hours and to Queen Mary’s Psalter. The Oriental collection is also extremely valuable, including the library formed by Mr Rich (consul at Baghdad in the early part of the 19th century), and a vast quantity of Arabic, Persian and Turkish MSS.; the Chambers collection of Sanskrit MSS.; several other collections of Indian MSS.; and a copious library of Hebrew MSS. (including that of the great scholar Michaelis, and codices of great age, recently brought from Yemen). The collection of Syriac MSS., embracing the relics of the famous library of the convent of St Mary Deipara in the Nitrian desert, formed by the abbot Moses of Nisibis, in the 10th century, is the most important in existence; of the large store of Abyssinian volumes many were amassed after the campaign against King Theodore. The number of genealogical rolls and documents relating to the local and family history of Great Britain is very large. Altogether there are now more than 56,000 MSS. (of which over 9000 are Oriental), besides more than 75,000 charters and rolls. There is a very large and valuable collection of printed and manuscript music of all kinds, and it is probable that of separate pieces there are nearly 200,000. The catalogue of music is partly in manuscript and partly printed, and a separate printed catalogue of the MS. music has been published. The number of maps is also very large, and a printed catalogue has been issued.

The department of manuscripts is nearly as important as that of printed books. The collection of manuscripts in European languages dates from the 3rd century before Christ to the present and includes the Codex Alexandrinus of the Bible. It features old historical chronicles of England, the charters of the Anglo-Saxon kings, and a well-regarded series of Arthurian romances. Efforts have been made to acquire the printed works of English authors whenever possible. The renowned collections of manuscripts created by Sir Robert Cotton and Robert Harley, Earl of Oxford, have already been mentioned, and thanks to these and other sources, the museum has amassed a rich selection of early Anglo-Saxon and Latin codices, some of which are masterpieces of calligraphy and decoration, such as the charters of King Edgar and Henry I to Hyde Abbey, written in gold letters; or the Lindisfarne Gospels (A.D. 700), which contain the earliest existing Anglo-Saxon version of the Latin Gospels. The Burney collection of classical manuscripts provided significant additions, and from this source as well as the collection of Arundel manuscripts (transferred from the Royal Society in 1831), the museum can proudly display an early copy of the Iliad and one of the earliest known codices of the Odyssey. Among the unmatched collection of Greek papyri are unique manuscripts of several works of ancient literature. Irish, French, and Italian manuscripts are well represented. Noteworthy examples include the famous Bedford Hours, illuminated for the Duke of Bedford, Regent of France, the Sforza Book of Hours, and Queen Mary’s Psalter. The Oriental collection is also extremely valuable, featuring the library formed by Mr. Rich (consul in Baghdad during the early 19th century) and a vast number of Arabic, Persian, and Turkish manuscripts; the Chambers collection of Sanskrit manuscripts; several other collections of Indian manuscripts; and a substantial library of Hebrew manuscripts, including that of the great scholar Michaelis, as well as ancient codices recently brought from Yemen. The collection of Syriac manuscripts, which includes remnants of the famous library of the convent of St. Mary Deipara in the Nitrian desert created by Abbot Moses of Nisibis in the 10th century, is the most significant in existence; among the large number of Abyssinian volumes, many were collected following the campaign against King Theodore. There is a considerable amount of genealogical rolls and documents related to local and family history in Great Britain. In total, there are now over 56,000 manuscripts (more than 9,000 of which are Oriental), along with over 75,000 charters and rolls. The collection also includes a vast and valuable assortment of printed and manuscript music of all kinds, likely totaling nearly 200,000 separate pieces. The music catalogue is partially in manuscript and partially printed, and a separate printed catalogue of the manuscript music has been published. Additionally, the number of maps is quite extensive, and a printed catalogue has also been issued.

The general catalogue of the printed books was at one time kept in MS. in large volumes, but since 1880 the entries have gradually been superseded by the printed titles forming part of the large alphabetical catalogue which was completed in 1900. This important work is arranged in the order of authors’ names, with occasional special entries at words like Bible, periodicals and biographical names. It is being constantly supplemented and forms an invaluable bibliographical work of reference.

The general catalog of printed books used to be kept in large volumes as a manuscript, but since 1880, the entries have gradually been replaced by printed titles that are part of the large alphabetical catalog, which was completed in 1900. This important work is organized by authors' names, with occasional special entries for terms like Bible, periodicals, and biographical names. It is constantly being updated and serves as an invaluable reference for bibliographical information.

The other printed catalogues of books commence with one published in 2 vols. folio (1787), followed by that of 1813-1819 in 7 vols. 8vo; the next is that of the library of George III. (1820-1829, 5 vols. folio, with 2 vols. 8vo, 1834), describing the geographical and topographical collections; and then the Bibliotheca Grenvilliana (1842-1872, 4 vols. 8vo). The first vol. (letter A) of a general catalogue appeared in 1841 in a folio volume which has never been added to. The octavo catalogue of the Hebrew books came out in 1867; that of the Sanskrit and Pali literature is in 4to (1876); and the Chinese catalogue is also in 4to (1877). There is a printed list of the books of reference (1910) in the reading-room.

The other printed catalogs of books start with one published in 2 volumes, folio (1787), followed by the one from 1813-1819 in 7 volumes, 8vo; next is the library of George III. (1820-1829, 5 volumes, folio, with 2 volumes, 8vo, 1834), which describes the geographical and topographical collections; and then the Bibliotheca Grenvilliana (1842-1872, 4 volumes, 8vo). The first volume (letter A) of a general catalog was released in 1841 as a folio volume that hasn’t been updated. The octavo catalog of Hebrew books was published in 1867; the catalog of Sanskrit and Pali literature is in 4to (1876); and the Chinese catalog is also in 4to (1877). There’s a printed list of reference books (1910) available in the reading room.

The printed catalogues of the MSS. are—that of the old Royal Library (1734, 4to), which in 1910 was shortly to be superseded by a new one; the Sloane and others hitherto undescribed (1782, 2 vols. 4to); the Cottonian (1802, folio); the Harleian (1808, 4 vols. folio); the Hargrave (1818, 4to); the Lansdowne (1819, folio); the Arundel (1840, folio); the Burney (1840, folio); the Stowe (1895-1896, 4to); the Additional, in periodical volumes since 1836; the Greek Papyri (1893-1910); the Oriental (Arabic and Ethiopic), 5 pts., folio (1838-1871); the Syriac (1870-1873, 3 pts., 4to); the Ethiopic (1877, 4to); the Persian (1879-1896, 4 vols. 4to); and the Spanish (1875-1893, 4 vols. 8vo); Turkish (1888); Hebrew and Samaritan (1900-1909, 3 vols.); Sanskrit (1903); Hindi, &c. (1899); Sinhalese (1900). There are also catalogues of the Greek and Egyptian papyri (1839-1846, 5 pts., folio). Many other special catalogues have been issued, including one of the Thomason Collection of Civil War pamphlets, Incunabula (vol. i.), Romances (MSS.), Music, Seals and Arabic, Hebrew and other Oriental books, maps, prints and drawings. Perhaps the most useful catalogue of all is the Subject-index to Modern Works issued in 1881-1905 (4 vols.) and compiled by Mr G. K. Fortescue.

The printed catalogs of the manuscripts are: the one from the old Royal Library (1734, 4to), which was set to be replaced by a new edition in 1910; the Sloane and others that had not been previously described (1782, 2 vols. 4to); the Cottonian (1802, folio); the Harleian (1808, 4 vols. folio); the Hargrave (1818, 4to); the Lansdowne (1819, folio); the Arundel (1840, folio); the Burney (1840, folio); the Stowe (1895-1896, 4to); the Additional, in periodic volumes since 1836; the Greek Papyri (1893-1910); the Oriental (Arabic and Ethiopic), 5 parts, folio (1838-1871); the Syriac (1870-1873, 3 parts, 4to); the Ethiopic (1877, 4to); the Persian (1879-1896, 4 vols. 4to); and the Spanish (1875-1893, 4 vols. 8vo); Turkish (1888); Hebrew and Samaritan (1900-1909, 3 vols.); Sanskrit (1903); Hindi, etc. (1899); Sinhalese (1900). There are also catalogs of the Greek and Egyptian papyri (1839-1846, 5 parts, folio). Many other special catalogs have been published, including one for the Thomason Collection of Civil War pamphlets, Incunabula (vol. i.), Romances (MSS.), Music, Seals, and Arabic, Hebrew and other Oriental books, maps, prints, and drawings. Perhaps the most useful catalog of all is the Subject-index to Modern Works published from 1881 to 1905 (4 vols.) and compiled by Mr. G. K. Fortescue.

The Rules for compiling catalogues in the department of printed books were revised and published in 1906.

The Rules for compiling catalogues in the department of printed books were updated and released in 1906.

The building in which the library is housed forms part of the fine group situated in Great Russell Street in central London, and is distinguished by a stately circular reading-room designed by Sydney Smirke from suggestions and sketches supplied by Sir A. Panizzi. This was begun in 1855 and opened in 1857. The room is surrounded by book stores placed in galleries with iron floors, in which, owing to congestion of stock, various devices have been introduced, particularly a hanging and rolling form of auxiliary bookcase. The presses inside the reading-room, arranged in three tiers, contain upwards of 60,000 vols., those on the ground floor (20,000) being books of reference to which readers have unlimited access. The accommodation for readers is comfortable and roomy, each person having a portion of table fitted with various conveniences. Perhaps not the least convenient arrangement here is the presence of the staff in the centre of the room, at the service of readers who require aid.

The building that houses the library is part of the impressive collection located on Great Russell Street in central London. It features a grand circular reading room designed by Sydney Smirke, based on ideas and sketches provided by Sir A. Panizzi. Construction began in 1855 and it opened in 1857. The room is surrounded by book storage located in galleries with iron floors, where, due to overcrowding, various solutions have been implemented, especially a hanging and rolling type of auxiliary bookshelf. The shelves inside the reading room are arranged in three tiers and hold over 60,000 volumes, with the ground floor containing 20,000 reference books that readers can access freely. The seating for readers is spacious and comfortable, with each person having a section of table equipped with various amenities. One of the most convenient features is the staff located in the center of the room, ready to assist readers who need help.

In order to enjoy the privilege of reading at the British Museum, the applicant (who must be over twenty-one years of age) must obtain a renewable ticket of admission through a recommendation from a householder addressed to the principal librarian.

To enjoy the privilege of reading at the British Museum, the applicant (who must be over 21 years old) must obtain a renewable admission ticket through a recommendation from a householder directed to the principal librarian.

The pressure upon the space at the command of the library has been so great that additional land at the rear and sides of the existing buildings was purchased by the government for the further extension of the Museum. One very important wing facing Torrington Square was nearly completed in 1910. The Natural History Museum, South Kensington, a department of the British Museum under separate management, has a library of books on the natural sciences numbering nearly 100,000 vols.

The demand for space in the library has been so high that the government bought extra land behind and beside the current buildings to expand the Museum. A significant wing facing Torrington Square was almost finished in 1910. The Natural History Museum in South Kensington, which is part of the British Museum but managed separately, has a library with nearly 100,000 volumes on natural sciences.

Next in importance to the British Museum, and superior to it in accessibility, is the Library of the Patent Office in Southampton Buildings, London. This is a department of the Board of Trade, and though primarily intended Patent Office. for office use and patentees, it is really a public library freely open to anyone. The only formality required from readers is a signature in a book kept in the entrance hall. After this readers have complete access to the shelves. The library contains considerably over 110,000 vols., and possesses complete sets of the patents specifications of all countries, and a remarkable collection of the technical and scientific periodicals of all countries. The library was first opened in 1855, in somewhat unsuitable premises, and in 1897 it was transferred to a handsome new building.

Next in importance to the British Museum, and better in terms of accessibility, is the Library of the Patent Office in Southampton Buildings, London. This is a department of the Board of Trade, and although it is primarily intended for office use and patentees, it actually serves as a public library that is open to anyone. The only requirement for readers is to sign a book located in the entrance hall. After that, visitors have complete access to the shelves. The library holds well over 110,000 volumes and has complete sets of patent specifications from all countries, along with an impressive collection of technical and scientific periodicals from around the world. The library first opened in 1855 in somewhat unsuitable premises, and in 1897 it moved to a beautiful new building.

The reading-room is provided with two galleries and the majority of the books are open to public inspection without the need for application forms. A printed catalogue in author-alphabetical form has been published with supplement, and in addition, separate subject catalogues are issued. This is one of the most complete libraries of technology in existence, and its collection of scientific transactions and periodicals is celebrated.

The reading room has two galleries, and most of the books are available for public viewing without needing to fill out any application forms. There's a printed catalog organized by author, along with a supplement, and additional catalogs by subject are also provided. This is one of the most comprehensive technology libraries around, and its collection of scientific journals and periodicals is well-known.

Another excellent special library is the National Art Library, founded in 1841 and transferred to South Kensington in 1856. It contains about half a million books, prints, drawings Other state libraries. and photographs, and is used mostly by the students attending the art schools, though the general public can obtain admission on payment of sixpence per week.

Another great special library is the National Art Library, which was established in 1841 and moved to South Kensington in 1856. It has around half a million books, prints, drawings Other state libraries. and photographs, and it primarily serves the students at the art schools, although the general public can gain access for a fee of sixpence per week.

A somewhat similar library on the science side is the 553 Science Library of the Victoria and Albert Museum, South Kensington, which was founded in 1857. It is a general science collection and incorporates most of the books which at one time were in the Museum of Practical Geology.

A somewhat similar library on the science side is the 553 Science Library of the Victoria and Albert Museum, South Kensington, which was established in 1857. It is a general science collection and includes most of the books that were once in the Museum of Practical Geology.

The only other state library which is open to the public is that of the Board of Education in Whitehall, which was opened in a new building in 1908. It contains a large collection of works on educational subjects for which a special classification has been devised and printed.

The only other state library that’s open to the public is the one run by the Board of Education in Whitehall, which opened in a new building in 1908. It has a large collection of works on educational topics, for which a special classification system has been created and printed.

The other state libraries in London may be briefly noted as follows: Admiralty (1700), 40,000 vols.; College of Arms, or Heralds College, 15,000 vols.; Colonial Office, c. 15,000 vols.; Foreign Office, c. 80,000 vols.; Home Office (1800) c. 10,000 vols.; House of Commons (1818), c. 50,000 vols.; House of Lords (1834), 50,000 vols.; India Office (1800), c. 86,000 vols.; Kew, Royal Botanic Gardens (1853), 22,000 vols.; and Royal Observatory (Greenwich), c. 20,000 vols.

The other state libraries in London can be briefly mentioned as follows: Admiralty (1700), 40,000 volumes; College of Arms, or Heralds College, 15,000 volumes; Colonial Office, approximately 15,000 volumes; Foreign Office, approximately 80,000 volumes; Home Office (1800) approximately 10,000 volumes; House of Commons (1818), approximately 50,000 volumes; House of Lords (1834), 50,000 volumes; India Office (1800), approximately 86,000 volumes; Kew, Royal Botanic Gardens (1853), 22,000 volumes; and Royal Observatory (Greenwich), approximately 20,000 volumes.

Outside London the most important state library is the National Library of Ireland, Dublin, founded in 1877 and incorporating the library of the Royal Dublin Society. It is housed in a handsome building (1890) and contains about 200,000 vols., classified on the Decimal system, and catalogued in various forms. The library of the Museum of Science and Art at Edinburgh, containing over 20,000 vols., was opened to the public in 1890. Practically every department of the state has a reference library of some kind for the use of the staff, and provision is also made for lending libraries and reading-rooms in connexion with garrisons, naval depots and other services of the army and navy.

Outside London, the most significant state library is the National Library of Ireland in Dublin, established in 1877 and including the library of the Royal Dublin Society. It's located in an impressive building (built in 1890) and holds about 200,000 volumes, organized using the Decimal system and cataloged in various formats. The library of the Museum of Science and Art in Edinburgh, which has over 20,000 volumes, was opened to the public in 1890. Nearly every government department has some sort of reference library available for its staff, and there are also lending libraries and reading rooms set up for garrisons, naval depots, and other military services.

No professional qualifications are required for positions in British state libraries, most of the assistants being merely second-division clerks who have passed the Civil Service examinations. It would be an advantage from an administrative point of view if the professional certificates of the Library Association were adopted by the Civil Service Commissioners as compulsory requirements in addition to their own examination. The official recognition of a grade of properly trained librarians would tend to improve the methods and efficiency of the state libraries, which are generally behind the municipal libraries in organization and administration.

No professional qualifications are needed for jobs in British state libraries, with most assistants being simply second-tier clerks who have passed the Civil Service exams. It would be beneficial from an administrative standpoint if the professional certifications of the Library Association were required by the Civil Service Commissioners alongside their own exam. Officially recognizing a group of properly trained librarians would likely enhance the methods and efficiency of state libraries, which typically lag behind municipal libraries in terms of organization and administration.

University and Collegiate Libraries.—The Bodleian Library, Oxford, though it had been preceded by various efforts towards a university library, owed its origin to Sir Thomas Bodley (q.v.). Contributing largely himself, and procuring Oxford. contributions from others, he opened the library with upwards of 2000 vols. in 1602. In 1610 he obtained a grant from the Stationers’ Company of a copy of every work printed in the country, a privilege still enjoyed under the provisions of the various copyright acts. The additions made to the library soon surpassed the capacity of the room, and the founder proceeded to enlarge it. By his will he left considerable property to the university for the maintenance and increase of the library. The example set by Bodley found many noble imitators. Amongst the chief benefactors have been Archbishop Laud, the executors of Sir Kenelm Digby, John Selden, Sir Thomas (Lord) Fairfax, Richard Gough, Francis Douce, Richard Rawlinson, and the Rev. Robert Mason. The library now contains almost 800,000 printed vols., and about 41,000 manuscripts. But the number of volumes, as bound up, conveys a very inadequate idea of the size or value of the collection. In the department of Oriental manuscripts it is perhaps superior to any other European library; and it is exceedingly rich in other manuscript treasures. It possesses a splendid series of Greek and Latin editiones principes and of the earliest productions of English presses. Its historical manuscripts contain most valuable materials for the general and literary history of the country.

University and Collegiate Libraries.—The Bodleian Library, Oxford, though it was preceded by various attempts to create a university library, was established by Sir Thomas Bodley (q.v.). Contributing significantly himself and securing donations from others, he opened the library with over 2,000 volumes in 1602. In 1610, he received a grant from the Stationers’ Company for a copy of every work printed in the country, a privilege that is still upheld by current copyright laws. The library's additions quickly exceeded the space available, and the founder took steps to expand it. In his will, he left significant property to the university for the library's maintenance and growth. Bodley's example inspired many generous supporters. Among the main benefactors were Archbishop Laud, the executors of Sir Kenelm Digby, John Selden, Sir Thomas (Lord) Fairfax, Richard Gough, Francis Douce, Richard Rawlinson, and the Rev. Robert Mason. The library now holds nearly 800,000 printed volumes and about 41,000 manuscripts. However, the volume count, as bound, gives only a limited idea of the collection's size or worth. In the area of Oriental manuscripts, it is possibly the best in any European library, and it is extremely rich in other manuscript treasures. It has a remarkable collection of Greek and Latin editiones principes and some of the earliest works from English presses. Its historical manuscripts hold invaluable resources for the country's general and literary history.

The last general catalogue of the printed books was printed in 4 vols. folio (1843-1851). In 1859 it was decided to prepare a new manuscript catalogue on the plan of that then in use at the British Museum, and this has been completed in duplicate. In 1910 it was being amended with a view to printing. It is an alphabetical author-catalogue; and the Bodleian, like the British Museum, has no complete subject-index. A slip-catalogue on subjects was, however, in course of preparation in 1910, and there are classified hand-lists of accessions since 1883. There are also printed catalogues of the books belonging to several of the separate collections. The MSS. are in general catalogued according to the collections to which they belong, and they are all indexed. A number of the catalogues of manuscripts have been printed.

The last general catalog of printed books was published in 4 volumes (1843-1851). In 1859, it was decided to create a new manuscript catalog based on the one currently in use at the British Museum, and this has been completed in duplicate. By 1910, it was being updated for printing. It’s an alphabetical author catalog, and like the British Museum, the Bodleian does not have a comprehensive subject index. However, a subject slip catalog was in progress in 1910, and there are classified handlists of accessions since 1883. Additionally, there are printed catalogs for the books in several individual collections. The manuscripts are generally cataloged according to the collections they belong to, and all are indexed. Several manuscript catalogs have been printed.

In 1860 the beautiful Oxford building known as the “Radcliffe Library,” now called the “Radcliffe Camera,” was offered to the curators of the Bodleian by the Radcliffe trustees. The Radcliffe Library was founded by the famous physician Dr John Radcliffe, who died in 1714, and bequeathed, besides a permanent endowment of £350 a year, the sum of £40,000 for a building. The library was opened in 1749. Many years ago the trustees resolved to confine their purchases of books to works on medicine and natural science. When the university museum and laboratories were built in 1860, the trustees allowed the books to be transferred to the museum. It is used as a storehouse for the more modern books, and it also serves as a reading-room. It is the only room open after the hour when the older building is closed owing to the rule as to the exclusion of artificial light. In 1889 the gallery of the Radcliffe Camera was opened as an addition to the reading-room.

In 1860, the stunning Oxford building known as the “Radcliffe Library,” now called the “Radcliffe Camera,” was offered to the curators of the Bodleian by the Radcliffe trustees. The Radcliffe Library was established by the renowned physician Dr. John Radcliffe, who passed away in 1714. He left a permanent endowment of £350 a year and a sum of £40,000 for the construction of a building. The library opened its doors in 1749. Many years ago, the trustees decided to limit their book purchases to works on medicine and natural science. When the university museum and laboratories were completed in 1860, the trustees allowed the books to be transferred to the museum. It serves as a storage space for more modern books and also functions as a reading room. It is the only room open after the main building closes due to the rule against artificial light. In 1889, the gallery of the Radcliffe Camera was added to the reading room.

A Staff Kalendar has been issued since 1902, which with a Supplement contains a complete list of cataloguing rules, routine work of the libraries and staff, and useful information of many kinds concerning the library methods.

A Staff Kalendar has been published since 1902, which along with a Supplement includes a complete list of cataloging rules, library routines, and helpful information of various kinds related to library methods.

The Bodleian Library is open by right to all graduate members of the university, and to others upon producing a satisfactory recommendation. No books are allowed to be sent out of the library except by special leave of the curators and convocation of the university. The administration and control of the library are committed to a librarian and board of thirteen curators. The permanent endowment is comparatively small; the ordinary expenditure, chiefly defrayed from the university chest, is about £10,000. Within recent years the use of wheeling metal bookcases has been greatly extended, and a large repository has been arranged for economical book storage underground.

The Bodleian Library is accessible by right to all graduate members of the university, and to others who can provide a satisfactory recommendation. No books are allowed to leave the library unless granted special permission by the curators and the university convocation. The library is managed by a librarian and a board of thirteen curators. The permanent endowment is relatively small; the usual expenses, primarily covered by the university's funds, are about £10,000. In recent years, the use of wheeled metal bookcases has increased significantly, and a large underground storage area has been created for efficient book storage.

The Taylor Institution is due to the benefaction of Sir Robert Taylor, an architect, who died in 1788, leaving his property to found an establishment for the teaching of modern languages. The library was established in 1848, and is devoted to the literature of the modern European languages. It contains a fair collection of works on European philology, with a special Dante collection, about 1000 Mazarinades and 400 Luther pamphlets. The Finch collection, left to the university in 1830, is also kept with the Taylor Library. Books are lent out to members of the university and to others on a proper introduction. The endowment affords an income of £800 to £1000 for library purposes.

The Taylor Institution was founded thanks to the generosity of Sir Robert Taylor, an architect who passed away in 1788. He left his estate to create a place for teaching modern languages. The library was established in 1848 and focuses on literature from modern European languages. It has a decent collection of works on European philology, a special collection on Dante, around 1000 Mazarinades, and 400 pamphlets from Luther. The Finch collection, which was donated to the university in 1830, is also housed in the Taylor Library. Books can be borrowed by university members and others who have the proper introduction. The endowment provides an income of £800 to £1000 for library purposes.

The libraries of the several colleges vary considerably in extent and character, although, owing chiefly to limited funds, the changes and growth of all are insignificant. That of All Souls was established in 1443 by Archbishop Chichele, and enlarged in 1710 by the munificent bequest of Christopher Codrington. It devotes special attention to jurisprudence, of which it has a large collection. It possesses 40,000 printed volumes and 300 MSS., and fills a splendid hall 200 ft. long. The library of Brasenose College has a special endowment fund, so that it has, for a college library, the unusually large income of £200. The library of Christ Church is rich in divinity and topography. It embraces the valuable library bequeathed by Charles Boyle, 4th earl of Orrery, amounting to 10,000 volumes, the books and MSS. of Archbishop Wake, and the Morris collection of Oriental books. The building was finished in 1761, and closely resembles the basilica of Antoninus at Rome, now the Dogana. Corpus possesses a fine collection of Aldines, many of them presented by its founder, Bishop Fox, and a collection of 17th-century tracts catalogued by Mr Edwards, with about 400 MSS. Exeter College Library has 25,000 volumes, with special collections of classical dissertations and English theological and political tracts. The library of Jesus College has few books of later date than the early part of the last century. Many of them are from the bequest of Sir Leoline Jenkins, who built the existing library. There are also some valuable Welsh MSS. The library of Keble College consists largely of theology, including the MSS. of many of Keble’s works. The library of Magdalen College has about 22,500 volumes (including many volumes of pamphlets) and 250 MSS. It has scientific and topographical collections. The library of Merton College has of late devoted itself to foreign modern history. New College Library has about 17,000 printed volumes and about 350 MSS., several of which were presented by its founder, William of Wykeham. Oriel College Library, besides its other possessions, has a special collection of books on comparative philology and mythology, with a printed catalogue. The fine library of Queen’s College is strong in theology, in English and modern European history, and in English county histories. St John’s College Library is largely composed of the literature of theology and jurisprudence before 1750, and possesses a collection of medical books of the 16th and 17th centuries. The newer half of the library building was 554 erected by Inigo Jones at the expense of Laud, who also gave many printed and manuscript books. The room used as a library at Trinity College formed part of Durham College, the library of which was established by Richard of Bury. Wadham College Library includes a collection of botanical books bequeathed by Richard Warner in 1775 and a collection of books, relating chiefly to the Spanish Reformers, presented by the executors of Benjamin Wiffen. Worcester College Library has of late specially devoted itself to classical archaeology. It is also rich in old plays.

The libraries of various colleges differ significantly in size and focus, but due to limited funding, their changes and growth are minimal. All Souls Library was founded in 1443 by Archbishop Chichele and expanded in 1710 through a generous donation from Christopher Codrington. It pays special attention to law, boasting a large collection in that field. It contains 40,000 printed volumes and 300 manuscripts, filling an impressive hall that is 200 feet long. Brasenose College Library has a dedicated endowment fund, giving it a comparatively high income of £200 for a college library. Christ Church Library is rich in theology and geography, housing the valuable collection left by Charles Boyle, the 4th Earl of Orrery, which includes 10,000 volumes, along with the books and manuscripts of Archbishop Wake and the Morris collection of Oriental books. The building was completed in 1761 and closely resembles the Basilica of Antoninus in Rome, now known as the Dogana. Corpus has a notable collection of Aldine editions, many of which were given by its founder, Bishop Fox, as well as a collection of 17th-century tracts cataloged by Mr. Edwards, totaling around 400 manuscripts. Exeter College Library holds 25,000 volumes, including special collections of classical dissertations and English theological and political tracts. Jesus College Library contains few books from later than the early part of the last century, many of which came from the bequest of Sir Leoline Jenkins, who built the current library. It also has some valuable Welsh manuscripts. Keble College Library is primarily focused on theology, including manuscripts of many of Keble’s works. Magdalen College Library has about 22,500 volumes (including numerous pamphlets) and 250 manuscripts, with collections in science and geography. Merton College Library has recently turned its attention to foreign modern history. New College Library has around 17,000 printed volumes and about 350 manuscripts, several of which were gifted by its founder, William of Wykeham. Oriel College Library, alongside its other holdings, has a dedicated collection of books on comparative philology and mythology, complete with a printed catalog. Queen’s College Library is strong in theology, English and modern European history, and English county histories. St John's College Library largely comprises literature on theology and law before 1750 and includes a collection of medical books from the 16th and 17th centuries. The newer section of the library building was constructed by Inigo Jones at the expense of Laud, who also donated many printed and manuscript books. The room that serves as the library at Trinity College was part of Durham College, whose library was established by Richard of Bury. Wadham College Library features a collection of botanical books left by Richard Warner in 1775, as well as books primarily relating to the Spanish Reformers, presented by the executors of Benjamin Wiffen. Worcester College Library has recently focused on classical archaeology and is also rich in old plays.

The college libraries as a rule have not been used to the extent they deserve, and a good deal must be done before they can be said to be as useful and efficient as they might be.

The college libraries generally haven't been used as much as they should be, and a lot needs to be done before we can say they are as helpful and effective as they could be.

The history of the University Library at Cambridge dates from the earlier part of the 15th century. Two early lists of its contents are preserved, the first embracing 52 vols. dating from about 1425, the second a shelf-list, apparently Cambridge. of 330 vols., drawn up by the outgoing proctors in 1473. Its first great benefactor was Thomas Scott of Rotherham, archbishop of York, who erected in 1475 the building in which the library continued until 1755. He also gave more than 200 books and manuscripts to the library, some of which still remain. The library received other benefactions, but nevertheless appeared “but mean” to John Evelyn when he visited Cambridge in 1654. In 1666 Tobias Rustat presented a sum of money to be invested to buy the choicest and most useful books. In 1715 George I. presented the library of Bishop Moore, which was very rich in early English printed books, forming over 30,000 vols. of printed books and manuscripts. The funds bequeathed by William Worts and John Manistre, together with that of Rustat, produce at present about £1500 a year. The share of university dues appropriated to library purposes amounts to £3000 a year. In addition the library is entitled to new books under the Copyright Acts. The number of printed volumes in the library cannot be exactly stated, as no recent calculation on the subject exists. It has been estimated at half a million. It includes a fine series of editiones principes of the classics and of the early productions of the English press. The MSS. number over 6000, in which are included a considerable number of adversaria or printed books with MS. notes, which form a leading feature in the collection. The most famous of the MSS. is the celebrated copy of the four gospels and the Acts of the Apostles, which is known as Codex Bezae, and which was presented to the university by that Reformer.

The history of the University Library at Cambridge goes back to the early 15th century. Two early lists of its contents have been preserved: the first includes 52 volumes from around 1425, and the second is a shelf-list of 330 volumes created by the outgoing proctors in 1473. Its first major benefactor was Thomas Scott of Rotherham, the archbishop of York, who built the library in 1475, where it remained until 1755. He also donated over 200 books and manuscripts to the library, some of which are still there. The library received other donations, but still seemed “rather modest” to John Evelyn when he visited Cambridge in 1654. In 1666, Tobias Rustat gave money to invest in acquiring the best and most useful books. In 1715, George I donated the library of Bishop Moore, which was rich in early English printed books, totaling over 30,000 volumes of printed books and manuscripts. The funds left by William Worts and John Manistre, along with Rustat's, currently provide about £1500 a year. The portion of university dues designated for library use is around £3000 a year. Additionally, the library is entitled to new books under the Copyright Acts. The exact number of printed volumes in the library is unknown, as there hasn't been a recent count, but it is estimated to be around half a million. It includes an impressive collection of editiones principes of the classics and early works from the English press. The manuscripts number over 6000, including a significant collection of adversaria or printed books with manuscript notes, which are a key feature of the collection. The most renowned manuscript is the famous copy of the four gospels and the Acts of the Apostles, known as Codex Bezae, which was presented to the university by that Reformer.

A catalogue of the MSS. has been published in 4 vols. (1856-1861), and this has been followed up by the publication of a number of separate catalogues of Persian, Syriac, Hebrew, Chinese, &c., MSS. There is no published catalogue of the books, although the catalogue is in print, the accessions being printed and cut up and arranged in volumes. A catalogue of English books before 1640 is in course of publication. The regulations of the library with regard to the lending of books are very liberal, as many as ten volumes being allowed out to one borrower at the same time. The annual income is about £7000.

A catalog of the manuscripts has been published in 4 volumes (1856-1861), and this has been followed by the release of several separate catalogs for Persian, Syriac, Hebrew, Chinese, etc., manuscripts. There is no published catalog of the books, although it is in print, with the new additions being printed, cut up, and organized into volumes. A catalog of English books before 1640 is being published. The library's rules about lending books are quite flexible, allowing up to ten volumes to be checked out by one borrower at a time. The annual income is around £7000.

There is a library attached to the Fitzwilliam Museum, bequeathed to the university in 1816. It consists of the entire library of Lord Fitzwilliam, with the addition of an archaeological library bought from the executors of Colonel Leake, and a small number of works, chiefly on the history of art, since added by purchase or bequest. It contains a collection of engravings of old masters, a collection of music, printed and MS., and a collection of illuminated MSS., chiefly French and Flemish, of the 14th to 16th centuries. The books are not allowed to be taken out. Catalogues and reprints of some of the music and other collections have been published.

There is a library connected to the Fitzwilliam Museum, given to the university in 1816. It includes the entire library of Lord Fitzwilliam, along with an archaeological library purchased from Colonel Leake's executors, and a small number of works mostly on art history that have been added through purchases or bequests. It has a collection of engravings by old masters, a collection of music, both printed and manuscript, and a collection of illuminated manuscripts, mainly French and Flemish, from the 14th to 16th centuries. The books cannot be checked out. Catalogs and reprints of some of the music and other collections have been published.

The library of Trinity College, which is contained in a magnificent hall built by Sir Christopher Wren, has about 90,000 printed and 1918 MS. vols., and is especially strong in theology, classics and bibliography. It owes to numerous gifts and bequests the possession of a great number of rare books and manuscripts. Amongst these special collections are the Capell collection of early dramatic and especially Shakespearian literature, the collection of German theology and philosophy bequeathed by Archdeacon Hare, and the Grylls bequest in 1863 of 9600 vols., including many early printed books. There are printed catalogues of the Sanskrit and other Oriental MSS. by Dr Aufrecht and Professor Palmer, and of the incunabula by the late librarian, Mr Sinker. The library is open to all members of the college, and the privilege of using it is liberally extended to properly accredited students. One of the most interesting libraries is that of Trinity Hall, in which the original bookcases and benches are preserved, and many books are seen chained to the cases, as used formerly to be the practice.

The library of Trinity College, located in an impressive hall built by Sir Christopher Wren, has around 90,000 printed books and 1,918 manuscripts. It has a strong emphasis on theology, classics, and bibliography. Thanks to various donations and bequests, it has acquired many rare books and manuscripts. Among these special collections are the Capell collection of early dramatic works, particularly Shakespearean literature, the collection of German theology and philosophy left by Archdeacon Hare, and the Grylls bequest in 1863, which included 9,600 volumes, many of which are early printed books. There are printed catalogs of the Sanskrit and other Oriental manuscripts by Dr. Aufrecht and Professor Palmer, as well as a catalog of incunabula by the late librarian, Mr. Sinker. The library is accessible to all college members, and this privilege is generously granted to appropriately accredited students. One of the most fascinating libraries is that of Trinity Hall, where the original bookcases and benches are maintained, and many books are still chained to the cases, as was the custom in the past.

None of the other college libraries rivals Trinity in the number of books. The library of Christ’s College received its first books from the foundress. Clare College Library includes a number of Italian and Spanish plays of the end of the 16th century left by George Ruggle. The library of Corpus Christi College first became notable through the bequest of books and MSS. made by Archbishop Parker in 1575. The printed books are less than 5000 in number, and the additions now made are chiefly in such branches as throw light on the extremely valuable collection of ancient MSS., which attracts scholars from all parts of Europe. There is a printed catalogue of these MSS. Gonville and Caius College Library is of early foundation. A catalogue of the MSS. was printed in 1849, with pictorial illustrations, and a list of the incunabula in 1850. The printed books of King’s College includes the fine collection bequeathed by Jacob Bryant in 1804. The MSS. are almost wholly Oriental, chiefly Persian and Arabic, and a catalogue of them has been printed. Magdalene College possesses the curious library formed by Pepys and bequeathed by him to the college, together with his collections of prints and drawings and of rare British portraits. It is remarkable for its treasures of popular literature and English ballads, as well as for the Scottish manuscript poetry collected by Sir Richard Maitland. The books are kept in Pepys’s own cases, and remain just as he arranged them himself. The library Of Peterhouse is the oldest library in Cambridge, and possesses a catalogue of some 600 or 700 books dating from 1418, in which year it was completed. It is chiefly theological, though it possesses a valuable collection of modern works on geology and natural science, and a unique collection of MS. music. Queen’s College Library contains about 30,000 vols. mainly in theology, classics and Semitic literature, and has a printed class-catalogue. The library of St John’s College is rich in early printed books, and possesses a large collection of English historical tracts. Of the MSS. and rare books there is a printed catalogue.

None of the other college libraries compares to Trinity in the number of books. The library at Christ’s College received its first books from its founder. Clare College Library has a collection of Italian and Spanish plays from the late 16th century left by George Ruggle. The library of Corpus Christi College became notable due to the bequest of books and manuscripts made by Archbishop Parker in 1575. It has fewer than 5,000 printed books, and the recent additions mainly focus on areas that enhance the highly valuable collection of ancient manuscripts, which attracts scholars from all over Europe. There is a printed catalog of these manuscripts. Gonville and Caius College Library has an early foundation. A catalog of the manuscripts was printed in 1849, with illustrations, and a list of the incunabula followed in 1850. The printed books at King’s College include a fine collection bequeathed by Jacob Bryant in 1804. The manuscripts are mostly Oriental, primarily Persian and Arabic, and a catalog of them has been printed. Magdalene College has the unique library formed by Pepys, which he bequeathed to the college along with his collections of prints, drawings, and rare British portraits. It is notable for its treasures of popular literature and English ballads, as well as the Scottish manuscript poetry collected by Sir Richard Maitland. The books are kept in Pepys’s original cases and remain arranged just as he set them up. The library at Peterhouse is the oldest library in Cambridge and has a catalog of about 600 or 700 books dating back to 1418, the year it was completed. It is primarily theological, though it also has a valuable collection of modern works on geology and natural science, and a unique collection of manuscript music. Queen’s College Library contains around 30,000 volumes, mainly in theology, classics, and Semitic literature, and has a printed class catalog. The library at St John’s College is rich in early printed books and has a large collection of English historical tracts. There is a printed catalog for the manuscripts and rare books.

The library of the university of London, founded in 1837, has over 60,000 vols, and includes the Goldsmith Library of economic literature, numbering 30,000 vols. Other collections are De Morgan’s collection of mathematical London. books, Grote’s classical library, &c. There is a printed catalogue of 1897, with supplements. Since its removal to South Kensington, this library has been greatly improved and extended. University College Library, Gower Street, established in 1829, has close upon 120,000 vols. made up chiefly of separate collections which have been acquired from time to time. Many of these collections overlap, and much duplicating results, leading to congestion. These collections include Jeremy Bentham’s library, Morrison’s Chinese library, Barlow’s Dante library, collections of law, mathematical, Icelandic, theological, art, oriental and other books, some of them of great value.

The University of London library, established in 1837, has over 60,000 volumes, including the Goldsmith Library of economic literature, which has 30,000 volumes. Other collections include De Morgan’s collection of mathematics books, Grote’s classical library, and more. There’s a printed catalog from 1897, along with supplements. Since moving to South Kensington, the library has been significantly improved and expanded. The University College Library on Gower Street, founded in 1829, has nearly 120,000 volumes, mainly from various collections acquired over time. Many of these collections overlap, leading to some duplication and congestion. These collections feature Jeremy Bentham’s library, Morrison’s Chinese library, Barlow’s Dante library, along with collections of law, mathematics, Icelandic literature, theology, art, oriental works, and other valuable books.

King’s College Library, founded in 1828, has over 30,000 vols. chiefly of a scientific character. In close association with the university of London is the London School of Economics and Political Science in Clare Market, in which is housed the British Library of Political Science with 50,000 vols. and a large number of official reports and pamphlets.

King's College Library, established in 1828, has over 30,000 volumes, primarily focused on scientific topics. Closely linked with the University of London is the London School of Economics and Political Science located in Clare Market, which houses the British Library of Political Science containing 50,000 volumes, along with a significant collection of official reports and pamphlets.

The collegiate library at Dulwich dates from 1619, and a list of its earliest accessions, in the handwriting of the founder, may still be seen. There are now about 17,000 vols. of miscellaneous works of the 17th and 18th centuries, with a few rare books. A catalogue of them was printed in 1880; and one describing the MSS. (567) and the muniments (606) was issued during the succeeding year. The last two classes are very important, and include the well-known “Alleyn Papers” and the theatrical diary of Philip Henslow. Sion College is a gild of the parochial clergy of the city and suburbs of London, and the library was founded in 1629 for their use; laymen may also read (but not borrow) the books when recommended by some beneficed metropolitan clergyman. The library is especially rich in liturgies, Port-Royal authors, pamphlets, &c., and contains about 100,000 vols. classified on a modification of the Decimal system. The copyright privilege was commuted in 1835 for an annual sum of £363, 15s. 2d. The present building was opened in 1886 and is one of the striking buildings of the Victoria Embankment.

The collegiate library at Dulwich was established in 1619, and you can still see a list of its earliest acquisitions, written in the founder's handwriting. There are now about 17,000 volumes of various works from the 17th and 18th centuries, along with a few rare books. A catalog of these was printed in 1880, and in the following year, another one was published that describes the manuscripts (567) and the documents (606). These last two categories are very significant and include the famous “Alleyn Papers” and the theatrical diary of Philip Henslow. Sion College is a guild for the local clergy of the city and suburbs of London, and the library was established in 1629 for their use; laypeople can read (but not borrow) the books if they are recommended by a beneficed metropolitan clergyman. The library has a strong collection of liturgies, Port-Royal authors, pamphlets, etc., and contains about 100,000 volumes organized according to a modified version of the Decimal system. The copyright privilege was changed in 1835 to an annual payment of £363, 15s. 2d. The current building wasopened in 1886 and is one of the standout structures on the Victoria Embankment.

Most of the London collegiate or teaching institutions have libraries attached to them, and it will only be necessary to mention a few of the more important to get an idea of their variety: Baptist College (1810), 13,000 vols.; Bedford College (for women), 17,000 555 vols.; Birkbeck College (1823), 12,000 vols.; Congregational Library (1832-1893), 14,000 vols.; the Royal College of Music, containing the library of the defunct Sacred Harmonic Society; Royal Naval College (Greenwich, 1873), 7000 vols.; St Bartholomew’s Hospital (1422), 15,000 vols.; St Paul’s School (1509), 10,000 vols.; the Working Men’s College (1854), 5000 vols.; and all the Polytechnic schools in the Metropolitan area.

Most of the colleges and teaching institutions in London have attached libraries, and it's enough to mention a few of the more significant ones to illustrate their variety: Baptist College (1810), 13,000 volumes; Bedford College (for women), 17,000 555 volumes; Birkbeck College (1823), 12,000 volumes; Congregational Library (1832-1893), 14,000 volumes; the Royal College of Music, which includes the library of the now-defunct Sacred Harmonic Society; Royal Naval College (Greenwich, 1873), 7,000 volumes; St Bartholomew’s Hospital (1422), 15,000 volumes; St Paul’s School (1509), 10,000 volumes; the Working Men’s College (1854), 5,000 volumes; and all the Polytechnic schools in the metropolitan area.

The university library of Durham (1832) contains about 35,000 vols., and all the modern English universities—Birmingham, Mason University College (1880), 27,000 vols.; Leeds, Liverpool (1882), 56,000 vols.; Manchester, Victoria English provinces. University, which absorbed Owens College (1851), 115,000 vols.; Newcastle-upon-Tyne; Sheffield (1907), &c.—have collections of books. The libraries in connexion with theological colleges and public schools throughout England are often quite extensive, and reference may be made to Eton College (1441), 25,000 vols.; Haileybury (1862), 12,000 vols.; Harrow (Vaughan Library), 12,000 vols.; Mill Hill; Oscott College, Erdington (1838), 36,000 vols.; Rugby (1878), 8000 vols.; Stonyhurst College (1794), c. 40,000 vols., &c. The new building for the university of Wales at Bangor has ample accommodation for an adequate library, and the University College at Aberystwith is also equipped with a library.

The university library at Durham (1832) has about 35,000 volumes, and all the modern English universities—Birmingham, Mason University College (1880), 27,000 volumes; Leeds, Liverpool (1882), 56,000 volumes; Manchester, Victoria University, which took over Owens College (1851), 115,000 volumes; Newcastle-upon-Tyne; Sheffield (1907), etc.—have significant collections of books. The libraries associated with theological colleges and public schools throughout England are often quite extensive, including Eton College (1441), 25,000 volumes; Haileybury (1862), 12,000 volumes; Harrow (Vaughan Library), 12,000 volumes; Mill Hill; Oscott College, Erdington (1838), 36,000 volumes; Rugby (1878), 8,000 volumes; Stonyhurst College (1794), around 40,000 volumes, etc. The new building for the University of Wales at Bangor has plenty of space for a proper library, and the University College at Aberystwyth also has a library.

The origin of the University Library of Edinburgh is to be found in a bequest of his books of theology and law made to the town in 1580 by Clement Little, advocate. This was two years before the foundation of the university, Scotland. and in 1584 the town council caused the collection to be removed to the college, of which they were the patrons. As it was the only library in the town, it continued to grow and received many benefactions, so that in 1615 it became necessary to erect a library building. Stimulated perhaps by the example of Bodley at Oxford, Drummond of Hawthornden made a large donation of books, of which he printed a catalogue in 1627, and circulated an appeal for assistance from others. In 1678 the library received a bequest of 2000 vols. from the Rev. James Nairne. In 1709 the library became entitled to the copy privilege, which has since been commuted for a payment of £575 per annum. In 1831 the books were removed to the present library buildings, for which a parliamentary grant had been obtained. The main library hall (190 ft. in length) is one of the most splendid apartments in Scotland. One of the rooms is set apart as a memorial to General Reid, by whose benefaction the library has greatly benefited. Amongst the more recent accessions have been the Halliwell-Phillips Shakespeare collection, the Laing collection of Scottish MSS., the Baillie collection of Oriental MSS. (some of which are of great value), and the Hodgson collection of works on political economy. The library now consists of about 210,000 vols. of printed books with over 2000 MSS. Recently it has been found necessary to make considerable additions to the shelving. The library of the university of Glasgow dates from the 15th century, and numbers George Buchanan and many other distinguished men amongst its early benefactors. A classified subject-catalogue has been printed, and there is also a printed dictionary catalogue. The annual accessions are about 1500, and the commutation-grant £707. Connected with the university, which is trustee for the public, is the library of the Hunterian Museum, formed by the eminent anatomist Dr William Hunter. It is a collection of great bibliographical interest, as it is rich in MSS. and in fine specimens of early printing, especially in Greek and Latin classics. There are about 200,000 vols. in the library.

The University Library of Edinburgh started from a donation of theology and law books given to the town in 1580 by Clement Little, an advocate. This was two years before the university was founded, Scotland. In 1584, the town council moved the collection to the college, which they supported. As it was the only library in town, it kept growing and received many donations, leading to the need for a dedicated library building in 1615. Possibly inspired by Bodley at Oxford, Drummond of Hawthornden made a large book donation and published a catalog in 1627, asking for help from others. In 1678, the library received a donation of 2,000 volumes from Rev. James Nairne. In 1709, the library gained the copy privilege, which has since been replaced with an annual payment of £575. In 1831, the books were relocated to the current library buildings, made possible by a parliamentary grant. The main library hall, which is 190 ft. long, is one of the most impressive spaces in Scotland. One of the rooms is dedicated as a memorial to General Reid, whose generosity greatly helped the library. Recent additions include the Halliwell-Phillips Shakespeare collection, the Laing collection of Scottish manuscripts, the Baillie collection of Oriental manuscripts (some of which are very valuable), and the Hodgson collection of works on political economy. The library now holds about 210,000 printed books and over 2,000 manuscripts. Recently, significant additions to the shelving have been deemed necessary. The University of Glasgow's library dates back to the 15th century and counts George Buchanan among its early benefactors. A classified subject catalog has been printed, along with a dictionary catalog. The library receives about 1,500 new items annually, and the commutation grant is £707. Connected to the university, which acts as a trustee for the public, is the Hunterian Museum library, established by the prominent anatomist Dr. William Hunter. This collection is of considerable bibliographical interest, rich in manuscripts and fine examples of early printing, especially of Greek and Latin classics. The library contains around 200,000 volumes.

The first mention of a library at St Andrews is as early as 1456. The three colleges were provided with libraries of their own about the time of their foundation—St Salvator’s 1455, St Leonard’s 1512, St Mary’s 1537. The University Library was established about 1610 by King James VI., and in the course of the 18th century the college libraries were merged in it. The copyright privilege was commuted in 1837. The collection numbers 120,000 vols. exclusive of pamphlets, with about 200 MSS., chiefly of local interest. A library is supposed to have existed at Aberdeen since the foundation of King’s College by Bishop Elphinstone in 1494. The present collection combines the libraries of King’s College and Marischal College, now incorporated in the university. The latter had its origin in a collection of books formed by the town authorities at the time of the Reformation, and for some time kept in one of the churches. The library has benefited by the Melvin bequest, chiefly of classical books, and those of Henderson and Wilson, and contains some very valuable books. The general library is located in Old Aberdeen in a room of imposing design, while the medical and law books are in the New Town in Marischal College. The library has a grant, in lieu of the copyright privilege, of £320. The annual income of the library is £2500, and it contains over 180,000 vols. The books are classified on a modification of the decimal system, and there are printed author and MS. subject-catalogues. By arrangement with the municipal library authority, books are lent to non-students. All the technical schools, public schools, and theological and other colleges in Scotland are well equipped with libraries as the following list will show:—Aberdeen: Free Church College, 17,000 vols. Edinburgh: Fettes College, c. 5000 vols.; Heriot’s Hospital (1762), c. 5000 vols.; New College (1843), 50,000 vols. Glasgow: Anderson’s College (containing the valuable Euing music library), 16,000 vols.; United Free Church Theological College, 33,000 vols. Trinity College, Glenalmond, 5000 vols.

The first mention of a library at St Andrews dates back to 1456. The three colleges each had their own libraries around the time they were founded—St Salvator’s in 1455, St Leonard’s in 1512, and St Mary’s in 1537. The University Library was established around 1610 by King James VI., and during the 18th century, the college libraries were merged into it. The copyright privilege was changed in 1837. The collection has 120,000 volumes, not including pamphlets, and about 200 manuscripts, mainly of local interest. A library is believed to have existed in Aberdeen since the founding of King’s College by Bishop Elphinstone in 1494. The current collection combines the libraries of King’s College and Marischal College, which are now part of the university. The Marischal College library originated from a collection of books created by the town authorities during the Reformation, initially kept in one of the churches. The library has benefited from the Melvin bequest, primarily of classical books, and also from the collections of Henderson and Wilson, and it contains some very valuable books. The general library is located in Old Aberdeen in a grand room, while the medical and law books are found in the New Town in Marischal College. The library receives a grant of £320 in place of the copyright privilege. Its annual income is £2,500, and it holds over 180,000 volumes. The books are classified using a modified decimal system, and there are printed author and subject catalogues. In collaboration with the municipal library authority, books can be borrowed by non-students. All technical schools, public schools, and theological and other colleges in Scotland are well-equipped with libraries, as the following list shows:—Aberdeen: Free Church College, 17,000 vols. Edinburgh: Fettes College, approximately 5,000 vols.; Heriot’s Hospital (1762), approximately 5,000 vols.; New College (1843), 50,000 vols. Glasgow: Anderson’s College (which includes the valuable Euing music library), 16,000 vols.; United Free Church Theological College, 33,000 vols. Trinity College, Glenalmond, 5,000 vols.

The establishment of the library of Trinity College, Dublin, is contemporaneous with that of the Bodleian at Oxford, and it is an interesting circumstance that, when Challoner and Ussher (afterwards the archbishop) were in Ireland. London purchasing books to form the library, they met Bodley there, and entered into friendly intercourse and co-operation with him to procure the choicest and best books. The commission was given to Ussher and Challoner as trustees of the singular donation which laid the foundation of the library. In the year 1601 the English army determined to commemorate their victory over the Spanish troops at Kinsale by some permanent monument. Accordingly they subscribed the sum of £1800 to establish a library in the university of Dublin. For Ussher’s own collection, consisting of 10,000 vols. and many valuable MSS., the college was also indebted to military generosity. On his death in 1655 the officers and soldiers of the English army then in Ireland purchased the whole collection for £22,000 with the design of presenting it to the college. Cromwell, however, interfered, alleging that he proposed to found a new college, where the books might more conveniently be preserved. They were deposited therefore in Dublin Castle, and the college only obtained them after the Restoration. In 1674 Sir Jerome Alexander left his law books with some valuable MSS. to the college. In 1726 Dr Palliser, archbishop of Cashel, bequeathed over 4000 vols. to the library; and ten years later Dr Gilbert gave the library nearly 13,000 vols. which he had himself collected and arranged. In 1745 the library received a valuable collection of MSS. as a bequest from Dr Stearne. In 1802 the collection formed by the pensionary Fagel, which had been removed to England on the French invasion of Holland, was acquired for £10,000. It consisted of over 20,000 vols. In 1805 Mr Quin bequeathed a choice collection of classical and Italian books. There have been many other smaller donations, in addition to which the library is continually increased by the books received under the Copyright Act. The library now contains 300,000 vols. and over 2000 MSS. There is no permanent endowment, and purchases are made by grants from the board. The whole collections are contained in one building, erected in 1732, consisting of eight rooms. The great library hall is a magnificent apartment over 200 ft. long. A new reading-room was opened in 1848. A catalogue of the books acquired before 1872 has been printed (1887). There is a printed catalogue of the MSS. and Incunabula (1890). Graduates of Dublin, Oxford, and Cambridge are admitted to read permanently, and temporary admission is granted by the board to any fit person who makes application.

The library of Trinity College, Dublin, was established around the same time as the Bodleian Library at Oxford. Interestingly, when Challoner and Ussher (who later became the archbishop) were in London buying books to build the library, they met Bodley and formed a friendly partnership with him to obtain the best and most valuable books. Ussher and Challoner were appointed as trustees for the unique donation that established the library. In 1601, the English army decided to commemorate their victory over the Spanish forces at Kinsale with a lasting monument. They raised £1,800 to create a library at the University of Dublin. Ussher’s own collection, which included 10,000 volumes and many valuable manuscripts, was also funded thanks to military generosity. After his death in 1655, the English army officers and soldiers in Ireland bought his entire collection for £22,000 with the intention of donating it to the college. However, Cromwell intervened, claiming he wanted to start a new college where the books could be better stored. Therefore, the books were placed in Dublin Castle, and the college only received them after the Restoration. In 1674, Sir Jerome Alexander left his law books and some valuable manuscripts to the college. In 1726, Dr. Palliser, Archbishop of Cashel, bequeathed over 4,000 volumes to the library; ten years later, Dr. Gilbert donated nearly 13,000 volumes that he had collected and organized. In 1745, the library received a valuable collection of manuscripts as a bequest from Dr. Stearne. In 1802, a collection formed by the pensionary Fagel, which had been moved to England during the French invasion of Holland, was bought for £10,000; it included over 20,000 volumes. In 1805, Mr. Quin left a selected collection of classical and Italian books. There have been numerous other smaller donations, and the library continues to grow with books received under the Copyright Act. Today, the library holds 300,000 volumes and over 2,000 manuscripts. There is no permanent endowment, and purchases are made through grants from the board. All collections are housed in a single building built in 1732, which includes eight rooms. The main library hall is a magnificent space over 200 feet long. A new reading room was opened in 1848. A catalog of books acquired before 1872 was printed in 1887, and a printed catalog of the manuscripts and incunabula was published in 1890. Graduates from Dublin, Oxford, and Cambridge can read permanently, and the board grants temporary access to any qualified person who applies.

The library of Queen’s College, Belfast (1849), contains about 60,000 vols., while Queen’s College, Cork (1849), has over 32,000 vols. St Patrick’s College, Maynooth (1795), has about 60,000, and other collegiate libraries are well supplied with books.

The library of Queen’s College, Belfast (1849), has around 60,000 volumes, while Queen’s College, Cork (1849), boasts over 32,000 volumes. St Patrick’s College, Maynooth (1795), holds about 60,000, and other college libraries are also well stocked with books.

With one or two exceptions, libraries are attached to the cathedrals of England and Wales. Though they are of course intended for the use of the cathedral or diocesan clergy, they are in most cases open to any respectable Cathedral and church libraries. person who may be properly introduced. They seldom contain very much modern literature, chiefly consisting of older theology, with more or less addition of classical and historical literature. They vary in extent from a few volumes, as at Llandaff or St David’s, to 20,000 vols., as at 556 Durham. Together they possess nearly 150,000 printed and manuscript vols. As a rule, very little is spent upon them, and they are very little used. The chamber in the old cloisters, in which the library of the dean and chapter of Westminster is preserved, is well known from the charming description by Washington Irving in his Sketch Book. There are about 14,000 vols., mostly of old theology and history, including many rare Bibles and other valuable books. The library of the dean and chapter of St Paul’s Cathedral was founded in very early times, and now numbers some 22,000 vols. and pamphlets, mainly theological, with a good collection of early Bibles and Testaments, Paul’s Cross Sermons, and works connected with the cathedral.

With a few exceptions, libraries are connected to the cathedrals of England and Wales. While they are primarily meant for the cathedral or diocesan clergy, they are usually accessible to any respectable person who can get a proper introduction. They rarely have much modern literature, mostly containing older theological texts, along with some classical and historical works. The size of these libraries ranges from a few volumes, like those at Llandaff or St David’s, to 20,000 volumes at Durham. Together, they hold nearly 150,000 printed and manuscript volumes. Generally, very little funding is allocated for them, and they see little usage. The room in the old cloisters, where the library of the dean and chapter of Westminster is kept, is famous for the beautiful depiction by Washington Irving in his Sketch Book. There are about 14,000 volumes, mostly old theological and historical texts, including many rare Bibles and other valuable books. The library of the dean and chapter of St Paul’s Cathedral was established in very early times and now houses around 22,000 volumes and pamphlets, primarily theological, along with a good collection of early Bibles and Testaments, Paul’s Cross Sermons, and works related to the cathedral.

Perhaps the best library of Catholic theology in London is that of the Oratory at South Kensington, established in 1849, and now containing nearly 35,000 vols. The Catholic Cathedral of Westminster, of recent foundation, contains about 22,000 vols. The archiepiscopal library at Lambeth was founded in 1610 by Archbishop Bancroft, and has been enriched by the gifts of Laud, Tenison, Manners Sutton, and others of his successors; it is now lodged in the noble hall built by Juxon. The treasures consist of the illuminated MSS., and a rich store of early printed books; of the latter two catalogues have been issued by Samuel Roffey Maitland (1792-1866). The MSS. are described in H. J. Todd’s catalogue, 1812. The total number of printed books and manuscripts is nearly 45,000.

Perhaps the best library of Catholic theology in London is the Oratory at South Kensington, established in 1849, and now containing nearly 35,000 volumes. The Catholic Cathedral of Westminster, which was established more recently, has about 22,000 volumes. The archiepiscopal library at Lambeth was founded in 1610 by Archbishop Bancroft and has been enhanced by gifts from Laud, Tenison, Manners Sutton, and others who succeeded him; it is now housed in the impressive hall built by Juxon. The collection includes illuminated manuscripts and a substantial number of early printed books; two catalogues of these have been published by Samuel Roffey Maitland (1792-1866). The manuscripts are listed in H. J. Todd’s catalogue from 1812. The total number of printed books and manuscripts is nearly 45,000.

The library of Christ Church, Oxford, belongs alike to the college and the cathedral, but will be more properly described as a college library. The cathedral library of Durham dates from monastic times, and possesses many of the books which belonged to the monastery. These were added to by Dean Sudbury, the second founder of the library, and Bishop Cosin. The collection has been considerably increased in more modern times, and now contains 15,000 vols. It is especially rich in MSS., some of which are of great beauty and value; a catalogue of them was printed in 1825. The library has good topographical and entomological collections. The chapter spend £370 per annum in salaries and in books. The library at York numbers about 11,000 vols., and has been very liberally thrown open to the public. It is kept in the former chapel of the archbishop’s palace, and has many valuable MSS. and early printed books. The foundation of the library at Canterbury dates probably from the Roman mission to England, A.D. 596, although the library does not retain any of the books then brought over, or even of the books said to have been sent by Pope Gregory to the first archbishop in 601. It is recorded that among Lanfranc’s buildings was a new library, and Becket is said to have collected books abroad to present to the library. The collection now numbers about 9900 printed books, with about 110 MS. vols., and between 6000 and 7000 documents. A catalogue was printed in 1802. The present building was erected in 1867 on part of the site of the monastic dormitory. The library at Lincoln contains 7400 vols., of which a catalogue was printed in 1859. It possesses a fine collection of political tracts of the age of Elizabeth, James and Charles I. The present collection at Chichester dates from the Restoration only; that at Ely is rich in books and tracts relating to the non-jurors. The library at Exeter possesses many Saxon MSS. of extreme interest, one of them being the gift of Leofric, the first bishop. The treasures of Lichfield were destroyed by the Puritans during the civil war, and the existing library is of later formation. Frances, duchess of Somerset, bequeathed to it nearly 1000 vols., including the famous Evangeliary of St Chad. The collection at Norwich is chiefly modern, and was presented by Dr Sayers. The earlier library at Peterborough having almost wholly perished in the civil war, Bishop White Kennett became the virtual founder of the present collection. Salisbury is rich in incunabula, and a catalogue has recently been printed. Winchester Cathedral Library is mainly the bequest of Bishop Morley in the 17th century. The library at Bristol, then numbering 6000 or 7000 vols., was burnt and pillaged by the mob in the riots of 1831. Only about 1000 vols. were saved, many of which were recovered, but few additions have been made to them. At Chester in 1691 Dean Arderne bequeathed his books and part of his estate “as the beginning of a public library for the clergy and city.” The library of Hereford is a good specimen of an old monastic library; the books are placed in the Lady Chapel, and about 230 choice MSS. are chained to oaken desks. The books are ranged with the edges outwards upon open shelves, to which they are attached by chains and bars. Another most interesting “chained” library is that at Wimborne Minster, Dorset, which contains about 280 books in their original condition. The four Welsh cathedrals were supplied with libraries by a deed of settlement in 1709. The largest of them, that of St Asaph, has about 1750 vols. The Bibliotheca Leightoniana, or Leightonian Library, founded by Archbishop Leighton in 1684 in Dunblane Cathedral, Scotland, contains about 2000 vols., and is the only cathedral library in Scotland of any historic interest. The library of St Benedict’s Abbey, Fort Augustus (1878) with 20,000 vols. is an example of a recent foundation. The public library in St Patrick’s Cathedral, Dublin, sometimes called Marsh’s Library after its founder, was established about 1694 by Archbishop Marsh, was incorporated by act of parliament in 1707, and endowed by its founder at his death in 1713. The building was erected by the founder, and the original oak fittings still remain. There is no room for additions, and a large collection of modern books was refused a few years ago on that account. The endowment is too small to allow of purchases from the funds of the library, so that it still retains the character of a 17th-century library. The books are chiefly theological, and in the learned languages; they include the libraries of Bishop Stillingfleet and of Elias Bouhereau, a French refugee, who was the first librarian.

The library of Christ Church, Oxford, is shared by both the college and the cathedral but is more correctly described as a college library. The cathedral library of Durham dates back to monastic times and includes many books that belonged to the monastery. These were expanded by Dean Sudbury, the second founder of the library, and Bishop Cosin. The collection has grown significantly in more recent years and now holds 15,000 volumes. It is particularly rich in manuscripts, some of which are exceptionally beautiful and valuable; a catalog of them was published in 1825. The library has solid topographical and entomological collections. The chapter spends £370 annually on salaries and books. The library at York has about 11,000 volumes and has been generously opened to the public. It is housed in the former chapel of the archbishop’s palace and contains many valuable manuscripts and early printed books. The foundation of the library at Canterbury likely dates back to the Roman mission to England, A.D. 596, although it doesn't have any books from that time, nor from those said to have been sent by Pope Gregory to the first archbishop in 601. It is noted that among Lanfranc’s constructions was a new library, and Becket is said to have collected books abroad to donate to it. The current collection has around 9,900 printed books, about 110 manuscript volumes, and between 6,000 and 7,000 documents. A catalog was published in 1802. The present building was constructed in 1867 on part of the site of the monastic dormitory. The library at Lincoln has 7,400 volumes, and a catalog was published in 1859. It has a fine collection of political pamphlets from the reigns of Elizabeth, James, and Charles I. The current collection at Chichester dates only from the Restoration; the one at Ely has a lot of books and pamphlets about the non-jurors. The library at Exeter contains many Saxon manuscripts of great interest, one being a gift from Leofric, the first bishop. The treasures of Lichfield were destroyed by the Puritans during the civil war, and the existing library was formed later. Frances, Duchess of Somerset, left nearly 1,000 volumes to it, including the famous Evangeliary of St Chad. The collection at Norwich is mostly modern and was donated by Dr. Sayers. The earlier library at Peterborough was nearly entirely lost in the civil war, and Bishop White Kennett essentially established the current collection. Salisbury has a wealth of incunabula, and a catalog has recently been published. Winchester Cathedral Library mainly comes from the bequest of Bishop Morley in the 17th century. The library at Bristol, which then had around 6,000 or 7,000 volumes, was burned and looted during the riots of 1831. About 1,000 volumes were saved, many of which were recovered, but few additions have been made since. In Chester, in 1691, Dean Arderne bequeathed his books and part of his estate “as the beginning of a public library for the clergy and city.” The library of Hereford is a good example of an old monastic library; the books are housed in the Lady Chapel, with approximately 230 choice manuscripts chained to oak desks. The books are arranged with the edges facing outward on open shelves, to which they are attached by chains and bars. Another fascinating “chained” library is at Wimborne Minster, Dorset, which includes about 280 books in their original condition. The four Welsh cathedrals received libraries through a settlement deed in 1709. The largest of these, St Asaph's, has about 1,750 volumes. The Bibliotheca Leightoniana, or Leightonian Library, founded by Archbishop Leighton in 1684 in Dunblane Cathedral, Scotland, contains around 2,000 volumes and is the only cathedral library in Scotland of historical interest. The library of St Benedict’s Abbey, Fort Augustus (1878), with 20,000 volumes, is an example of a recent foundation. The public library in St Patrick’s Cathedral, Dublin, sometimes referred to as Marsh’s Library after its founder, was established around 1694 by Archbishop Marsh, incorporated by act of parliament in 1707, and endowed by its founder at his death in 1713. The building was constructed by the founder, and the original oak fittings still remain. There is no room for more additions, and a large collection of modern books was refused a few years ago for that reason. The endowment is too limited to allow for purchases from the library's funds, so it still has the feel of a 17th-century library. The books are mainly theological and in learned languages; they include the libraries of Bishop Stillingfleet and Elias Bouhereau, a French refugee who was the first librarian.

Endowed libraries may be defined as those which have been directly established by the bequests of individuals or corporate bodies, excluding those which have been assisted by donors or are merely named after them. As compared Endowed libraries. with the United States, the endowed libraries of Britain are few in number, although several are of great importance. London possesses very few libraries which have been endowed by individual donors. The principal are the Bishopsgate Institute (1891), which was founded out of sundry City of London charities, and now contains about 44,000 vols., and is celebrated for a fine collection of local prints, drawings and maps. It is open free to persons in the east part of the City. The Cripplegate Institute (1896) in Golden Lane, also founded out of charity moneys, has three branches—St Bride’s Foundation Institute (18,000 vols.), jointly; Queen Street, Cheapside, Branch (8000 vols.); and St Luke’s Institute (5000 vols.)—and contains 28,000 vols. Lectures and other entertainments are features of both these libraries. Dr Williams’ library was founded by the will of an eminent Presbyterian divine of that name; it was opened in 1729. The books (50,000) are housed in a new building in Gordon Square, completed in 1873. Theology of all schools of opinion is represented, and there are special collections of theosophical books and MSS., the works of Boehme, Law, and other mystical writers. The MSS. include the original minutes of the Westminster Assembly, letters and treatises of Richard Baxter, &c. The St Bride Foundation Technical Reference Library (1895) is a very complete collection of books and specimens of printing and the allied arts, including the libraries of William Blades and Talbot Baines Reed, and a number of more modern books presented by Mr Passmore Edwards. It contains about 18,000 vols., and is open to all persons interested in printing, lithography, &c., and also to the general public.

Endowed libraries are those that have been established directly through the donations of individuals or organizations, not those that have received support from donors or are simply named after them. Compared to the United States, there are relatively few endowed libraries in Britain, although some are quite significant. London has very few libraries that have been funded by individual donors. The main ones are the Bishopsgate Institute (1891), which was founded from various City of London charities and now holds about 44,000 volumes, renowned for its excellent collection of local prints, drawings, and maps. It is free to access for people in the eastern part of the City. The Cripplegate Institute (1896) in Golden Lane was also established from charitable funds and has three branches—St Bride’s Foundation Institute (18,000 volumes), Queen Street, Cheapside, Branch (8,000 volumes), and St Luke’s Institute (5,000 volumes)—with a total of 28,000 volumes. Lectures and other events are offered at both of these libraries. Dr. Williams’ Library was created by the will of a well-known Presbyterian minister of that name; it opened in 1729. The collection, which has 50,000 books, is housed in a new building in Gordon Square that was completed in 1873. It covers theology from various schools of thought and includes special collections of theosophical books and manuscripts, along with works by Boehme, Law, and other mystical authors. The manuscripts feature the original minutes from the Westminster Assembly, along with letters and writings by Richard Baxter, etc. The St Bride Foundation Technical Reference Library (1895) is an extensive collection of books and printing specimen, along with the libraries of William Blades and Talbot Baines Reed, and several modern books donated by Mr. Passmore Edwards. It holds around 18,000 volumes and is open to anyone interested in printing, lithography, etc., as well as the general public.

The most notable of the English provincial endowed libraries are those established in Manchester. The fine old library established by Humphrey Chetham in 1653 is still housed in the old collegiate buildings where Sir Walter Raleigh was once entertained by Dr Dee. The collection consists largely of older literature, and numbers about 60,000 volumes and MSS. It is freely open to the public, and may be said to have been the first free library in England. Catalogues in broad classified form were issued in 1791-1863, and there have been supplements since. A remarkable instance of a great library established by private munificence is that of the John Rylands Library at Manchester, which was founded, erected and endowed by Mrs E. A. Rylands in memory of her husband, and is contained in a magnificent building designed by Basil Champneys and opened in 1899. The collection was formed largely on the famous Althorp Library, made by Earl Spencer (40,000 vols.), one of the most remarkable collections of early printed books and rare Bibles ever brought together. The present number of volumes is about 115,000, of which over 2500 are incunabula. A short-title catalogue, 3 vols. 4to., and one of English books, have been published, and a manuscript dictionary catalogue has been provided. Several valuable special catalogues and descriptive lists have been issued, one of the latest being a special catalogue of the architectural works contained in all the Manchester libraries.

The most notable of the English provincial endowed libraries are those established in Manchester. The impressive old library founded by Humphrey Chetham in 1653 is still located in the historic collegiate buildings where Sir Walter Raleigh was once hosted by Dr. Dee. The collection consists mainly of older literature and includes about 60,000 volumes and manuscripts. It is open to the public for free and is considered the first free library in England. Catalogs in broadly classified form were published from 1791 to 1863, with supplements added since then. A remarkable example of a large library created through private generosity is the John Rylands Library in Manchester, which was founded, built, and funded by Mrs. E. A. Rylands in memory of her husband. It is housed in a stunning building designed by Basil Champneys, which opened in 1899. The collection was largely based on the famous Althorp Library, assembled by Earl Spencer (40,000 volumes), noted as one of the most extraordinary collections of early printed books and rare Bibles ever gathered. The current total is about 115,000 volumes, of which over 2,500 are incunabula. A short-title catalog, three volumes in quarto, as well as a catalog of English books, have been published, along with a manuscript dictionary catalog. Several valuable specialized catalogs and descriptive lists have been released, one of the latest being a special catalog of the architectural works housed in all the Manchester libraries.

The William Salt Library, a special Staffordshire library with numerous MSS. and other collections, formed to bring together materials for a history of Staffordshire, was opened to the public in 1874 in the town of Stafford. It contains nearly 20,000 books, prints and other items.

The William Salt Library, a unique library in Staffordshire with many manuscripts and other collections, was established to gather materials for a history of Staffordshire. It opened to the public in 1874 in the town of Stafford and houses almost 20,000 books, prints, and other items.

Other endowed libraries in the English provinces which deserve mention are the Bingham Public Library (1905) at Cirencester; the Guille-Allès Library (1856), Guernsey; St Deiniol’s Library (1894), Hawarden, founded by William Ewart Gladstone, the great statesman; and the Shakespeare Memorial Library and theatre (1879) at Stratford-upon-Avon.

Other notable libraries in the English provinces include the Bingham Public Library (1905) in Cirencester; the Guille-Allès Library (1856) in Guernsey; St Deiniol’s Library (1894) in Hawarden, established by the prominent statesman William Ewart Gladstone; and the Shakespeare Memorial Library and theater (1879) in Stratford-upon-Avon.

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The most important endowed library in Scotland is the Mitchell Library in Glasgow, founded by Stephen Mitchell, tobacco-manufacturer (1874), who left £70,000 for the purpose. It was opened in 1877 in temporary premises, and after various changes will soon be transferred to a very fine new building specially erected. It contains some very valuable special collections, among which may be mentioned Scottish poetry, Burns’ works, Glasgow books and printing, and a choice collection of fine books on art and other subjects given by Robert Jeffrey. It contains nearly 200,000 vols. and is the reference library for the Glasgow public library system. Another older Glasgow public library, also founded by a tobacco merchant, is Stirling’s and Glasgow Public Library (1791), which was endowed by Walter Stirling, and amalgamated with an existing subscription library. It contains 60,000 vols. and is free to reference readers, but a subscription is charged for borrowing privileges. Still another Glasgow institution is Baillie’s Institution Free Reference Library, established under the bequest of George Baillie (1863), but not opened till 1887. It contains over 24,000 vols. Other Scottish endowed libraries are the Anderson Library, Woodside, Aberdeen (1883); the Taylor Free Library, Crieff (1890); the Elder Free Library, Govan (1900); and the Chambers Institution, Peebles (1859), founded by William Chambers, the well-known publisher. The public library of Armagh, Ireland, was founded by Lord Primate Robinson in 1770, who gave a considerable number of books and an endowment. The books are freely available, either on the spot, or by loan on deposit of double the value of the work applied for.

The most important library in Scotland is the Mitchell Library in Glasgow, established by Stephen Mitchell, a tobacco manufacturer, in 1874, who donated £70,000 for this purpose. It opened in 1877 in temporary facilities, and after several changes, it will soon move to a beautiful new building built just for it. The library has some very valuable special collections, including Scottish poetry, works by Burns, books about Glasgow and its printing history, and a fine collection of art books and other subjects donated by Robert Jeffrey. It holds nearly 200,000 volumes and serves as the reference library for the Glasgow public library system. Another older Glasgow library, also started by a tobacco merchant, is the Stirling’s and Glasgow Public Library (1791), which was funded by Walter Stirling and merged with an existing subscription library. This library has 60,000 volumes and allows free access for reference readers, although a subscription is required for borrowing privileges. Another Glasgow institution is Baillie’s Institution Free Reference Library, which was established under George Baillie’s bequest in 1863 but didn't open until 1887. It contains over 24,000 volumes. Other endowed libraries in Scotland include the Anderson Library, Woodside, Aberdeen (1883); the Taylor Free Library, Crieff (1890); the Elder Free Library, Govan (1900); and the Chambers Institution, Peebles (1859), founded by the well-known publisher William Chambers. The public library in Armagh, Ireland, was established by Lord Primate Robinson in 1770, who donated a significant number of books and provided an endowment. The books are freely available for use on-site or can be borrowed with a deposit worth double the value of the requested item.

There are many libraries belonging to societies devoted to the study of every kind of subject, and Libraries of societies and learned bodies. it is only necessary to mention a few of the principal. Full particulars of most of them will be found in Reginald A. Rye’s Libraries of London: a Guide for Students (1910), a work of accuracy and value.

There are many libraries that belong to societies focused on studying a wide range of topics, and Libraries of communities and academic institutions. it's only necessary to highlight a few of the main ones. Detailed information about most of them can be found in Reginald A. Rye’s Libraries of London: a Guide for Students (1910), which is a precise and valuable resource.

Of the law libraries, that at Lincoln’s Inn, London, is the oldest and the largest. It dates from 1497, when John Nethersale, a member of the society, made a bequest of forty marks, part of which was to be devoted to the building of a library for the benefit of the students of the laws of England. A catalogue of the printed books was published in 1859 and since supplemented, and the MSS. were catalogued by the Rev. Joseph Hunter in 1837. There are about 72,000 vols. The library of the Inner Temple is known to have existed in 1540. In the middle of the 17th century it received a considerable benefaction from William Petyt, the well-known keeper of the Tower records. There are now about 60,000 vols., including the pamphlets collected by John Adolphus for his History of England, books on crime and prisons brought together by Mr Crawford, and a selection of works on jurisprudence made by John Austin. A library in connexion with the Middle Temple was in existence during the reign of Henry VIII., but the date usually assigned to its foundation is 1641, when Robert Ashley left his books to the inn of which he had been a member. There are now about 50,000 vols. Gray’s Inn Library (21,000 vols.) was perhaps established before 1555. In 1669 was made the first catalogue of the books, and the next, still extant, in 1689. The Law Society (1828) has a good law and general library (50,000 vols.), including the best collection of private acts of parliament in England. The library of the Royal Society (1667), now housed in Burlington House, contains over 80,000 vols., of which many are the transactions and other publications of scientific bodies. The Royal Institution of Great Britain (1803) possesses a reference library of 60,000 vols. Some of its early catalogues were in classified form. The London Institution (1805), in the City, is a general library of reference and lending books open to members only. There are about 150,000 vols., and lectures are given in connexion with the institution. The Royal Society of Arts has a library numbering about 11,000 vols., chiefly the publications of other learned bodies.

Of the law libraries, the one at Lincoln’s Inn in London is the oldest and the largest. It dates back to 1497, when John Nethersale, a member of the society, bequeathed forty marks, part of which was to be used for building a library for the benefit of students of English law. A catalogue of the printed books was published in 1859 and has since been updated, while the manuscripts were catalogued by Rev. Joseph Hunter in 1837. There are about 72,000 volumes. The library of the Inner Temple is known to have existed in 1540. In the mid-17th century, it received a significant donation from William Petyt, the well-known keeper of the Tower records. It now holds about 60,000 volumes, including the pamphlets collected by John Adolphus for his History of England, books on crime and prisons gathered by Mr. Crawford, and a selection of works on jurisprudence by John Austin. A library connected with the Middle Temple existed during the reign of Henry VIII, but it is typically considered to have been officially established in 1641 when Robert Ashley left his books to the inn he had belonged to. It now contains about 50,000 volumes. Gray’s Inn Library, with 21,000 volumes, was likely established before 1555. The first catalogue of its books was made in 1669, with the next surviving one from 1689. The Law Society, established in 1828, has a solid law and general library of 50,000 volumes, which includes the best collection of private acts of parliament in England. The Royal Society library, founded in 1667 and now located in Burlington House, has over 80,000 volumes, many of which are transactions and other publications from scientific bodies. The Royal Institution of Great Britain, established in 1803, has a reference library of 60,000 volumes; some of its early catalogues were organized by category. The London Institution, founded in 1805 in the City, is a general library with reference and lending books available only to members. It has about 150,000 volumes, with lectures conducted in conjunction with the institution. The Royal Society of Arts has a library of around 11,000 volumes, mainly consisting of publications from other scholarly organizations.

The best library of archaeology and kindred subjects is that of the Society of Antiquaries, Burlington House, consisting of nearly 40,000 printed vols. and many MSS. It is rich in early printed books, topography, heraldry and numismatics, and includes a curious collection of books on pageants presented by Mr Fairholt, and the remarkable assemblage of lexicographical works formerly belonging to Albert Way.

The best library for archaeology and related subjects is at the Society of Antiquaries, Burlington House. It has nearly 40,000 printed volumes and many manuscripts. It's well-stocked with early printed books, topography, heraldry, and numismatics, and features an interesting collection of books on pageants donated by Mr. Fairholt, along with a notable collection of lexicographical works that once belonged to Albert Way.

Of libraries devoted to the natural sciences may be mentioned those of the Geological Society of London (1807), with over 30,000 vols. and maps; the Linnean Society (1788), 35,000 vols.; the Zoological Society (1829), about 31,000 vols. Of libraries associated with medicine there are those of the Royal Society of Medicine (1907), incorporating a number of medical societies, over 95,000 vols., about to be housed in a new building; the Royal College of Physicians (1525), 26,000 vols.; the British Medical Association, 20,000 vols.; the Royal College of Surgeons of England (1800), 60,000 vols., with a MS. catalogue on cards; the Chemical Society (1841), over 25,000 vols.; and the Pharmaceutical Society of Great Britain (1841), about 15,000 vols. Other important London society libraries are—the Royal Geographical Society (1830), 50,000 vols., and numerous maps in a special room, open to the public for reference; the Royal Colonial Institute (1868), 70,000 vols. of British colonial literature; the Royal United Service Institution, Whitehall (1831), has 32,000 works on military and naval subjects and a museum. Large and interesting collections of books are owned by the British and Foreign Bible Society, the Institution of Civil Engineers, the Institution of Electrical Engineers (containing the Ronalds Library), the Royal Academy, the Royal Institute of British Architects, and practically every other working society in London.

Of libraries dedicated to the natural sciences, we can mention the Geological Society of London (1807), which has over 30,000 volumes and maps; the Linnean Society (1788), with 35,000 volumes; and the Zoological Society (1829), with about 31,000 volumes. In terms of libraries related to medicine, there is the Royal Society of Medicine (1907), which brings together several medical societies and holds over 95,000 volumes, soon to be housed in a new building; the Royal College of Physicians (1525), with 26,000 volumes; the British Medical Association, which has 20,000 volumes; the Royal College of Surgeons of England (1800), with 60,000 volumes and a manuscript catalog on cards; the Chemical Society (1841), boasting over 25,000 volumes; and the Pharmaceutical Society of Great Britain (1841), with about 15,000 volumes. Other significant society libraries in London include the Royal Geographical Society (1830), which has 50,000 volumes and numerous maps available for public reference in a special room; the Royal Colonial Institute (1868), with 70,000 volumes of British colonial literature; and the Royal United Service Institution in Whitehall (1831), which has 32,000 works on military and naval topics along with a museum. Additionally, large and fascinating collections of books are maintained by the British and Foreign Bible Society, the Institution of Civil Engineers, the Institution of Electrical Engineers (which includes the Ronalds Library), the Royal Academy, the Royal Institute of British Architects, and nearly every other working society in London.

The English provincial libraries connected with societies or learned bodies are mostly attached to those concerned with law, medicine, and various antiquarian, literary and scientific subjects. The headquarters of most national societies being in London to some extent accounts for the comparatively small number of these special libraries in the provinces.

The English provincial libraries associated with societies or academic organizations are mainly linked to those related to law, medicine, and various antiquarian, literary, and scientific topics. The fact that the headquarters of most national societies are located in London partially explains the relatively small number of these specialized libraries in the provinces.

The most important libraries of this description outside London are situated in Scotland and Ireland, and one at least is practically a national collection.

The most important libraries of this kind outside London are located in Scotland and Ireland, and at least one is essentially a national collection.

The principal library in Scotland is that of the Faculty of Advocates at Edinburgh, who in 1680 appointed a committee of their number, which reported that “it was fitt that, seeing if the recusants could be made pay their entire money, there wold be betwixt three thousand and four thousand pounds in cash; that the same be imployed on the best and fynest lawers and other law bookes, conforme to a catalogue to be condescended upon by the Facultie, that the samen may be a fonde for ane Bibliothecque whereto many lawers and others may leave their books.” In 1682 the active carrying out of the scheme was committed to the Dean of Faculty, Sir George Mackenzie of Rosehaugh, who may be regarded as the founder of the library. In 1684 the first librarian was appointed, and the library appears to have made rapid progress, since it appears from the treasurer’s accounts that in 1686 the books and furniture were valued at upwards of £11,000 Scots, exclusive of donations. In the year 1700, the rooms in the Exchange Stairs, Parliament Close, in which the library was kept, being nearly destroyed by fire the collection was removed to the ground floor of the Parliament House, where it has ever since remained. The library retains the copyright privilege conferred upon it in 1709. Of the special collections the most important are the Astorga collection of old Spanish books, purchased by the faculty in 1824 for £4000; the Thorkelin collection, consisting of about 1200 vols., relating chiefly to the history and antiquities of the northern nations, and including some rare books on old Scottish poetry; the Dietrich collection of over 100,000 German pamphlets and dissertations, including many of the writings of Luther and Melanchthon, purchased for the small sum of £80; and the Combe collection.

The main library in Scotland is the Faculty of Advocates library in Edinburgh. In 1680, they set up a committee that reported it would be wise to use money from recusants, estimating that there could be between three thousand and four thousand pounds available. They recommended that the funds be used to buy the best and finest legal books according to a list agreed upon by the Faculty, creating a resource for lawyers and others to leave their books. In 1682, the Dean of Faculty, Sir George Mackenzie of Rosehaugh, was tasked with putting this plan into action, making him the library's founder. In 1684, the first librarian was appointed, and the library quickly advanced, with the treasurer’s accounts indicating that by 1686, the books and furniture were worth over £11,000 Scots, not including donations. In 1700, the library was almost destroyed in a fire at the Exchange Stairs on Parliament Close, prompting the collection to be moved to the ground floor of the Parliament House, where it has stayed ever since. The library retains the copyright privilege granted to it in 1709. Among its special collections, the most notable are the Astorga collection of old Spanish books, bought by the Faculty in 1824 for £4,000; the Thorkelin collection, comprising about 1,200 volumes focused on the history and antiquities of northern nations, including rare books on old Scottish poetry; the Dietrich collection, with over 100,000 German pamphlets and dissertations, many authored by Luther and Melanchthon, bought for just £80; and the Combe collection.

The faculty appear early to have turned their attention to the collection of MSS., and this department of the library now numbers about 3000 vols. Many of them are of great interest and value, especially for the civil and ecclesiastical history of Scotland before and after the Reformation. There are thirteen monastic chartularies which escaped the destruction of the religious houses to which they belonged. The MSS. relating to Scottish church history include the collections of Spottiswoode, Wodrow and Calderwood. The Wodrow collection consists of 154 vols., and includes his correspondence, extending from 1694 to 1726. Sir James Balfour’s collection and the Balcarres papers consist largely of original state papers, and include many interesting royal letters of the times of James V., Queen Mary and James VI. The Sibbald papers, numbering over 30 vols., are largely topographical. The Riddel notebooks, numbering 156 vols., contain collections to illustrate the genealogy of Scottish families. There are about one hundred volumes of Icelandic MSS., purchased in 1825 from Professor Finn Magnusson, and some Persian and Sanskrit, with a few classical, manuscripts. The department has some interesting treasures of old poetry, extending to 73 vols. The most important are the Bannatyne MS., in 2 vols. folio, written by George Bannatyne in 1568, and the Auchinleck MS., a collection of ancient English poetry, named after Alexander Boswell of Auchinleck, who presented it in 1774.

The faculty seems to have started focusing on collecting manuscripts early on, and this part of the library now has about 3,000 volumes. Many of them are quite interesting and valuable, particularly for studying civil and church history in Scotland before and after the Reformation. There are thirteen monastic chartularies that survived the destruction of the religious houses they belonged to. The manuscripts related to Scottish church history include the collections by Spottiswoode, Wodrow, and Calderwood. The Wodrow collection has 154 volumes and includes his correspondence from 1694 to 1726. Sir James Balfour’s collection and the Balcarres papers mainly consist of original state documents and feature many fascinating royal letters from the times of James V, Queen Mary, and James VI. The Sibbald papers, with over 30 volumes, mainly focus on topography. The Riddel notebooks contain 156 volumes that collect information illustrating the genealogy of Scottish families. There are about one hundred volumes of Icelandic manuscripts, purchased in 1825 from Professor Finn Magnusson, as well as some Persian and Sanskrit texts, along with a few classical manuscripts. The department holds some intriguing treasures of old poetry, totaling 73 volumes. The most significant are the Bannatyne manuscript, in two folio volumes, written by George Bannatyne in 1568, and the Auchinleck manuscript, a collection of ancient English poetry, named after Alexander Boswell of Auchinleck, who donated it in 1774.

The first catalogue of the printed books was compiled in 1692, and contains a preface by Sir George Mackenzie. Another was prepared under the care of Ruddiman in 1742. In 1853 the late Mr Halkett commenced a catalogue, which has been printed in 6 vols. 4to, with a supplement, and includes all the printed books in the library at the end of 1871, containing about 260,000 entries. The library, managed by a keeper and staff, under a board of six curators, is easily accessible to all persons engaged in literary work, and now contains about 500,000 vols.

The first catalog of printed books was put together in 1692 and includes a preface by Sir George Mackenzie. Another was created under Ruddiman's supervision in 1742. In 1853, the late Mr. Halkett started a catalog, which was published in 6 volumes (4to), along with a supplement, and covers all the printed books in the library as of the end of 1871, totaling about 260,000 entries. The library, run by a keeper and staff under a board of six curators, is easily accessible to anyone involved in literary work and now holds about 500,000 volumes.

The library of the Writers to the Signet was established by the Society at Edinburgh in 1755. At first it consisted of law books exclusively, but in 1788 they began to collect the best editions of works in other departments of literature. During the librarianship of Macvey Napier (1805-1837) the number of volumes was more than sextupled, and in 1812 the library was removed to the new hall adjoining the Parliament House. In 1834 the upper hall was devoted to the collection. This is a magnificent apartment 142 ft. long, with a beautiful cupola painted by Stothard. The library now contains over 110,000 vols. and includes some fine specimens of early printing, as well as many other rare and costly works. It is especially rich in county histories and British topography and antiquities. A catalogue of the law books was printed in 1856. The late David Laing, who became librarian in 1837, published the first volume of a new catalogue in 1871, and in 1891 this was completed with a subject 558 index. The books are lent out to the writers and even to strangers recommended by them.

The library of the Writers to the Signet was established by the Society in Edinburgh in 1755. Initially, it only included law books, but starting in 1788, they began collecting the best editions of works from other areas of literature. During Macvey Napier's time as librarian (1805-1837), the number of volumes increased more than sixfold, and in 1812, the library was moved to the new hall next to the Parliament House. In 1834, the upper hall was dedicated to the collection. This is a stunning room 142 ft. long, featuring a beautiful dome painted by Stothard. The library now holds over 110,000 volumes and includes fine examples of early printing, as well as many rare and valuable works. It is particularly rich in county histories, British topography, and antiquities. A catalogue of the law books was published in 1856. The late David Laing, who became librarian in 1837, released the first volume of a new catalogue in 1871, and this was completed in 1891 with a subject 558 index. The books are lent out to writers and even to strangers recommended by them.

The library of the Royal Irish Academy at Dublin was established on the formation of the Academy in 1785 for the purpose of promoting the study of science, literature and antiquities in Ireland. The library possesses about 80,000 printed vols. and MSS. There is a large collection of MSS. and books relating to the history, ancient language, and antiquities of Ireland. They include the Betham collection, acquired partly by public subscription in 1851. The library is partly supported by a government grant and is freely open on a proper introduction. The publication of Irish MSS. in the library was begun in 1870, and has since continued; the general catalogue is in manuscript form.

The library of the Royal Irish Academy in Dublin was established when the Academy was formed in 1785 to promote the study of science, literature, and antiquities in Ireland. The library has about 80,000 printed volumes and manuscripts. It features a large collection of manuscripts and books related to the history, ancient language, and antiquities of Ireland. This includes the Betham collection, which was partly acquired through public subscription in 1851. The library receives partial support from a government grant and is open to the public with a proper introduction. The publication of Irish manuscripts in the library started in 1870 and has continued since; the general catalog is in manuscript form.

The library of King’s Inns was founded, pursuant to a bequest of books and legal MSS. under the will of Mr Justice Robinson in 1787, to form the nucleus of a library for law students. It is partly supported from the funds of the benchers, but partly also by a treasury grant in lieu of the copyright privilege.

The King’s Inns library was established, based on a donation of books and legal manuscripts in the will of Mr. Justice Robinson in 1787, to serve as the foundation of a library for law students. It receives some funding from the benchers' resources, but also partly from a treasury grant instead of copyright fees.

It is needless to describe the other society libraries, as most of them are described in annuals like the Literary Year-book and similar publications, with statistics of stock, issues, &c., brought up to date.

It’s unnecessary to describe the other society libraries since most of them are covered in annuals like the Literary Year-book and similar publications, which provide updated statistics on inventory, circulation, etc.

Proprietary and subscription libraries were at one time more common than now, as, owing to the steady advance of the municipal library, the minor subscription libraries have been gradually extinguished. A striking example Proprietary and subscription libraries. of this is furnished by the mechanics’ institutes which used to flourish all over the country. In most cases these have been handed over to the local authorities by the owners to form the nucleus of the public rate-supported library, and in this way the older libraries have been preserved and valuable aid has been given to the popular library movement. Somewhat akin to the mechanics’ institutes are the libraries established in connexion with various co-operative societies in the north of England. Together with working men’s club libraries, there must be nearly 100 libraries of the class just mentioned, ranging in size from a few hundred vols. to 30,000 or 40,000 vols. The affiliated clubs of the Working Men’s Club and Institute Union possess among them over 100,000 vols.

Proprietary and subscription libraries were once more common than they are today, as the continuous growth of municipal libraries has gradually led to the decline of smaller subscription libraries. A notable example of this is the mechanics’ institutes that used to thrive across the country. In most cases, these have been transferred to local authorities by their owners to serve as the foundation for publicly funded libraries, preserving the older libraries and providing significant support to the community library movement. Similar to the mechanics’ institutes are the libraries established in connection with various cooperative societies in northern England. Along with working men's club libraries, there are nearly 100 libraries of this kind, ranging in size from a few hundred volumes to 30,000 or 40,000 volumes. The affiliated clubs of the Working Men’s Club and Institute Union collectively possess over 100,000 volumes.

Among subscription libraries, the London Library stands first in order of importance. It was founded in 1841 as a lending library for the use of scholars, and Dean Milman, Sir G. C. Lewis, W. E. Gladstone, Thomas Carlyle, Henry Hallam and other eminent men took part in its formation. By means of a moderate subscription, funds were raised for the purchase of books on general subjects, which now amount to about 250,000 vols. Of these elaborate and excellent author and subject catalogues have been printed. The last is valuable as a classified guide to the contents of the library.

Among subscription libraries, the London Library is the most significant. It was established in 1841 as a lending library for scholars, and notable figures such as Dean Milman, Sir G. C. Lewis, W. E. Gladstone, Thomas Carlyle, and Henry Hallam were involved in its creation. Through a reasonable subscription fee, funds were raised to acquire books on various topics, which now total around 250,000 volumes. Detailed and high-quality author and subject catalogs have been printed, with the latest serving as a useful classified guide to the library's contents.

Some mention should be made also of the more important subscription or proprietary libraries, which were formed for the most part in the latter half of the 18th century. The earliest circulating library in the metropolis was established about the middle of the 18th century. The first in Birmingham was opened by Hutton in 1757. The idea of a proprietary library appears to have been first carried out at Liverpool in 1758. The library then formed still flourishes at the Lyceum, and possesses a collection of 55,000 vols. and an income of £1000 a year. In 1760 a library was formed at Warrington which has been merged in the Warrington Museum. The Leeds library was established in 1768, and now has 64,000 vols. In 1772 the Bristol museum and library was formed, and numbered Coleridge, Southey and Landor among its earlier members. It has now been merged in the reference collection of the Bristol public libraries. The Birmingham (old) library was formed in 1779, and its rules were drawn up by Dr Priestley. The library has now about 80,000 vols.

Some mention should also be made of the more significant subscription or proprietary libraries, which were mostly established in the latter half of the 18th century. The earliest circulating library in the city was founded around the middle of the 18th century. The first in Birmingham was opened by Hutton in 1757. The concept of a proprietary library seems to have been first implemented in Liverpool in 1758. The library that was formed still exists at the Lyceum and has a collection of 55,000 volumes and an annual income of £1,000. In 1760, a library was established in Warrington, which has now merged with the Warrington Museum. The Leeds library was founded in 1768 and currently holds 64,000 volumes. In 1772, the Bristol museum and library was created, with notable early members including Coleridge, Southey, and Landor. It has now been integrated into the reference collection of the Bristol public libraries. The Birmingham (old) library was established in 1779, and its rules were drafted by Dr. Priestley. The library now contains about 80,000 volumes.

Other English proprietary libraries have been established at Leicester, Liverpool (Athenaeum, 1798), Manchester, Nottingham and elsewhere. In Scotland the first subscription library was started by Allan Ramsay, the poet, at Edinburgh in 1725, and since that time commercial subscription libraries have increased greatly in number and size, Mudie’s and The Times Book Club being typical modern examples.

Other English private libraries have been set up in Leicester, Liverpool (Athenaeum, 1798), Manchester, Nottingham, and other places. In Scotland, the first subscription library was started by the poet Allan Ramsay in Edinburgh in 1725, and since then, commercial subscription libraries have significantly increased in number and size, with Mudie’s and The Times Book Club being typical modern examples.

Many of the principal clubs possess libraries; that of the Athenaeum (London) is by far the most important. It now numbers about 75,000 vols. of books in all departments of literature, and is especially rich in well-bound and Club libraries. fine copies of works on the fine arts, archaeology, topography and history. The pamphlets, of which there is a complete printed catalogue, as well as of the books, form a remarkable series, including those collected by Gibbon and Mackintosh. Next comes the Reform Club, with about 60,000 vols., chiefly in belles-lettres, with a fair proportion of parliamentary and historical works. The National Liberal Club, containing the Gladstone Library, has about 45,000 vols., and may be used occasionally by non-members. The Oxford and Cambridge Club has 30,000 vols. in general and classical literature. At the Garrick there is a small dramatic collection; and the (Senior) United Service Club, besides a number of books on professional subjects, possesses the fine library which formerly belonged to Dugald Stewart.

Many of the main clubs have their own libraries, and the Athenaeum in London is by far the most significant. It currently holds around 75,000 volumes covering all areas of literature and is particularly strong in well-bound and high-quality editions of books on fine arts, archaeology, topography, and history. The pamphlets, which have a complete printed catalog alongside the books, represent an impressive collection, including those gathered by Gibbon and Mackintosh. Following that is the Reform Club, which has about 60,000 volumes, mainly in belles-lettres, along with a decent number of parliamentary and historical texts. The National Liberal Club, which includes the Gladstone Library, has around 45,000 volumes and can occasionally be accessed by non-members. The Oxford and Cambridge Club contains 30,000 volumes in both general and classical literature. The Garrick offers a small collection of dramatic works, and the (Senior) United Service Club, in addition to various professional books, boasts the excellent library that once belonged to Dugald Stewart.

Other London clubs which possess libraries are the Carlton with 25,000 vols.; the Constitutional with 12,000 vols.; Grand Lodge of Freemasons, 10,000 vols.; Alpine, 5000 vols.; Travellers, 8000 vols.; and Junior Carlton, 6000 vols. In the provinces and in Scotland and Ireland every club of a social character has a reading-room, and in most cases a library is attached.

Other London clubs that have libraries include the Carlton with 25,000 volumes; the Constitutional with 12,000 volumes; the Grand Lodge of Freemasons with 10,000 volumes; the Alpine with 5,000 volumes; the Travellers with 8,000 volumes; and the Junior Carlton with 6,000 volumes. In the provinces as well as in Scotland and Ireland, every social club has a reading room, and in most cases, there is a library associated with it.

The first act of parliament authorizing the establishment of public libraries in England was obtained by William Ewart, M.P. for the Dumfries Burghs, in 1850. This arose out of the report of a special parliamentary committee Municipal libraries. appointed to enquire into the management of the British Museum in 1835, and a more general report on libraries in 1849, at which much evidence was submitted to prove the necessity for providing public libraries. Ewart obtained both committees and also, in 1845, procured an act for “encouraging the establishment of museums in large towns.” Neither the 1845 nor 1850 acts proved effective, owing chiefly to the limitation of the library rate to ½d. in the £ of rental, which produced in most cases an insufficient revenue. In 1853 the Library Act of 1850 was extended to Ireland and Scotland, and in 1854 Scotland obtained an act increasing the rate limit from ½d. to 1d. in the £. In 1855 Ireland also obtained a penny rate, and later in the same year England obtained the same power by an act which remained the principal library act, with some intermediate amendments, till 1892, when a Public Library Consolidation Act was passed. In the following year, 1893, the power of adopting the acts, or putting them in operation, was transferred from the ratepayers to the local authority, save in the case of rural parishes and the metropolitan vestries. By the London Government Act of 1899, however, the metropolitan boroughs were given the power of adopting the acts of 1892-1893 without consulting the ratepayers, so that as the law at present stands, any urban district can put the public libraries acts in force without reference to the voters. Rural parishes are still required by the provisions of the Local Government Act 1894 to adopt the 1892 Libraries Act by means of a parish meeting, or if a poll is demanded, by means of a poll of the voters.

The first law permitting the establishment of public libraries in England was passed by William Ewart, the Member of Parliament for Dumfries Burghs, in 1850. This was based on a report from a special parliamentary committee appointed to investigate the management of the British Museum in 1835, along with a broader report on libraries in 1849, which included a lot of evidence showing the need for public libraries. Ewart secured both committees and also, in 1845, got a law passed to "encourage the establishment of museums in large towns." However, neither the 1845 nor the 1850 laws were effective because the library rate was limited to ½d. in the £ of rental, which resulted in most cases having insufficient revenue. In 1853, the Library Act of 1850 was expanded to include Ireland and Scotland, and in 1854, Scotland received a law that increased the rate limit from ½d. to 1d. in the £. In 1855, Ireland also got a penny rate, and later that same year, England gained the same authority through a law that remained the main library act, with some updates, until 1892, when a Public Library Consolidation Act was enacted. The following year, 1893, the authority to adopt the acts or implement them was shifted from the ratepayers to the local authority, except for rural parishes and the metropolitan vestries. However, under the London Government Act of 1899, the metropolitan boroughs were given the ability to adopt the 1892-1893 acts without consulting the ratepayers, so currently, any urban district can enforce the public library acts without needing to refer to the voters. Rural parishes are still required by the Local Government Act of 1894 to adopt the 1892 Libraries Act through a parish meeting, or if a poll is requested, through a vote of the residents.

The main points in British library legislation are as follows:—

The key points in British library laws are as follows:—

(a) The acts are permissive in character and not compulsory, and can only be put in force by a vote of a majority of members in an urban district or city, or of a majority of voters in rural districts.

(a) The actions are optional and not mandatory, and can only be enforced by a majority vote of members in an urban area or city, or by a majority of voters in rural areas.

(b) The amount of rate which can be collected is limited to one penny in the pound of the rateable value of the district, though in some towns power has been obtained by special legislation for local purposes to increase the amount to 2d. In a few cases, as at Birmingham, no limit is fixed. The incomes produced by the penny in the pound range from less than £10 in a rural district to over £25,000 in a large city.

(b) The amount of rate that can be collected is capped at one penny for every pound of the rateable value of the district, although in some towns, special legislation allows them to increase this to 2d for local needs. In a few instances, like in Birmingham, there is no limit set. The income generated from the penny in the pound ranges from less than £10 in a rural area to over £25,000 in a big city.

(c) Municipal libraries are managed by committees appointed by the local authorities, who may, if so disposed, delegate to them all their powers and duties under section 15 of the act of 1892. The local authorities in England have also power to appoint persons on such committees who are not members of the council. By the Scottish principal act of 1887 committees are to consist of one-half councillors and one-half non-councillors, not to exceed a total of 20, and these committees become independent bodies not subject to the councils. Glasgow has contracted out of this arrangement by means of a special act. In Ireland, committees are appointed much on the same system as in England.

(c) Municipal libraries are run by committees set up by local authorities, who can choose to delegate all their powers and responsibilities under section 15 of the 1892 act. Local authorities in England can also appoint people to these committees who are not council members. According to the Scottish principal act of 1887, committees must consist of half councillors and half non-councillors, with a total not exceeding 20 members, making these committees independent bodies not controlled by the councils. Glasgow has opted out of this arrangement through a special act. In Ireland, committees are appointed in a similar manner to those in England.

(d) Power is given to provide libraries, museums, schools for science, art galleries, and schools for art. Needless to say it is impossible to carry on so many departments with the strictly limited means provided by the acts, although some towns have attempted to do so. The Museums and Gymnasiums Act of 1891 enables an additional rate of ½d. to be raised for either purpose, and many places which have established museums or art galleries under the provisions of the Libraries Acts have also adopted the Museums Act in order to increase their revenues.

(d) Authority is granted to set up libraries, museums, science schools, art galleries, and art schools. It's clear that managing so many areas is impossible with the strictly limited funds provided by the acts, even though some towns have tried to do it. The Museums and Gymnasiums Act of 1891 allows an additional rate of ½d. to be raised for either purpose, and many places that have created museums or art galleries under the Libraries Acts have also embraced the Museums Act to boost their revenues.

(e) The regulation and management of public libraries are entrusted to the library authority, which may either be the local 559 authority, or a committee with a full or partial delegation of powers. The library authority can buy books, periodicals, specimens of art and science, and make all necessary rules for the proper working of the libraries. A staff can be appointed, and arrangements may be made with adjoining local authorities for the joint use of one or more libraries. Buildings may also be erected, and money borrowed for the purpose on the security of the local rates. These are the main provisions of the library legislation of the United Kingdom as at present existing. Revision and amendment are wanted as regards the abolition or raising of the rate limitation, and some clearer definitions as to powers which can be exercised, as, for example, the right to spend money on lectures. The rate limitation is the most serious obstacle to progress, and it affects the smaller towns to a much greater degree than large cities or areas.

(e) The oversight and management of public libraries are the responsibility of the library authority, which can either be the local 559 authority or a committee with full or partial delegation of powers. The library authority has the ability to purchase books, magazines, art, and science materials, as well as create all necessary rules for the effective operation of the libraries. Staff can be hired, and arrangements can be made with neighboring local authorities for the shared use of one or more libraries. Buildings can also be constructed, and funds may be borrowed against local rates for this purpose. These are the main points of the current library legislation in the United Kingdom. There is a need for revisions and amendments, especially concerning the removal or increase of the rate limitation, and clearer definitions of the powers that can be exercised, such as the right to allocate funds for lectures. The rate limitation is the biggest barrier to progress, and it impacts smaller towns much more than larger cities or areas.

Between 1850 and 1910 about 630 local government areas of all kinds adopted the Public Libraries Acts. Of these a considerable number had in 1910 not yet put the acts in operation, whilst the London Government Act 1899, by joining various previously independent vestries or boards, extinguished about 23 library areas. The Metropolitan County of London in 1910 comprised 25 library areas, or counting also the City, 26, and only Marylebone, Bethnal Green and parts of Finsbury and Paddington remained unprovided. Practically every large city or district council has adopted the Public Libraries Acts or obtained special legislation, and the only important places, in addition to Marylebone and Bethnal Green, unprovided in 1910 were Bacup, Crewe, Dover, Jarrow, Scarborough, Swindon, Weymouth, Llandudno, Govan, Leith, Pollokshaws and Wishaw. In all, 556 places had library systems in operation, and among them they possessed about 925 buildings.

Between 1850 and 1910, around 630 local government areas of all types adopted the Public Libraries Acts. By 1910, a significant number had not yet implemented the acts, while the London Government Act of 1899, which merged several previously independent vestries or boards, eliminated about 23 library areas. The Metropolitan County of London in 1910 included 25 library areas, or 26 if you also count the City, with only Marylebone, Bethnal Green, and parts of Finsbury and Paddington lacking library services. Almost every large city or district council has adopted the Public Libraries Acts or obtained special legislation, and the other notable places without library services in 1910, besides Marylebone and Bethnal Green, were Bacup, Crewe, Dover, Jarrow, Scarborough, Swindon, Weymouth, Llandudno, Govan, Leith, Pollokshaws, and Wishaw. In total, 556 places had library systems in operation, and together they had about 925 buildings.

The progress of the public library movement was very slow up to 1887, the year of Queen Victoria’s jubilee. From 1887, however, when many districts established libraries as memorials to Queen Victoria, the progress has been much more rapid. An immense stimulus to the movement was given from about 1900, when Mr Andrew Carnegie (q.v.) began to present library buildings to towns in England as well as to Scotland and the United States. The result of this action was to increase the number of municipal libraries from 146 in 1886 to 556 in 1910; and in the 10 years up to 1910 during which Mr Carnegie’s gifts had been offered, no fewer than 163 places had put the acts in operation, a yearly average of over 16 adoptions.

The public library movement was very slow to grow until 1887, the year of Queen Victoria’s jubilee. However, starting in 1887, when many areas set up libraries in her memory, progress picked up significantly. A major boost for the movement came around 1900, when Mr. Andrew Carnegie (q.v.) began donating library buildings to towns in England, Scotland, and the United States. As a result of this initiative, the number of municipal libraries rose from 146 in 1886 to 556 in 1910; and in the ten years leading up to 1910, during which Mr. Carnegie’s donations were made, no fewer than 163 places implemented the acts, averaging more than 16 new adoptions each year.

There is one municipal library whose importance demands special mention, although it is not rate-supported under the provisions of the Public Libraries Acts. This is the Guildhall library of the Corporation of the City of London, which is a free public reference library with a periodicals reading-room, and a lending department for officials and members of the corporation. A library was established for London by Sir Richard Whittington between 1421-1426, and several notices in the civic records show how well in those times the citizens cared for their books. But it did not remain without accident; in 1522 the Lord Protector Somerset carried off three cart-loads of books, and during the great fire of 1666 the remainder was destroyed together with the library buildings. Nothing was done to repair the loss until 1824, when a committee was appointed, and rooms set apart for library purposes. In 1840 a catalogue of 10,000 vols. was printed, and in 1859 a second was prepared of 40,000 vols. In consequence of the large and increasing number of the readers, the present fine building was commenced about ten years later, and, after having cost £90,000, was opened in 1873 as a free public library.

There is one municipal library that deserves special mention, even though it doesn't receive funding from the Public Libraries Acts. This is the Guildhall Library of the Corporation of the City of London, which serves as a free public reference library with a reading room for periodicals and a lending department for officials and corporation members. A library was founded for London by Sir Richard Whittington between 1421-1426, and various entries in civic records show how much the citizens valued their books during that time. However, it faced setbacks; in 1522, Lord Protector Somerset took away three cartloads of books, and during the Great Fire of 1666, the remaining ones were destroyed along with the library buildings. Nothing was done to recover the loss until 1824, when a committee was established and specific rooms were designated for library use. In 1840, a catalogue of 10,000 volumes was published, and in 1859, a second catalogue of 40,000 volumes was prepared. Due to the growing number of readers, the current impressive building began construction about ten years later and, after costing £90,000, it opened in 1873 as a free public library.

There are now upwards of 136,000 printed vols. and 5900 MSS. in the Guildhall library. The contents are of a general character, and include a special collection of books about London, the Solomons Hebrew and rabbinical library, and the libraries of the Clockmakers Company and the old Dutch church in Austin Friars. Recently the fine collection of books by and about Charles Dickens, called the National Dickens Library, was added, and other special libraries of a valuable nature, as well as an extensive and well-cared-for collection of London prints, and drawings.

There are now over 136,000 printed volumes and 5,900 manuscripts in the Guildhall library. The collection is diverse and includes a special selection of books about London, the Solomons Hebrew and rabbinical library, and the libraries of the Clockmakers Company and the old Dutch church in Austin Friars. Recently, the impressive collection of books by and about Charles Dickens, known as the National Dickens Library, was added, along with other valuable special libraries, as well as an extensive and well-maintained collection of London prints and drawings.

There is such a variety of library buildings in the United Kingdom that it is not possible to single out British library administration. examples for special description, but a brief statement of their work and methods will help to give some idea of the extent of their activities.

There are so many different types of library buildings in the United Kingdom that it's not easy to pick out examples for special mention, but a quick overview of their work and methods will help to convey the scope of their activities.

The total number of borrowers enrolled in 1910 was11 about 2,200,000, 59% males and 41% females, 48% under 20 years of age and 52% over 20. Industrial and commercial occupations were followed by 49% of the borrowers, the balance of 51% being domestic, professional, unstated, and including 20% of students and scholars. To these borrowers 60,000,000 vols. are circulated every year for home-reading, and of this large number 54% represented fiction, including juvenile literature. The Reference libraries issued over 11,000,000 vols., exclusive of books consulted at open shelves, and to the Reading-rooms, Magazines, Newspapers, Directories, Time-tables, &c., allowing only one consultation for each visit, 85,000,000 visits are made per annum. Allowing 5% for the reading of fiction in current magazines, it appears that the percentage of fiction read in British municipal libraries, taking into account the work of every issuing or consulting department, is only about 24%. This fact should be carefully recorded, as in the past municipal libraries have suffered in the esteem of all sections of the public, by being erroneously described as mere centres for the distribution of common novels. The quality of the fiction selected is the best obtainable, and, as shown above, it is not read to an unreasonable or unnecessary extent.

The total number of borrowers enrolled in 1910 was11 about 2,200,000, with 59% being male and 41% female, 48% under 20 years old and 52% over 20. Industrial and commercial occupations made up 49% of the borrowers, while the remaining 51% included domestic, professional, and unspecified jobs, which included 20% students and scholars. These borrowers circulated 60,000,000 volumes each year for home reading, with 54% of that figure representing fiction, including juvenile literature. The reference libraries issued over 11,000,000 volumes, not counting books consulted on open shelves. In the reading rooms, magazines, newspapers, directories, time-tables, etc., allowing only one consultation per visit, there are 85,000,000 visits made annually. Accounting for 5% of the reading of fiction in current magazines, it appears that the percentage of fiction read in British municipal libraries, taking into account the work of every issuing or consulting department, is only about 24%. This fact should be noted carefully, as municipal libraries have suffered from a negative reputation among the public for being wrongly labeled as mere centers for distributing common novels. The quality of the fiction selected is the best available, and, as shown above, it is not consumed excessively or unnecessarily.

The changes in character, policy and methods which have marked library administration in the United Kingdom, have affected libraries of all kinds, but on the whole the municipal libraries have been most active in the promotion of improvements. It is evident, moreover, even to the most casual observer, that a complete revolution in library practice has been effected since 1882, not only in the details of administration, but in the initiation of ideas and experiments. One of the most notable changes has been the gradual disappearance of the unclassified library. Previous to 1882 very little had been accomplished in the way of scientific classification schemes equipped with suitable notations, although the Decimal method of Mr Melvil Dewey had been applied in the United States. After that date this system began to be adopted for reference departments in British municipal libraries, till in 1910 at least 120 places had been classified by means of the scheme. An English scheme, called the “Adjustable,” with a notation, but not fully expanded, has been adopted in 53 places, and a very complete and minute scheme called the “Subject,” also English, has been used in nearly 40 libraries, although it only dates from 1906. That much remains to be accomplished in this direction is indicated by the fact that over 340 municipal libraries were in 1910 not closely classified, but only arranged in broad numerical or alphabetical divisions. The adoption of exact schemes of classification for books in libraries may be said to double their utility almost mechanically, and in course of time an unclassified municipal library will be unknown. The other kinds of library—state, subscription, university, &c.—are very often not classified, but some use the Decimal system, while others, like the Patent Office, have systems peculiar to themselves.

The changes in character, policy, and methods that have shaped library administration in the United Kingdom have impacted libraries of every type, but municipal libraries have generally been at the forefront of driving improvements. It's clear, even to casual observers, that a complete transformation in library practices has taken place since 1882, affecting not just administrative details but also the introduction of new ideas and experiments. One of the most significant shifts has been the gradual phase-out of unclassified libraries. Before 1882, very little progress was made in implementing scientific classification schemes with suitable notations, although Mr. Melvil Dewey's Decimal system had been adopted in the United States. After that point, this system began to be used in reference departments within British municipal libraries, and by 1910, at least 120 locations had adopted it for classification. An English system known as the "Adjustable," which includes notation but isn’t fully developed, has been used in 53 locations. Another comprehensive and detailed scheme called the "Subject," also from England, has been implemented in nearly 40 libraries, despite only starting in 1906. The fact that over 340 municipal libraries were not properly classified but merely organized into broad numerical or alphabetical categories by 1910 suggests that much work still lies ahead in this area. The adoption of precise classification schemes for books in libraries can nearly double their utility, and eventually, unclassified municipal libraries will likely become a thing of the past. Other types of libraries—such as state, subscription, and university libraries—often remain unclassified too, but some use the Decimal system while others, like the Patent Office, have their own unique systems.

The catalogue, as a means of making known the contents of books, has also undergone a succession of changes, both in policy and mechanical construction. At one period, before access to the shelves and other methods of making known the contents of libraries had become general, the printed catalogue was relied upon as practically the sole guide to the books. Many excellent examples of such catalogues exist, in author, subject and classified form, and some of them are admirable contributions to bibliography. Within recent years, however, doubts have arisen in many quarters, both in Europe and America, as to the wisdom of printing the catalogues of general popular libraries which possess comparatively few rare or extraordinary books. A complete catalogue of such a library is out of date the moment it is printed, and in many cases the cost is very great, while only a small number is sold. For these and other reasons, modern libraries have begun to compile complete catalogues only in MS. form, and to issue comparatively cheap class-lists at intervals, supplemented by monthly or quarterly bulletins or lists of recent accessions, which in combination will answer most of the questions likely to be put to a catalogue. Various improvements in the mechanical construction of manuscript catalogues have contributed to popularize them, and many 560 libraries use the card, sheaf and other systems which allow constant and infinite intercalation coupled with economy and ease in making additions.

The catalog, which serves to showcase the contents of books, has seen many changes in both policy and design over time. At one point, before gaining access to shelves and other ways to showcase library contents became common, printed catalogs were relied on as almost the only source for finding books. There are many great examples of these catalogs, whether organized by author, subject, or classification, and some are outstanding contributions to bibliography. Recently, however, doubts have emerged in various circles, both in Europe and America, about the practicality of printing catalogs for general public libraries that have relatively few rare or exceptional books. A complete catalog for such a library becomes outdated the moment it’s printed, and in many cases, the production cost is quite high, while only a small number sells. For these reasons and others, modern libraries have started to compile complete catalogs only in manuscript form, producing relatively inexpensive class lists at intervals, along with monthly or quarterly bulletins or lists of new additions, which together can address most questions that a catalog might answer. Various improvements in the design of manuscript catalogs have helped make them more popular, and many 560 libraries utilize card, sheaf, and other systems that allow for constant and limitless updates, while being economical and easy to enhance.

The idea of using separate slips or cards for cataloguing books, in order to obtain complete powers of arrangement and revision is not new, having been applied during the French revolutionary period to the cataloguing of libraries. More recently the system has been applied to various commercial purposes, such as book-keeping by what is known as the “loose-leaf ledger,” and in this way greater public attention has been directed to the possibilities of adjustable methods both in libraries and for business. The card system is perhaps the most generally used at present, but many improvements in the adjustable binders, called by librarians the “sheaf system,” will probably result in this latter form becoming a serious rival. The card method consists of a series of cards in alphabetical or other order kept on edge in trays or drawers, to which projecting guides are added in order to facilitate reference. Entries are usually made on one side of the card, and one card serves for a single entry. The sheaf method provides for slips of an uniform size being kept in book form in volumes capable of being opened by means of a screw or other fastening, for the purpose of adding or withdrawing slips. In addition to the advantage of being in book-form the sheaf system allows both sides of a slip to be used, while in many cases from two to twelve entries may be made on one slip. This is a great economy and leads to considerable saving of space. A great advantage resulting from the use of an adjustable manuscript catalogue, in whatever form adopted, is the simplicity with which it can be kept up-to-date. This is an advantage which in the view of many librarians outweighs the undoubted valuable qualities of comparative safety and multiplication of copies possessed by the printed form. There are many different forms of both card and sheaf systems, and practically every library now uses one or other of them for cataloguing or indexing purposes.

The idea of using separate slips or cards for organizing books to achieve complete flexibility in arrangement and updates isn't new; it was used during the French Revolution for library cataloging. More recently, this system has been adapted for various business purposes, like bookkeeping with what’s known as the “loose-leaf ledger,” bringing more public attention to the benefits of flexible methods in both libraries and business. The card system is probably the most commonly used today, but many advancements in the adjustable binders, referred to by librarians as the “sheaf system,” may lead to it becoming a strong competitor. The card method consists of a series of cards arranged in alphabetical or other orders, stacked on edge in trays or drawers, with guiding tabs added for easier reference. Typically, entries are made on one side of the card, and each card is for a single entry. The sheaf method allows for uniform-sized slips to be kept in book form within volumes that can be opened using a screw or other fastener, making it easy to add or remove slips. Besides the benefit of being in book form, the sheaf system lets both sides of a slip be used, allowing two to twelve entries to be made on one slip. This is a significant space saver. An important benefit of using an adjustable manuscript catalog, regardless of the form, is how easily it can be updated. Many librarians believe this advantage outweighs the undeniable benefits of safety and the ability to create multiple copies offered by the printed format. There are many variations of both card and sheaf systems, and nearly every library now employs one of them for cataloging or indexing purposes.

One other modification in connexion with the complete printed catalogue has been tried with success, and seems worthy of brief mention. After a complete manuscript catalogue has been provided in sheaf form, a select or eclectic catalogue is printed, comprising all the most important books in the library and those that represent special subjects. This, when supplemented by a printed list or bulletin of additions, seems to supply every need.

One other change related to the complete printed catalog has been successfully tried and deserves a quick mention. After a complete manuscript catalog has been created in sheaf form, a selected or curated catalog is printed, including all the most important books in the library and those that cover specific subjects. This, along with a printed list or bulletin of additions, seems to meet all needs.

The most striking tendency of the modern library movement is the great increase in the freedom allowed to readers both in reference and lending departments. Although access to the shelves was quite a common feature in the older subscription libraries, and in state libraries like the British Museum and Patent Office, it is only within comparatively recent years that lending library borrowers were granted a similar privilege. Most municipal reference libraries grant access to a large or small collection of books, and at Cambridge, Birmingham and elsewhere in the United Kingdom, the practice is of long standing. So also in the United States, practically every library has its open shelf collection. On the continent of Europe, however, this method is not at all general, and books are guarded with a jealousy which in many cases must militate against their utility. The first “safe-guarded” open access municipal lending library was opened at Clerkenwell (now Finsbury), London, in 1893, and since then over one hundred cities and districts of all sizes in Britain have adopted the system. The British municipal libraries differ considerably from those of the United States in the safeguards against abuse which are employed, and the result is that their losses are insignificant, whilst in America they are sometimes enormous. Pawtucket and Cleveland in America were pioneers to some extent of the open shelf system for lending libraries, but the methods employed had little resemblance to the safe-guarded system of British libraries. The main features of the British plan are: exact classification; class, shelf and book guiding; the provision of automatic locking wickets to regulate the entrance and exit of borrowers, and the rule that borrowers must be registered before they can obtain admission. This last rule is not always current in America, and in consequence abuses are liable to take place. The great majority of British and American libraries, whether allowing open access or not, use cards for charging or registering books loaned to borrowers. In the United Kingdom a considerable number of places still use indicators for this purpose, although this mechanical method is gradually being restricted to fiction, save in very small places.

The most noticeable trend in the modern library movement is the significant increase in the freedom granted to readers in both reference and lending sections. While access to bookshelves was fairly common in older subscription libraries and state libraries like the British Museum and Patent Office, it’s only in more recent years that lending library borrowers have been given similar privileges. Most municipal reference libraries offer access to a small or large collection of books, and this practice has been longstanding in places like Cambridge, Birmingham, and elsewhere in the UK. Similarly, in the United States, almost every library has its own open shelf collection. However, this approach is not widespread in continental Europe, where books are often closely guarded, which can limit their usefulness. The first “safe-guarded” open access municipal lending library opened in Clerkenwell (now Finsbury), London, in 1893, and since then, over one hundred cities and districts across Britain have adopted this system. British municipal libraries differ significantly from those in the United States in terms of the safeguards against misuse, resulting in minimal losses, while in America, losses can be substantial. Pawtucket and Cleveland in America were early adopters of the open shelf system for lending libraries, but their methods were quite different from the safeguarded approach of British libraries. The key features of the British model include exact classification; class, shelf, and book guiding; the use of automatic locking gates to control the entry and exit of borrowers; and the requirement that borrowers must be registered before they can enter. This last rule is not consistently applied in America, leading to potential abuses. The vast majority of British and American libraries, whether offering open access or not, use cards for tracking or registering books loaned to borrowers. In the United Kingdom, a significant number of places still employ indicators for this purpose, though this mechanical method is gradually being limited to fiction, except in very small locations.

Other activities of modern libraries which are common to both Britain and America are courses of lectures, book exhibitions, work with children, provision of books for the blind and for foreign residents, travelling libraries and the education of library assistants. In many of the recent buildings, especially in those erected from the gifts of Mr Andrew Carnegie, special rooms for lectures and exhibitions and children are provided. Courses of lectures in connexion with the Liverpool and Manchester public libraries date from 1860, but during the years 1900-1910 there was a very great extension of this work. As a rule these courses are intended to direct attention to the literature of the subjects treated, as represented in the libraries, and in this way a certain amount of mutual advantage is secured. In some districts the libraries work in association with the education authorities, and thus it is rendered possible to keep schools supplied with books, over which the teachers are able to exercise supervision. This connexion between libraries and schools is much less common in the United Kingdom than in the British colonies and the United States, where the libraries are regarded as part of the national system of education. Excellent work has been accomplished within recent years by the Library Association in the training of librarians, and it is usual for about 300 candidates to come forward annually for examination in literary history, bibliography, classification, cataloguing, library history and library routine for which subjects certificates and diplomas are awarded. The profession of municipal librarian is not by any means remunerative as compared with employment in teaching or in the Civil Service, and until the library rate is increased there is little hope of improvement.

Other activities of modern libraries that are common in both Britain and America include lecture courses, book exhibitions, work with children, providing books for the blind and foreign residents, traveling libraries, and training library assistants. Many recent library buildings, especially those funded by Mr. Andrew Carnegie's donations, feature dedicated rooms for lectures, exhibitions, and children. Lecture courses associated with the Liverpool and Manchester public libraries have been around since 1860, but there was significant growth in this area between 1900 and 1910. Generally, these courses are designed to highlight the literature on the subjects discussed, as found in the libraries, creating mutual benefits. In some areas, libraries partner with education authorities, making it possible to keep schools stocked with books, which teachers can oversee. This connection between libraries and schools is much less common in the UK than in the British colonies and the United States, where libraries are seen as part of the national education system. The Library Association has done excellent work in recent years training librarians, with around 300 candidates typically sitting for exams annually in literary history, bibliography, classification, cataloging, library history, and library operations, receiving certificates and diplomas in these subjects. However, the role of municipal librarian isn't particularly well-paying compared to teaching or jobs in the Civil Service, and without an increase in library funding, there's little hope for improvement.

The usefulness of public libraries has been greatly increased by the work of the Library Association, founded in 1877, during the first International Library Conference held in London in October 1877. A charter of incorporation was granted to the association in 1898. It holds monthly and annual meetings, publishes a journal, conducts examinations, issues certificates, holds classes for instruction, and has greatly helped to improve the public library law. The Library Assistants Association (1895) publishes a journal. A second International Library Conference was held at London in 1897, and a third at Brussels in 1910. Library associations have been started in most of the countries of Europe, and the American Library Association, the largest and most important in existence, was established in 1876. These associations are giving substantial aid in the development and improvement of library methods and the status of librarians, and it is certain that their influence will in time produce a more scientific and valuable type of library than at present generally exists.

The value of public libraries has significantly increased thanks to the efforts of the Library Association, which was founded in 1877 during the first International Library Conference held in London in October of that year. A charter of incorporation was granted to the association in 1898. It holds monthly and annual meetings, publishes a journal, conducts examinations, issues certificates, holds instruction classes, and has greatly contributed to improving public library laws. The Library Assistants Association, established in 1895, also publishes a journal. A second International Library Conference took place in London in 1897, and a third was held in Brussels in 1910. Library associations have been established in most European countries, and the American Library Association, the largest and most prominent of its kind, was created in 1876. These associations provide significant support for the development and enhancement of library methods and the status of librarians, and it's clear that their influence will eventually lead to a more scientific and valuable type of library than what generally exists today.

British Colonies and India.

British Colonies and India.

The majority of the British Colonies and Dependencies have permissive library laws on lines very similar to those in force in the mother country. There are, however, several points of difference which are worth mention. The rate limit is not so strict in every case, and an effort is made to bring the libraries into closer relations with the educational machinery of each colony. There is, for example, no rate limit in Tasmania; and South Australia may raise a library rate equivalent to 3d. in the £, although, in both cases, owing to the absence of large towns, the legislation existing has not been adopted. In Africa, Australia and Canada the governments make grants to public libraries up to a certain amount, on condition that the reading-rooms are open to the public, and some of the legislatures are even in closer touch with the libraries. The Canadian and Australian libraries are administered more or less on American lines, whilst those of South Africa, India, &c., are managed on the plan followed in England.

The majority of British Colonies and Dependencies have flexible library laws that are quite similar to those in the UK. However, there are several notable differences worth mentioning. The rate limit isn't as strict in every instance, and there is an effort to strengthen the connection between libraries and the educational systems in each colony. For instance, Tasmania has no rate limit, and South Australia can set a library rate of up to 3d. in the £, although, in both cases, due to the lack of large towns, the existing legislation hasn't been adopted. In Africa, Australia, and Canada, the governments provide funding to public libraries up to a certain limit, provided that the reading rooms are accessible to the public. Some legislatures are even more closely connected with the libraries. Canadian and Australian libraries operate somewhat similarly to American libraries, while those in South Africa, India, etc., follow the management style used in England.

Africa.

Africa.

There are several important libraries in South Africa, and many small town libraries which used to receive a government grant equal to the subscriptions of the members, but in no case did such grants exceed £150 for any one library in one year. These grants fluctuate considerably owing to the changes and temper of successive governments, and since the last war they have been considerably reduced everywhere. One of the oldest libraries is the South African Public Library at Cape Town established in 1818, which enjoys the copyright-privilege of 561 receiving a free copy of every publication issued in Cape Colony. This library contains the great collection of colonial books bequeathed by Sir George Grey. The libraries of the various legislatures are perhaps the best supported and most important, but mention should be made of the public libraries of Port Elizabeth, Cape Colony, which published an excellent catalogue, and the public libraries at Kimberley; Durban, Natal; Bloemfontein, Orange River Colony; Bulawayo, Rhodesia; Johannesburg, Transvaal; and the public and university libraries at Pretoria. None of the libraries of North Africa are specially notable, although there are considerable collections at Cairo and Algiers.

There are several important libraries in South Africa, along with many small town libraries that used to receive government grants matching the subscriptions of their members, but in no case did these grants exceed £150 for any library in a single year. These grants vary greatly due to changes in government policies, and since the last war, they have been significantly reduced everywhere. One of the oldest libraries is the South African Public Library in Cape Town, established in 1818, which has the privilege of receiving a free copy of every publication issued in Cape Colony. This library houses a significant collection of colonial books donated by Sir George Grey. The libraries of the various legislatures are likely the best supported and most important, but we should also mention the public libraries in Port Elizabeth, Cape Colony, which published an excellent catalog, as well as the public libraries in Kimberley; Durban, Natal; Bloemfontein, Orange River Colony; Bulawayo, Rhodesia; Johannesburg, Transvaal; and the public and university libraries in Pretoria. None of the libraries in North Africa are particularly notable, although there are substantial collections in Cairo and Algiers.

Australasia.

Oceania.

All the public libraries, mechanics’ institutes, schools of arts and similar institutes receive aid from the government, either in the form of grants of money or boxes of books sent from some centre. The public library of New South Wales, Sydney (1869), which includes the Mitchell Library of over 50,000 vols., now possesses a total of nearly 250,000 vols., and circulates books to country libraries, lighthouses and teachers’ associations to the number of about 20,000 vols. per annum. The public library of Victoria, Melbourne (1853), with about 220,000 vols., also sends books to 443 country libraries of various kinds, which among them possess 750,000 vols., and circulate annually considerably over 2½ million vols. The university library at Melbourne (1855) has over 20,000 vols., and the libraries connected with the parliament and various learned societies are important. The public library of South Australia, Adelaide, has about 75,000 vols., and is the centre for the distribution of books to the institutes throughout the colony. These institutes possess over 325,000 vols. There is a good public library at Brisbane, Queensland, and there are a number of state-aided schools of arts with libraries attached. The Library of Parliament in Brisbane possesses over 40,000, and the Rockhampton School of Arts has 10,000 vols. Western Australia has a public library at Perth, which was established in 1887, and the small town institutes are assisted as in the other colonies.

All public libraries, mechanics' institutes, art schools, and similar organizations receive support from the government, either through monetary grants or boxes of books sent from a central location. The public library of New South Wales in Sydney (1869), which includes the Mitchell Library with over 50,000 volumes, now has a total of nearly 250,000 volumes and circulates about 20,000 volumes annually to rural libraries, lighthouses, and teachers' associations. The public library of Victoria in Melbourne (1853), with around 220,000 volumes, also sends books to 443 various rural libraries, which collectively hold 750,000 volumes and circulate well over 2.5 million volumes each year. The university library at Melbourne (1855) has more than 20,000 volumes, and the libraries associated with the parliament and various scholarly societies are significant as well. The public library of South Australia in Adelaide has about 75,000 volumes and serves as the hub for distributing books to institutions throughout the colony, which together possess over 325,000 volumes. There is a well-equipped public library in Brisbane, Queensland, and several state-supported art schools with attached libraries. The Library of Parliament in Brisbane holds over 40,000 volumes, and the Rockhampton School of Arts has 10,000 volumes. Western Australia has a public library in Perth, established in 1887, and smaller town institutes receive assistance just like in the other colonies.

Tasmania has several good libraries in the larger towns, but none of them had in 1910 taken advantage of the act passed in 1867 which gives municipalities practically unlimited powers and means as far as the establishment and maintenance of public libraries are concerned. At Hobart the Tasmanian Public Library (1849) is one of the most important, with 25,000 vols.

Tasmania has several great libraries in the larger towns, but none of them had, by 1910, taken advantage of the act passed in 1867 that grants municipalities nearly unlimited powers and resources for establishing and maintaining public libraries. In Hobart, the Tasmanian Public Library (1849) is one of the most significant, with 25,000 volumes.

New Zealand is well equipped with public libraries established under acts dating from 1869 to 1877, as well as subscription, college and government libraries. At Auckland the Free Public Library (1880) has 50,000 vols., including Sir George Grey’s Australasian collection; the Canterbury Public Library, Christchurch (1874), has 40,000 vols.; the University of Otago Library, Dunedin (1872), 10,000 vols.; and the public library at Wellington (1893) contains 20,000 vols.

New Zealand has a strong network of public libraries that were established between 1869 and 1877, along with subscription, college, and government libraries. In Auckland, the Free Public Library (1880) has 50,000 volumes, including Sir George Grey’s Australasian collection. The Canterbury Public Library in Christchurch (1874) has 40,000 volumes; the University of Otago Library in Dunedin (1872) has 10,000 volumes; and the public library in Wellington (1893) contains 20,000 volumes.

India and the East.

India and the East.

Apart from government and royal libraries, there are many college, society, subscription and others, both English and oriental. It is impossible to do more than name a few of the most notable. Lists of many of the libraries in private hands including descriptions of their MS. contents have been issued by the Indian government. At Calcutta the Sanskrit college has 1652 printed Sanskrit volumes and 2769 Sanskrit MSS., some as old as the 14th century; there is also a large collection of Jain MSS. The Arabic library attached to the Arabic department of the Madrasa was founded about 1781, and now includes 731 printed volumes, 143 original MSS. and 151 copies; the English library of the Anglo-Persian department dates from 1854, and extends to 3254 vols. The library of the Asiatic Society of Bengal was founded in 1784, and now contains 15,000 printed vols., chiefly on eastern and philological subjects, with a valuable collection of 9500 Arabic and Persian MSS.

Apart from government and royal libraries, there are various college, society, subscription, and other libraries, both English and Eastern. It's impossible to list more than a few of the most notable ones. The Indian government has released lists of many private libraries, including descriptions of their manuscript contents. In Calcutta, the Sanskrit College has 1,652 printed Sanskrit volumes and 2,769 Sanskrit manuscripts, some dating back to the 14th century; it also has a large collection of Jain manuscripts. The Arabic library linked to the Arabic department of the Madrasa was established around 1781 and now holds 731 printed volumes, 143 original manuscripts, and 151 copies. The English library of the Anglo-Persian department has been around since 1854 and contains 3,254 volumes. The library of the Asiatic Society of Bengal was founded in 1784 and now has 15,000 printed volumes, mainly on Eastern and philological topics, along with a valuable collection of 9,500 Arabic and Persian manuscripts.

At Bombay the library of the Bombay branch of the Royal Asiatic Society, established in 1804 as the Literary Society of Bengal, is now an excellent general and oriental collection of 75,000 printed vols. and MSS., described in printed catalogues. The Moolla Feroze Library was bequeathed for public use by Moolla Feroze, head priest of the Parsis of the Kudmi sect in 1831, and consisted chiefly of MSS., in Arabic and Persian on history, philosophy and astronomy; some additions of English and Gujarati works have been made, as well as of European books on Zoroastrianism. The Native General Library (1845) has 11,000 vols., and there are libraries attached to Elphinstone College and the university of Bombay.

At Bombay, the library of the Bombay branch of the Royal Asiatic Society, which was founded in 1804 as the Literary Society of Bengal, now boasts an impressive collection of 75,000 printed volumes and manuscripts, detailed in printed catalogs. The Moolla Feroze Library, established for public use by Moolla Feroze, the head priest of the Kudmi sect of Parsis in 1831, mainly includes manuscripts in Arabic and Persian covering history, philosophy, and astronomy; some additions in English and Gujarati, as well as European books on Zoroastrianism, have been made. The Native General Library (1845) holds 11,000 volumes, and there are additional libraries associated with Elphinstone College and the University of Bombay.

The library of Tippoo Sahib, consisting of 2000 MSS., fell into the hands of the British, and a descriptive catalogue of them by Charles Stewart was published at Cambridge in 1809, 4to. A few were presented to public libraries in England, but the majority were placed in the college of Fort William, then recently established. The first volume, containing Persian and Hindustani poetry, of the Catalogue of the Libraries of the King of Oudh, by A. Sprenger, was published at Calcutta in 1854. The compiler shortly afterwards left the Indian service, and no measures were taken to complete the work. On the annexation of the kingdom in 1856 the ex-king is believed to have taken some of the most valuable MSS. to Calcutta, but the largest portion was left behind at Lucknow. During the siege the books were used to block up windows, &c., and those which were not destroyed were abandoned and plundered by the soldiers. Many were burnt for fuel; a few, however, were rescued and sold by auction, and of these some were purchased for the Asiatic Society of Bengal.

The library of Tippoo Sahib, which had 2000 manuscripts, came into the possession of the British, and a descriptive catalog of them by Charles Stewart was published in Cambridge in 1809. A few were donated to public libraries in England, but most were sent to the College of Fort William, which had just been established. The first volume, featuring Persian and Hindustani poetry, of the Catalogue of the Libraries of the King of Oudh, by A. Sprenger, was published in Calcutta in 1854. The compiler soon left the Indian service, and no attempts were made to finish the work. When the kingdom was annexed in 1856, it is believed that the ex-king took some of the most valuable manuscripts to Calcutta, but the majority were left behind in Lucknow. During the siege, the books were used to barricade windows, and those that weren’t destroyed were abandoned and looted by soldiers. Many were burned for fuel; however, a few were saved and sold at auction, with some being bought for the Asiatic Society of Bengal.

Perhaps the most remarkable library in India is that of the rājā of Tanjore, which dates from the end of the 16th or beginning of the 17th century, when Tanjore was under the rule of the Telugu Nāiks, who collected Sanskrit MSS. written in the Telugu character. In the 18th century the Mahrattas conquered the country, and since that date the library increased but slowly. By far the greater portion of the store was acquired by Sharabhojī Rājā during a visit to Benares in 1820-1830; his successor Sivajī added a few, but of inferior value. There are now about 18,000 MSS. written in Devanāgarī, Nandināgarī, Telugu, Kannada, Granthī, Malayālam, Bengalī, Panjābī or Kashmirī, and Uriya; 8000 are on palm leaves. Dr Burnell’s printed catalogue describes 12,375 articles.

Perhaps the most remarkable library in India is that of the rājā of Tanjore, which dates from the late 16th or early 17th century, when Tanjore was ruled by the Telugu Nāiks, who collected Sanskrit manuscripts written in the Telugu script. In the 18th century, the Mahrattas took over the region, and since then, the library has grown only slowly. The vast majority of the collection was acquired by Sharabhojī Rājā during a trip to Benares between 1820 and 1830; his successor Sivajī added a few more, but they were of lesser value. There are now about 18,000 manuscripts written in Devanāgarī, Nandināgarī, Telugu, Kannada, Granthī, Malayālam, Bengalī, Panjābī, or Kashmirī, and Uriya; 8,000 of these are on palm leaves. Dr. Burnell’s printed catalog lists 12,375 items.

The Royal Asiatic Society has branches with libraries attached in many of the large cities of India, the Straits Settlements, Ceylon, China, Japan, &c. At Rangoon in Burma there are several good libraries. The Raffles Library at Singapore was established as a proprietary institution in 1844, taken over by the government in 1874, and given legal status by an ordinance passed in 1878. It now contains about 35,000 vols. in general literature, but books relating to the Malayan peninsula and archipelago have been made a special feature, and since the acquisition of the collection of J. R. Logan in 1879 the library has become remarkably rich in this department. In Ceylon there is the Museum Library at Colombo (1877), which is maintained by the government, and there are many subscription and a few oriental libraries.

The Royal Asiatic Society has branches with libraries in many major cities across India, the Straits Settlements, Ceylon, China, Japan, and more. In Rangoon, Burma, there are several good libraries. The Raffles Library in Singapore was set up as a private institution in 1844, taken over by the government in 1874, and given legal status through an ordinance passed in 1878. It now holds about 35,000 volumes of general literature, but has a special focus on books related to the Malayan peninsula and archipelago. Since acquiring J. R. Logan's collection in 1879, the library has become particularly rich in this area. In Ceylon, there's the Museum Library in Colombo (established in 1877), which is maintained by the government, along with several subscription libraries and a few oriental libraries.

Canada.

Canada.

The public libraries of the various provinces of Canada have grown rapidly in importance and activity, and, assisted as they are by government and municipal grants, they promise to rival those of the United States in generous equipment. Most of the library work in Canada is on the same lines as that of the United States, and there are no special points of difference worth mention. The library laws of the Dominion are embodied in a series of acts dating from 1854, by which much the same powers are conferred on local authorities as by the legislation of Britain and the United States. An important feature of the Canadian library law is the close association maintained between schools and libraries, and in some provinces the school libraries are established by the school and not the library laws. There is also an important extension of libraries to the rural districts, so that in every direction full provision is being made for the after-school education and recreation of the people.

The public libraries across Canada's provinces have quickly increased in significance and activity, and with support from government and municipal funding, they are set to match those in the United States in terms of resources. Most library initiatives in Canada follow the same model as those in the U.S., and there aren't any notable differences to mention. The library laws in Canada are outlined in a series of acts dating back to 1854, granting local authorities powers similar to those established by legislation in Britain and the United States. A key aspect of Canadian library law is the strong connection between schools and libraries, with some provinces establishing school libraries under education rather than library laws. There's also a significant expansion of libraries into rural areas, ensuring comprehensive support for the educational and recreational needs of people after school.

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The province of Ontario has a very large and widespread library system of which full particulars are given in the annual reports of the minister of education. The library portion has been printed separately, and with its illustrations and special articles forms quite a handbook of Canadian library practice. There are now 413 public libraries described as free and not free, and of these 131 free and 234 not free reported in 1909. The free libraries possessed 775,976 vols. and issued 2,421,049 vols. The not free libraries, most of which receive legislative or municipal grants, possessed 502,879 vols. and issued 650,826 vols. This makes a grand total of 1,278,855 vols. in municipal and assisted subscription libraries without counting the university and other libraries in the province. The most important other libraries in Ontario are—Queen’s University, Kingston (1841), 40,000 vols.; Library of Parliament, Ottawa, about 250,000 vols.; university of Ottawa, 35,000 vols.; Legislative Library of Ontario, Toronto, about 100,000 vols.; university of Toronto (1856), 50,000 vols. The Public (municipal) Library of Toronto has now over 152,000 vols.

The province of Ontario has a large and extensive library system, with full details provided in the annual reports of the Minister of Education. The library section has been published separately, and along with its illustrations and special articles, it serves as a comprehensive guide to Canadian library practices. Currently, there are 413 public libraries, classified as either free or not free, with 131 being free and 234 not free reported in 1909. The free libraries had 775,976 volumes and circulated 2,421,049 volumes. The not free libraries, most of which receive government or municipal funding, had 502,879 volumes and circulated 650,826 volumes. This brings the total to 1,278,855 volumes in municipal and assisted subscription libraries, excluding university and other libraries in the province. The most significant libraries in Ontario are—Queen’s University, Kingston (1841), with 40,000 volumes; Library of Parliament, Ottawa, with about 250,000 volumes; University of Ottawa, with 35,000 volumes; Legislative Library of Ontario, Toronto, with about 100,000 volumes; and the University of Toronto (1856), with 50,000 volumes. The Public (municipal) Library of Toronto now has over 152,000 volumes.

In the province of Quebec, in addition to the state-aided libraries there are several large and important libraries, among which may be mentioned the Fraser Institute, Montreal, 40,000 vols.; McGill University, Montreal (1855), 125,000 vols., comprising many important collections; the Seminary of St Sulpice, Montreal, about 80,000 vols.; Laval University, Quebec, 125,000 vols.; and the library of the Legislature (1792), about 100,000 vols. In the western provinces several large public, government and college libraries have been formed, but none of them are as old and important as those in the eastern provinces.

In Quebec, alongside the government-supported libraries, there are several major and significant libraries, including the Fraser Institute in Montreal with 40,000 volumes; McGill University in Montreal (established in 1855) with 125,000 volumes featuring many important collections; the Seminary of St. Sulpice in Montreal with about 80,000 volumes; Laval University in Quebec with 125,000 volumes; and the library of the Legislature (from 1792) with around 100,000 volumes. In the western provinces, several large public, government, and college libraries have been established, but none are as old or significant as those in the eastern provinces.

In Nova Scotia there are now 279 cases of books circulating among the school libraries, containing about 40,000 vols., and in addition 2800 vols. were stocked for the use of rural school libraries. The rural school libraries of Nova Scotia are regulated by a special law, and a little handbook has been printed, somewhat similar to that published by the French educational authorities for the communale libraries. The Legislative Library at Halifax contains nearly 35,000 vols., and the Dalhousie University (1868), in the same town, contains about 20,000 vols. The Legislative Library of Prince Edward Island, Charlottetown, containing the Dodd Library, issues books for home use. The school law of New Brunswick provides for grants being made in aid of school libraries by the Board of Education equal to one half the amount raised by a district, and a series of rules has been published. The only other British libraries in America of much consequence are those in the West Indian Islands. The Institute of Jamaica, Kingston (1879) has about 15,000 vols.; the Trinidad Public Library (1841), recently revised and catalogued, 23,000 vols.; and there are a few small legislative and college libraries in addition.

In Nova Scotia, there are now 279 cases of books circulating among school libraries, containing around 40,000 volumes. Additionally, 2,800 volumes have been stocked for rural school libraries. The rural school libraries in Nova Scotia are governed by a specific law, and a small handbook has been published, similar to one issued by the French educational authorities for community libraries. The Legislative Library in Halifax holds nearly 35,000 volumes, while Dalhousie University (founded in 1868) in the same city has about 20,000 volumes. The Legislative Library of Prince Edward Island in Charlottetown, which includes the Dodd Library, lends books for home use. The school law in New Brunswick provides for grants to support school libraries from the Board of Education, matching half the amount raised by a district, and a series of rules has been published. The only other significant British libraries in America are those in the West Indian Islands. The Institute of Jamaica in Kingston (established in 1879) has about 15,000 volumes; the Trinidad Public Library (founded in 1841), recently updated and cataloged, has 23,000 volumes; and there are a few small legislative and college libraries as well.

Authorities.—For the history of British libraries see H. B. Adams, Public Libraries and Popular Education (Albany, N.Y., 1900); J. D. Brown, Guide to Librarianship (1909); G. F. Chambers and H. W. Fovargue, The Law relating to Public Libraries (4th ed., 1899); J. W. Clark, The Care of Books (1909); E. Edwards, Memoirs of Libraries (1859); T. Greenwood, Edward Edwards (1901) and Public Libraries (4th ed., revised, 1891); J. J. Ogle, The Free Library (1897); Maurice Pellisson, Les Bibliothèques populaires à l’etranger et en France (Paris, 1906); R. A. Rye, The Libraries of London (1910); E. A. Savage, The Story of Libraries and Book-Collectors (1909).

Authorities.—For the history of British libraries, see H. B. Adams, Public Libraries and Popular Education (Albany, N.Y., 1900); J. D. Brown, Guide to Librarianship (1909); G. F. Chambers and H. W. Fovargue, The Law relating to Public Libraries (4th ed., 1899); J. W. Clark, The Care of Books (1909); E. Edwards, Memoirs of Libraries (1859); T. Greenwood, Edward Edwards (1901) and Public Libraries (4th ed., revised, 1891); J. J. Ogle, The Free Library (1897); Maurice Pellisson, Les Bibliothèques populaires à l’étranger et en France (Paris, 1906); R. A. Rye, The Libraries of London (1910); E. A. Savage, The Story of Libraries and Book-Collectors (1909).

For library economy consult J. D. Brown, Manual of Library Economy (1907); F. J. Burgoyne, Library Construction, &c. (1897); A. L. Champneys, Public Libraries: a Treatise on their Design (1907); J. C. Dana, A Library Primer (Chicago, 1910); Arnim Graesel, Handbuch der Bibliothekslehre (Leipzig, 1902); Albert Maire, Manuel pratique du bibliothécaire (Paris, 1896). On the subject of classification consult J. D. Brown, Manual of Library Classification (1898) and Subject Classification (1906); C. A. Cutter, Expansive Classification (1891-1893) (not yet completed); M. Dewey, Decimal Classification (6th ed., 1899), and Institut International de Bibliographie: Classification bibliographique décimale (Brussels, 1905); E. C. Richardson, Classification: Theoretical and Practical (1901).

For library economics, check out J. D. Brown, Manual of Library Economy (1907); F. J. Burgoyne, Library Construction, & More (1897); A. L. Champneys, Public Libraries: A Guide on Their Design (1907); J. C. Dana, A Library Primer (Chicago, 1910); Arnim Graesel, Handbook of Library Science (Leipzig, 1902); Albert Maire, Practical Manual for Librarians (Paris, 1896). For classification topics, refer to J. D. Brown, Manual of Library Classification (1898) and Subject Classification (1906); C. A. Cutter, Expansive Classification (1891-1893) (still not finished); M. Dewey, Decimal Classification (6th ed., 1899), and International Institute of Bibliography: Decimal Bibliographic Classification (Brussels, 1905); E. C. Richardson, Classification: Theoretical and Practical (1901).

Various methods of cataloguing books are treated in Cataloguing Rules, author and title entries, compiled by the Committees of the American Library Association and the Library Association (1908); C. A. Cutter, Rules for a Printed Dictionary Catalogue (Washington, 1904); M. Dewey, Rules for Author and Classed Catalogues (1892); T. Hitchler, Cataloguing for Small Libraries (Boston, 1905); K. A. Linderfelt, Eclectic Card Catalog Rules (Boston, 1890); J. H. Quinn, Manual of Library Cataloguing (1899); E. A. Savage, Manual of Descriptive Annotation (1906); J. D. Stewart, The Sheaf Catalogue (1909); H. B. Wheatley, How to Catalogue a Library (1889).

Various methods of cataloging books are discussed in Cataloguing Rules, Author and Title Entries, compiled by the Committees of the American Library Association and the Library Association (1908); C. A. Cutter, Rules for a Printed Dictionary Catalogue (Washington, 1904); M. Dewey, Rules for Author and Classed Catalogues (1892); T. Hitchler, Cataloguing for Small Libraries (Boston, 1905); K. A. Linderfelt, Eclectic Card Catalog Rules (Boston, 1890); J. H. Quinn, Manual of Library Cataloguing (1899); E. A. Savage, Manual of Descriptive Annotation (1906); J. D. Stewart, The Sheaf Catalogue (1909); H. B. Wheatley, How to Catalogue a Library (1889).

United States of America.

USA.

The libraries of the United States are remarkable for their number, size, variety, liberal endowment and good administration. The total number of libraries with over 1000 vols. was 5383 in 1900, including those attached to schools and institutions, and in 1910 there were probably at least 10,000 libraries having 1000 vols. and over. It is impossible to do more than glance at the principal libraries and activities, where the field is so immense, and a brief sketch of some of the chief federal, state, university, endowed and municipal libraries will therefore be presented.

The libraries in the United States are impressive due to their abundance, size, diversity, generous funding, and effective management. In 1900, there were a total of 5,383 libraries with over 1,000 volumes, including those associated with schools and institutions, and by 1910, there were likely at least 10,000 libraries with 1,000 volumes or more. It's impossible to cover everything given the vastness of the topic, so a brief overview of some of the main federal, state, university, endowed, and municipal libraries will be provided.

The Library of Congress was first established in 1800 at Washington, and was burned together with the Capitol by the British army in 1814. President Jefferson’s books were purchased to form the foundation of a new Federal libraries. library, which continued to increase slowly until 1851, when all but 20,000 vols. were destroyed by fire. From this time the collection has grown rapidly, and now consists of about 1,800,000 vols. In 1866 the library of the Smithsonian Institution, consisting of 40,000 vols., chiefly in natural science, was transferred to the Library of Congress. The library is specially well provided in history, jurisprudence, the political sciences and Americana. Since 1832 the law collections have been constituted into a special department. This is the national library. In 1870 the registry of copyrights was transferred to it under the charge of the librarian of Congress, and two copies of every publication which claims copyright are required to be deposited. Cards for these are now printed and copies are sold to other libraries for an annual subscription fixed according to the number taken. The building in which the library is now housed was opened in 1897. It covers 3½ acres of ground, contains 10,000,000 cub. ft. of space, and has possible accommodation for over 4 million vols. Its cost was $6,500,000, or including the land, $7,000,000. It is the largest, most ornate and most costly building in the world yet erected for library purposes. Within recent years the appropriation has been largely increased, and the bibliographical department has been able to publish many valuable books on special subjects. The A.L.A. Catalog (1904) and A.L.A. Portrait Index (1906), may be mentioned as of especial value. The classification of the library is being gradually completed, and in every respect this is the most active government library in existence.

The Library of Congress was established in 1800 in Washington, D.C., and was burned down along with the Capitol by the British army in 1814. President Jefferson's books were bought to create a new Government library. This collection grew slowly until 1851, when a fire destroyed all but 20,000 volumes. Since then, the collection has expanded quickly and now includes about 1,800,000 volumes. In 1866, the library of the Smithsonian Institution, which had 40,000 volumes mainly focused on natural science, was transferred to the Library of Congress. The library is particularly strong in history, law, political science, and Americana. Since 1832, the law collections have been organized into a special department. This is the national library. In 1870, the copyright registry was moved to it, managed by the Librarian of Congress, and two copies of every publication claiming copyright must be deposited. Cards for these publications are now printed, and copies are sold to other libraries for an annual subscription based on the quantity requested. The building currently housing the library was opened in 1897. It covers 3½ acres, contains 10,000,000 cubic feet of space, and can hold over 4 million volumes. Its total cost was $6,500,000, or $7,000,000 including the land. It is the largest, most ornate, and most expensive building ever constructed for library purposes. In recent years, funding has significantly increased, allowing the bibliographical department to publish many valuable books on various subjects. The A.L.A. Catalog (1904) and A.L.A. Portrait Index (1906) are especially noteworthy. The library's classification system is gradually being completed, making it the most active government library in the world.

Other important federal libraries are those attached to the following departments at Washington: Bureau of Education (1868); Geological Survey (1882); House of Representatives; Patent Office (1836); Senate (1868); Surgeon General’s Office (1870), with an elaborate analytical printed catalogue of world-wide fame.

Other important federal libraries are those associated with the following departments in Washington: Bureau of Education (1868); Geological Survey (1882); House of Representatives; Patent Office (1836); Senate (1868); Surgeon General’s Office (1870), which has a detailed analytical printed catalog known worldwide.

Although the state libraries of Pennsylvania and New Hampshire are known to have been established as early as 1777, it was not until some time after the revolution that any general tendency was shown to form official libraries State libraries. in connexion with the state system. It is especially within the last thirty years that the number of these libraries has so increased that now every state and territory possesses a collection of books and documents for official and public purposes. These collections depend for their increase upon annual appropriations by the several states, and upon a systematic exchange of the official publications of the general government and of the several states and territories. The largest is that of the state of New York at Albany, which contains nearly 500,000 vols., and is composed of a general and a law library. Printed and MS. card catalogues have been issued. The state libraries are libraries of reference, and only members of the official classes are allowed to borrow books, although any well-behaved person is admitted to read in the libraries.

Although the state libraries of Pennsylvania and New Hampshire were established as early as 1777, it wasn’t until some time after the revolution that there was a general movement to create official libraries State libraries. linked to the state system. Particularly in the last thirty years, the number of these libraries has grown significantly, so that now every state and territory has a collection of books and documents for official and public use. These collections grow through annual appropriations from the states and a systematic exchange of official publications from the federal government and the various states and territories. The largest is in Albany, New York, which holds nearly 500,000 volumes, including both a general library and a law library. Printed and manuscript card catalogs have been published. The state libraries serve as reference libraries, and only members of the official classes can borrow books, although anyone well-behaved can read in the libraries.

The earliest libraries formed were in connexion with educational institutions, and the oldest is that of Harvard (1638). It was destroyed by fire in 1764, but active steps were at once taken for its restoration. From that time to University libraries. the present, private donations have been the great resource of the library. In 1840 the collection was removed to Gore Hall, erected for the purpose with a noble bequest from Christopher Gore (1758-1829), formerly governor of Massachusetts. There are also ten special libraries connected with the different departments of the university. The total numbers of vols. in all these collections is over 800,000. There is a MS. card-catalogue in two parts, by authors and subjects, which is accessible to the readers. The only condition of admission to use the books in Gore Hall is respectability; but only 563 members of the university and privileged persons may borrow books. The library of Yale College, New Haven, was founded in 1701, but grew so slowly that, even with the 1000 vols. received from Bishop Berkeley in 1733, it had only increased to 4000 vols. in 1766, and some of these were lost in the revolutionary war. During the 19th century the collection grew more speedily, and now the library numbers over 550,000 vols.

The earliest libraries were established in connection with educational institutions, with the oldest being Harvard's library (1638). It was destroyed by fire in 1764, but immediate efforts were made to restore it. Since then, private donations have been the primary resource for the library. In 1840, the collection was moved to Gore Hall, which was built for this purpose thanks to a generous bequest from Christopher Gore (1758-1829), who was formerly the governor of Massachusetts. There are also ten special libraries associated with the various departments of the university. The total number of volumes in all these collections is over 800,000. There is a manuscript card catalog divided into two parts, by authors and subjects, which is accessible to readers. The only requirement for admission to use the books in Gore Hall is to be respectable; however, only university members and privileged individuals may borrow books. The library of Yale College, New Haven, was founded in 1701 but grew slowly. Even with the 1,000 volumes received from Bishop Berkeley in 1733, it had only increased to 4,000 volumes by 1766, and some were lost during the Revolutionary War. In the 19th century, the collection expanded more rapidly, and now the library holds over 550,000 volumes.

Other important university and college libraries are Amherst College, Mass. (1821), 93,000 vols.; Brown University, R.I. (1767), 156,000 vols.; Columbia University, N.Y. (1763), 430,000 vols.; Cornell University, N.Y. (1868), 355,000 vols.; Dartmouth College, N.H. (1769), 106,000 vols.; Johns Hopkins University, Baltimore (1876), 220,000 vols.; Lehigh University, Pa. (1877), 150,000 vols.; Leland Stanford University, Cal. (1891), 113,000 vols.; Princeton University, N.J. (1746), 260,000 vols.; University of California (1868), 240,000 vols.; University of Chicago, Ill. (1892), 480,000 vols.; University of Michigan (1837), 252,000 vols.; University of Pennsylvania (1749), 285,000 vols. There are numerous other college libraries, several of them even larger than some of those named above.

Other major university and college libraries include Amherst College, Massachusetts (1821), with 93,000 volumes; Brown University, Rhode Island (1767), with 156,000 volumes; Columbia University, New York (1763), with 430,000 volumes; Cornell University, New York (1868), with 355,000 volumes; Dartmouth College, New Hampshire (1769), with 106,000 volumes; Johns Hopkins University, Baltimore (1876), with 220,000 volumes; Lehigh University, Pennsylvania (1877), with 150,000 volumes; Leland Stanford University, California (1891), with 113,000 volumes; Princeton University, New Jersey (1746), with 260,000 volumes; University of California (1868), with 240,000 volumes; University of Chicago, Illinois (1892), with 480,000 volumes; University of Michigan (1837), with 252,000 volumes; and University of Pennsylvania (1749), with 285,000 volumes. There are many other college libraries, some of which are even larger than those mentioned above.

The establishment of proprietary or subscription libraries runs back into the first half of the 18th century, and is connected with the name of Benjamin Franklin. It was at Philadelphia, in the year 1731, that he set on foot Subscription and Endowed Libraries. what he called “his first project of a public nature, that for a subscription library.... The institution soon manifested its ability, was imitated by other towns and in other provinces.” The Library Company of Philadelphia was soon regularly incorporated, and gradually drew to itself other collections of books, including the Loganian Library, which was vested in the company by the state legislature in 1792 in trust for public use. Hence the collection combines the character of a public and of a proprietary library, being freely open for reference purposes, while the books circulate only among the subscribing members. It numbers at present 226,000 vols., of which 11,000 belong to the Loganian Library, and may be freely lent. In 1869 Dr James Rush left a bequest of over one million dollars for the purpose of erecting a building to be called the Ridgeway branch of the library. The building is very handsome, and has been very highly spoken of as a library structure. Philadelphia has another large proprietary library—that of the Mercantile Library Company, which was established in 1821. It possesses 200,000 vols., and its members have always enjoyed direct access to the shelves. The library of the Boston Athenaeum was established in 1807, and numbers 235,000 vols. It has published an admirable dictionary-catalogue. The collection is especially rich in art and in history, and possesses a part of the library of George Washington. The Mercantile Library Association of New York, which was founded in 1820, has over 240,000 vols. New York possesses two other large proprietary libraries, one of which claims to have been formed as early as 1700 as the “public” library of New York. It was organized as the New York Society Library in 1754, and has been especially the library of the old Knickerbocker families and their descendants, its contents bearing witness to its history. It contains about 100,000 vols. The Apprentices’ Library (1820) has about 100,000 vols., and makes a special feature of works on trades and useful arts.

The creation of proprietary or subscription libraries dates back to the first half of the 18th century, linked to Benjamin Franklin. In Philadelphia, in 1731, he launched what he called “his first public project, a subscription library.... The institution quickly showed its worth and was copied by other towns and provinces.” The Library Company of Philadelphia was soon officially incorporated and gradually gathered other collections of books, including the Loganian Library, which the state legislature entrusted to the company in 1792 for public use. Thus, the collection functions both as a public and proprietary library, being open for reference while books can only circulate among subscribing members. It currently holds 226,000 volumes, including 11,000 from the Loganian Library, which can be borrowed freely. In 1869, Dr. James Rush left a legacy of over one million dollars to build a structure known as the Ridgeway branch of the library. The building is quite attractive and has received high praise as a library facility. Philadelphia also has another large proprietary library, the Mercantile Library Company, founded in 1821, which has 200,000 volumes, and its members have always had direct access to the shelves. The Boston Athenaeum was established in 1807 and contains 235,000 volumes. It has published an excellent dictionary-catalog. The collection is particularly rich in art and history and holds part of George Washington's library. The Mercantile Library Association of New York, founded in 1820, has over 240,000 volumes. New York also has two other large proprietary libraries, one of which claims to have originated as early as 1700 as the “public” library of New York. It was organized as the New York Society Library in 1754 and has been especially significant for the old Knickerbocker families and their descendants, its contents reflecting its history. It contains about 100,000 volumes. The Apprentices’ Library (1820) has around 100,000 volumes and specializes in works on trades and useful arts.

The Astor Library in New York was founded by a bequest of John Jacob Astor, whose example was followed successively by his son and grandson. The library was opened to the public in 1854, and consists of a careful selection of the most valuable books upon all subjects. It is a library of reference, for which purpose it is freely open, and books are not lent out. It is “a working library for studious persons.” The Lenox Library was established by James Lenox in 1870, when a body of trustees was incorporated by an act of the legislature. In addition to the funds intended for the library building and endowment, amounting to $1,247,000, the private collection of books which Mr Lenox had long been accumulating is extremely valuable. Though it does not rank high in point of mere numbers, it is exceedingly rich in early books on America, in Bibles, in Shakesperiana and in Elizabethan poetry. Both those libraries are now merged in the New York Public Library. The Peabody Institute at Baltimore was established by George Peabody in 1857, and contains a reference library open to all comers. The institute has an endowment of $1,000,000, which, however, has to support, besides the library, a conservatoire of music, an art gallery, and courses of popular lectures. It has a very fine printed dictionary catalogue and now contains nearly 200,000 vols. In the same city is the Enoch Pratt Free Library (1882) with 257,000 vols. In the city of Chicago are two very important endowed libraries, the Newberry Library (1887) with over 200,000 vols., and the John Crerar Library (1894), with 235,000 vols. Both of these are reference libraries of great value, and the John Crerar Library specializes in science, for which purpose its founder left $3,000,000.

The Astor Library in New York was established through a bequest from John Jacob Astor, and his son and grandson followed his example. The library opened to the public in 1854 and features a carefully curated collection of the most valuable books on every subject. It's a reference library, which means it's open for public use, but books can’t be borrowed. It’s designated as “a working library for studious people.” The Lenox Library was founded by James Lenox in 1870 when a group of trustees was formed through a legislative act. Along with the funds set aside for the library’s building and endowment, totaling $1,247,000, Mr. Lenox's extensive private book collection is also incredibly valuable. While it may not have a large number of volumes, it is rich in early American books, Bibles, Shakesperiana, and Elizabethan poetry. Both libraries are now part of the New York Public Library. The Peabody Institute in Baltimore was founded by George Peabody in 1857 and features a reference library that is open to everyone. The institute has an endowment of $1,000,000, which supports not only the library but also a music conservatory, an art gallery, and community lecture series. It boasts an impressive printed dictionary catalog and currently holds nearly 200,000 volumes. In the same city is the Enoch Pratt Free Library (1882) with 257,000 volumes. In Chicago, there are two significant endowed libraries: the Newberry Library (1887) with over 200,000 volumes, and the John Crerar Library (1894) with 235,000 volumes. Both of these are highly valuable reference libraries, and the John Crerar Library specializes in science, for which its founder donated $3,000,000.

It will be sufficient to name a few of the other endowed libraries to give an idea of the large number of donors who have given money to libraries. Silas Bronson (Waterbury), Annie T. Howard (New Orleans), Joshua Bates (Boston), Charles E. Forbes (Northampton, Mass.), Mortimer F. Reynolds (Rochester, N.Y.), Leonard Case (Cleveland), I. Osterhout (Wilkes-Barré, Pa.), and above all Andrew Carnegie, whose library benefactions exceed $53,000,000.

It’s enough to mention a few of the other funded libraries to show the large number of donors who have contributed money to libraries. Silas Bronson (Waterbury), Annie T. Howard (New Orleans), Joshua Bates (Boston), Charles E. Forbes (Northampton, Mass.), Mortimer F. Reynolds (Rochester, N.Y.), Leonard Case (Cleveland), I. Osterhout (Wilkes-Barre, Pa.), and especially Andrew Carnegie, whose library donations total over $53 million.

It remains to mention another group of proprietary and society libraries.

It’s worth mentioning another category of private and community libraries.

Since the organization of the government in 1789, no less than one hundred and sixty historical societies have been formed in the United States, most of which still continue to exist. Many of them have formed considerable libraries, and possess extensive and valuable manuscript collections. The oldest of them is the Massachusetts Historical Society, which dates from 1791.

Since the establishment of the government in 1789, at least one hundred sixty historical societies have been created in the United States, most of which still exist today. Many of these societies have built significant libraries and hold extensive and valuable manuscript collections. The oldest of these is the Massachusetts Historical Society, which was founded in 1791.

The earliest of the scientific societies, the American Philosophical Society (1743), has 73,000 vols. The most extensive collection is that of the Academy of Natural Sciences of Philadelphia, which consists of 80,000 vols. and pamphlets. For information as to the numerous professional libraries of the United States—theological, legal and medical—the reader may be referred to the authorities quoted below.

The earliest scientific organization, the American Philosophical Society (1743), has 73,000 volumes. The largest collection is from the Academy of Natural Sciences in Philadelphia, which includes 80,000 volumes and pamphlets. For details on the many professional libraries in the United States—such as those for theology, law, and medicine—readers can check the sources mentioned below.

In no country has the movement for the development of municipal libraries made such progress as in the United States; these institutions called free or public as the case may be are distinguished for their work, enterprise and the Municipal Libraries. liberality with which they are supported. They are established under laws passed by the different states, the first to pass such an enactment being Massachusetts, which in 1848 empowered the city of Boston to establish a free public library. This was subsequently extended to the whole state in 1851. Other states followed, all with more or less variation in the provisions, till practically every state in the Union now has a body of library laws. In general the American library law is much on the same lines as the English. In most states the acts are permissive. In New Hampshire aid is granted by the state to any library for which a township contracts to make a definite annual appropriation. A limit is imposed in most states on the library tax which may be levied, although there are some, like Massachusetts and New Hampshire, which fix no limit. In every American town the amount derived from the library tax usually exceeds by double or more the same rate raised in Britain in towns of similar size. For example, East Orange, N.J., with a population of 35,000, expends £2400, while Dumfries in Scotland, with 23,000 pop. expends £500. Cincinnati, 345,000 pop., expenditure £26,000; Islington (London), 350,000 pop., expenditure £8200, is another example. In the smaller towns the difference is not so marked, but generally the average American municipal library income is considerably in excess of the British one. Many American municipal libraries have also endowments which add to their incomes.

In no country has the movement for developing municipal libraries progressed as much as in the United States; these institutions, called free or public libraries depending on the case, are known for their work, initiative, and the generous support they receive. They are established under laws passed by the various states, with the first being Massachusetts, which in 1848 allowed the city of Boston to set up a free public library. This was later extended to the whole state in 1851. Other states followed suit, each with variations in their laws, until practically every state in the Union now has a set of library laws. Generally, American library law aligns closely with English law. In most states, the laws are permissive. In New Hampshire, the state provides support to any library for which a township commits to a specific annual budget. Most states impose a limit on the library tax that can be levied, although some, like Massachusetts and New Hampshire, set no limit. In every American town, the revenue from the library tax usually doubles or more compared to the same rate raised in Britain in towns of similar size. For example, East Orange, N.J., with a population of 35,000, spends £2400, while Dumfries in Scotland, with 23,000 residents, spends £500. Cincinnati, with a population of 345,000, has an expenditure of £26,000; Islington (London), with a population of 350,000, has an expenditure of £8200, as another example. In smaller towns, the difference isn’t as pronounced, but generally, the average income for American municipal libraries is significantly higher than that of British ones. Many American municipal libraries also have endowments that contribute to their income.

In one respect the American libraries differ from those of the United Kingdom. They are usually managed by a small committee or body of trustees, about five or more in number, who administer the library independent of American Library Administration. the city council. This is akin to the practice in Scotland, although there, the committees are larger. In addition to the legislation authorizing town libraries to be established, thirty-two states have formed state library commissions. These are small bodies of three or five trained persons appointed by the different states which, acting on behalf of the state, encourage the formation of local libraries, particularly in towns and villages, and in many cases have authority to aid 564 their establishment by the grant out of the state funds of a certain sum (usually $100) towards the purchase of books, upon the appropriation of a similar sum by the local authorities. These commissions are prepared to aid further with select lists of desirable books, and with suggestions or advice in the problems of construction and maintenance. Such commissions are in existence in Alabama, California, Colorado, Connecticut, Delaware, Georgia, Idaho, Illinois, Indiana, Iowa, Kansas, Maine, Maryland, Massachusetts, Michigan, Minnesota, Missouri, Nebraska, New Hampshire, New Jersey, New York, North Carolina, North Dakota, Ohio, Oregon, Pennsylvania, Tennessee, Texas, Utah, Vermont, Washington and Wisconsin.

In one way, American libraries are different from those in the United Kingdom. They are typically run by a small committee or board of trustees, usually five or more, who manage the library independently from the city council. This is similar to the practice in Scotland, although there, the committees tend to be larger. Along with the laws that allow for the establishment of town libraries, thirty-two states have created state library commissions. These are small groups of three to five trained individuals appointed by the states who, on behalf of the state, promote the development of local libraries, especially in towns and villages. In many cases, they also have the authority to assist in the establishment of these libraries by providing a specific amount (usually $100) from state funds to help purchase books, as long as local authorities allocate an equivalent amount. These commissions are also ready to provide support by offering lists of recommended books and advice on construction and maintenance issues. Such commissions exist in Alabama, California, Colorado, Connecticut, Delaware, Georgia, Idaho, Illinois, Indiana, Iowa, Kansas, Maine, Maryland, Massachusetts, Michigan, Minnesota, Missouri, Nebraska, New Hampshire, New Jersey, New York, North Carolina, North Dakota, Ohio, Oregon, Pennsylvania, Tennessee, Texas, Utah, Vermont, Washington, and Wisconsin.

The reports and other documents issued by some of these commissioners are very interesting and valuable, especially as regards the light they throw on the working of the travelling libraries in country districts. These to some extent are a revival of the “itinerating” library idea of Samuel Brown of Haddington in Scotland, who from 1817 to 1836 carried on a system of travelling subscription libraries in that country. At the time of his death there were 3850 vols. in 47 libraries. The American travelling libraries, often under state supervision, are well organized and numerous, and the books are circulated free. New York was the pioneer in this movement which now extends to most of the states which have established library commissions. There are also town travelling libraries and deposit stations in addition to branches, so that every effort is made to bring people in outlying districts into touch with books.

The reports and other documents released by some of these commissioners are really interesting and valuable, especially regarding the insights they provide into how the traveling libraries operate in rural areas. These libraries are somewhat of a revival of the “itinerating” library concept introduced by Samuel Brown from Haddington in Scotland, who ran a system of traveling subscription libraries in that country from 1817 to 1836. At the time of his death, there were 3,850 volumes across 47 libraries. The American traveling libraries, often overseen by the state, are well-organized and numerous, and the books are circulated for free. New York was the first to start this movement, which now spans most states that have established library commissions. There are also town traveling libraries and deposit stations in addition to branches, ensuring that every effort is made to connect people in remote areas with books.

The municipal libraries of the United States work in conjunction with the schools, and it is generally considered that they are part of the educational machinery of the country. In the case of New York the state libraries have been put under the control of the university of the state of New York, which also inaugurated the travelling libraries. Work with the schools and children generally is more cultivated in the libraries of the United States than elsewhere. In some cases the libraries send collections of books to the schools; in others provision is made for children’s reading-rooms and lending departments at the library buildings. At Cleveland (Ohio), Pittsburg (Pa.), New York and many other places, elaborate arrangements are in force for the convenience and amusement of children. There is a special school, the Carnegie Library training school for children’s librarians, at Pittsburg, and within recent years the instruction has included the art of telling stories to children at the libraries. This “story-hour” idea has been the cause of considerable discussion in the United States, librarians and teachers being divided in opinion as to the value of the service. The chief factors in children’s work in American libraries, often overlooked by critics, are the number of non-English reading adults and the large number of children of foreign origin. The adults do not use the libraries to any large extent, but the children, who learn English at the schools, are brought into close touch with the juvenile departments of the libraries. In this way many libraries are obliged to undertake special work for children, and as a rule it is performed in a sane, practical and economical manner. The preponderance of women librarians and their natural sentimental regard for children has tended to make this work loom rather largely in some quarters, but with these exceptions the activity on behalf of children is justified on many grounds. But above all, it is manifest that a rapidly growing nation, finding homes for thousands of foreigners and their children annually, must use every means of rapidly educating their new citizens, and the public library is one of the most efficient and ready ways of accomplishing this great national object.

The public libraries in the United States work closely with schools and are generally seen as part of the country's education system. In New York, state libraries are managed by the University of the State of New York, which also started the traveling libraries. Libraries in the U.S. are more focused on working with schools and children than in other places. Some libraries send collections of books to schools; others have dedicated reading rooms and lending services for kids right in the library buildings. In cities like Cleveland (Ohio), Pittsburgh (Pa.), New York, and many others, there are detailed arrangements for the convenience and enjoyment of children. There is a special school, the Carnegie Library Training School for Children's Librarians, in Pittsburgh, which recently has included training on storytelling for kids at libraries. This idea of "story hour" has sparked a lot of debate in the United States, with librarians and teachers split on its value. Key factors in children's services in American libraries, often overlooked by critics, include the number of non-English-speaking adults and the significant number of children from immigrant families. While the adults don't use the libraries much, the children, who learn English in school, engage closely with the children’s sections of the libraries. As a result, many libraries have to create specialized programs for kids, and typically this work is done in a practical, sensible, and cost-effective way. The high number of women librarians and their natural affection for children can make this work seem more prominent in some areas, but generally, the efforts to serve children are justified on various fronts. Most importantly, it's clear that a rapidly growing nation, welcoming thousands of immigrants and their children each year, must utilize every avenue to quickly educate these new citizens, and public libraries are one of the most effective and accessible means to achieve this vital national goal.

With regard to methods, the American libraries are working on much the same plan as those of the United Kingdom. They allow access to the shelves more universally, and there is much more standardization in classification and other internal matters. The provision of books is more profuse, although there is, on the whole, more reading done in the United Kingdom. The largest municipal library system in America, and also in the world, is that of New York City, which, after struggling with a series of Free Circulating Libraries, blossomed out in 1895 into the series of combinations which resulted in the present great establishment. In that year, the Astor and Lenox libraries (see above) were taken over by the city, and in addition, $2,000,000 was given by one of the heirs of Mr S. J. Tilden, who had bequeathed about $4,000,000 for library purposes in New York but whose will had been upset in the law courts. In 1901 Mr Andrew Carnegie gave about £1,500,000 for the purpose of providing 65 branches, and these are now nearly all erected. A very fine central library building has been erected, and when the organization is completed there will be no system of municipal libraries to equal that of New York. It possesses about 1,400,000 vols. in the consolidated libraries. Brooklyn, although forming part of Greater New York, has an independent library system, and possesses about 560,000, vols. distributed among 26 branches and including the old Brooklyn Library which has been absorbed in the municipal library system. At Boston (Mass.) is one of the most renowned public libraries in the United States, and also the oldest established by act of legislature. It was first opened to the public in 1854, and is now housed in a very magnificently decorated building which was completed in 1895. The central library contains many fine special collections, and there are 28 branch and numerous school libraries in connexion. It possesses about 1,000,000 vols. altogether, its annual circulation is about 1,500,000 vols., and its annual expenditure is nearly £70,000.

Regarding methods, American libraries are operating on a plan similar to those in the United Kingdom. They allow broader access to the shelves and have much more standardization in classification and other internal aspects. The availability of books is greater, although overall, more reading happens in the United Kingdom. The largest municipal library system in America, and also in the world, is in New York City, which, after grappling with a series of Free Circulating Libraries, evolved in 1895 into the combination that became the current significant establishment. That year, the Astor and Lenox libraries (see above) were acquired by the city, and additionally, $2,000,000 was donated by one of the heirs of Mr. S. J. Tilden, who had left about $4,000,000 for library purposes in New York, though his will had been contested in the courts. In 1901, Mr. Andrew Carnegie contributed about £1,500,000 to establish 65 branches, most of which are now built. A grand central library building has been constructed, and once the organization is finished, there will be no municipal library system to match that of New York. It holds about 1,400,000 volumes in the consolidated libraries. Brooklyn, while part of Greater New York, has its own independent library system with about 560,000 volumes spread across 26 branches, including the original Brooklyn Library, which has been incorporated into the municipal library system. In Boston (Mass.), there is one of the most famous public libraries in the United States, as well as the oldest established by legislative act. It first opened to the public in 1854 and is now housed in a beautifully decorated building that was finished in 1895. The central library contains many excellent special collections, alongside 28 branches and numerous school libraries connected to it. It holds about 1,000,000 volumes in total, with an annual circulation of approximately 1,500,000 volumes and an annual budget of nearly £70,000.

Other notable municipal libraries are those of Philadelphia (1891), Chicago (1872), Los Angeles (Cal.), 1872, Indianapolis (1868), Detroit (1865), Minneapolis (1885), St Louis (1865), Newark, N.J. (1889), Cincinnati (1856), Cleveland (1869), Allegheny (1890), Pittsburg (1895), Providence, R.I. (1878), Milwaukee (1875), Washington, D.C. (1898), Worcester, Mass. (1859), Buffalo (1837).

Other notable municipal libraries include those in Philadelphia (1891), Chicago (1872), Los Angeles (Cal.) (1872), Indianapolis (1868), Detroit (1865), Minneapolis (1885), St. Louis (1865), Newark, N.J. (1889), Cincinnati (1856), Cleveland (1869), Allegheny (1890), Pittsburgh (1895), Providence, R.I. (1878), Milwaukee (1875), Washington, D.C. (1898), Worcester, Mass. (1859), and Buffalo (1837).

Authorities.—The Annual Library Index (New York, 1908)—contains a select list of libraries in the United States; Arthur E. Bostwick, The American Public Library, illust. (New York, 1910)—the most comprehensive general book; Bureau of Education, Statistics of Public Libraries in the United States and Canada (1893)—this has been succeeded by a list of “Public, Society and School Libraries,” reprinted at irregular intervals from the Report of the Commissioner of Education and giving a list of libraries containing over 5000 vols. with various other particulars; Clegg, International Directory of Booksellers (1910) and earlier issues—contains a list of American libraries with brief particulars; John C. Dana, A Library Primer (Chicago, 1910)—the standard manual of American library practice; Directory of Libraries in the United States and Canada (6th ed.; Minneapolis, 1908)—a brief list of 4500 libraries, with indication of the annual income of each; Wm. I. Fletcher, Public Libraries in America (2nd ed., Boston, 1899), illust.; T. W. Koch, Portfolio of Carnegie Libraries (1908); Cornelia Marvin, Small Library Buildings (Boston, 1908); A. R. Spofford, A Book for all Readers ... the Formation of Public and Private Libraries (1905).

Authorities.—The Annual Library Index (New York, 1908)—includes a selected list of libraries in the U.S.; Arthur E. Bostwick, The American Public Library, illust. (New York, 1910)—the most comprehensive general book; Bureau of Education, Statistics of Public Libraries in the United States and Canada (1893)—this has been followed by a list of “Public, Society and School Libraries,” reprinted at irregular intervals from the Report of the Commissioner of Education, providing a list of libraries with over 5000 volumes along with various other details; Clegg, International Directory of Booksellers (1910) and earlier editions—contains a list of American libraries with brief details; John C. Dana, A Library Primer (Chicago, 1910)—the standard manual of American library practice; Directory of Libraries in the United States and Canada (6th ed.; Minneapolis, 1908)—a concise list of 4500 libraries, indicating the annual income of each; Wm. I. Fletcher, Public Libraries in America (2nd ed., Boston, 1899), illust.; T. W. Koch, Portfolio of Carnegie Libraries (1908); Cornelia Marvin, Small Library Buildings (Boston, 1908); A. R. Spofford, A Book for all Readers ... the Formation of Public and Private Libraries (1905).

France.

France.

French libraries (other than those in private hands) belong either to the state, to the departments, to the communes, or to learned societies, educational establishments and other public institutions; the libraries of judicial or administrative bodies are not considered to be owned by them, but to be state property. Besides the unrivalled library accommodation of the capital, France possesses a remarkable assemblage of provincial libraries. The communal and school libraries also form striking features of the French free library system. Taking as a basis for comparison the Tableau statistique des bibliothèques publiques (1857), there were at that date 340 departmental libraries with a total of 3,734,260 vols., and 44,436 MSS. In 1908 the number of volumes in all the public libraries; communal, university, learned societies, educational and departmental, was more than 20,060,148 vols., 93,986 MSS. and 15,530 incunabula. Paris alone now possesses over 10,570,000 printed vols., 147,543 MSS., 5000 incunabula, 609,439 maps and plans, 2,000,000 prints (designs and reproductions).

French libraries (except for private ones) are owned by the state, departments, municipalities, or academic societies, educational institutions, and other public organizations. Libraries belonging to judicial or administrative bodies are considered state property, not owned by those entities. In addition to the unmatched library facilities in the capital, France has a remarkable collection of regional libraries. Public communal and school libraries are also key components of the French free library system. According to the Tableau statistique des bibliothèques publiques (1857), there were 340 departmental libraries at that time with a total of 3,734,260 volumes and 44,436 manuscripts. By 1908, the total number of volumes in all public libraries—including communal, university, academic societies, educational, and departmental libraries—exceeded 20,060,148 volumes, 93,986 manuscripts, and 15,530 incunabula. Paris alone now holds over 10,570,000 printed volumes, 147,543 manuscripts, 5,000 incunabula, 609,439 maps and plans, and 2,000,000 prints (designs and reproductions).

The Bibliothèque Nationale (one of the most extensive libraries in the world) has had an advantage over others in the length of time during which its contents have been accumulating, and in the great zeal shown for it by several Paris. kings and other eminent men. Enthusiastic writers find the 565 original of this library in the MS. collections of Charlemagne and Charles the Bald, but these were dispersed in course of time, and the few precious relics of them which the national library now possesses have been acquired at a much later date. Of the library which St Louis formed in the 13th century (in imitation of what he had seen in the East) nothing has fallen into the possession of the Bibliothèque Nationale, but much has remained of the royal collections made by kings of the later dynasties. The real foundation of the institution (formerly known as the Bibliothèque du Roi) may be said to date from the reign of King John, the Black Prince’s captive, who had a considerable taste for books, and bequeathed his “royal library” of MSS. to his successor Charles V. Charles V. organized his library in a very effective manner, removing it from the Palais de la Cité to the Louvre, where it was arranged on desks in a large hall of three storeys, and placed under the management of the first librarian and cataloguer, Claude Mallet, the king’s valet-de-chambre. His catalogue was a mere shelf-list, entitled Inventaire des Livres du Roy nostre Seigneur estans au chastel du Louvre; it is still extant, as well as the further inventories made by Jean Blanchet in 1380, and by Jean le Bègue in 1411 and 1424. Charles V. was very liberal in his patronage of literature, and many of the early monuments of the French language are due to his having employed Nicholas Oresme, Ràoul de Presle and other scholars to make translations from ancient texts. Charles VI. added some hundreds of MSS. to the royal library, which, however, was sold to the regent, duke of Bedford, after a valuation had been established by the inventory of 1424. The regent transferred it to England, and it was finally dispersed at his death in 1435. Charles VII. and Louis XI. did little to repair the loss of the precious Louvre library, but the news of the invention of printing served as a stimulus to the creation of another one, of which the first librarian was Laurent Paulmier. The famous miniaturist, Jean Foucquet of Tours, was named the king’s enlumineur, and although Louis XI. neglected to avail himself of many precious opportunities that occurred in his reign, still the new library developed gradually with the help of confiscation. Charles VIII. enriched it with many fine MSS. executed by his order, and also with most of the books that had formed the library of the kings of Aragon, seized by him at Naples. Louis XII., on coming to the throne, incorporated the Bibliothèque du Roi with the fine Orleans library at Blois, which he had inherited. The Blois library, thus augmented, and further enriched by plunder from the palaces of Pavia, and by the purchase of the famous Gruthuyse collection, was described at the time as one of the four marvels of France. Francis I. removed it to Fontainebleau in 1534, enlarged by the addition of his private library. He was the first to set the fashion of fine artistic bindings, which was still more cultivated by Henry II., and which has never died out in France. During the librarianship of Amyot (the translator of Plutarch) the library was transferred from Fontainebleau to Paris, not without the loss of several books coveted by powerful thieves. Henry IV. removed it to the Collége de Clermont, but in 1604 another change was made, and in 1622 it was installed in the Rue de la Harpe. Under the librarianship of J. A. de Thou it acquired the library of Catherine de’ Medici, and the glorious Bible of Charles the Bald. In 1617 a decree was passed that two copies of every new publication should be deposited in the library, but this was not rigidly enforced till Louis XIV.’s time. The first catalogue worthy of the name was finished in 1622, and contains a description of some 6000 vols., chiefly MSS. Many additions were made during Louis XIII.’s reign, notably that of the Dupuy collection, but a new era dawned for the Bibliothèque du Roi under the patronage of Louis XIV. The enlightened activity of Colbert, one of the greatest of collectors, so enriched the library that it became necessary for want of space to make another removal. It was therefore in 1666 installed in the Rue Vivien (now Vivienne) not far from its present habitat. The departments of engravings and medals were now created, and before long rose to nearly equal importance with that of books. Marolles’s prints, Foucquet’s books, and many from the Mazarin library were added to the collection, and, in short, the Bibliothèque du Roi had its future pre-eminence undoubtedly secured. Nic. Clément made a catalogue in 1684 according to an arrangement which has been followed ever since (that is, in twenty-three classes, each one designated by a letter of the alphabet), with an alphabetical index to it. After Colbert’s death Louvois emulated his predecessor’s labours, and employed Mabillon, Thevenot and others to procure fresh accessions from all parts of the world. A new catalogue was compiled in 1688 in 8 vols, by several distinguished scholars. The Abbé Louvois, the minister’s son, became head of the library in 1691, and opened it to all students—a privilege which although soon withdrawn was afterwards restored. Towards the end of Louis XIV.’s reign it contained over 70,000 vols. Under the management of the Abbé Bignon numerous additions were made in all departments, and the library was removed to its present home in the Rue Richelieu. Among the more important acquisitions were 6000 MSS. from the private library of the Colbert family, Bishop Huet’s forfeited collection, and a large number of Oriental books imported by missionaries from the farther East, and by special agents from the Levant. Between 1739 and 1753 a catalogue in 11 vols, was printed, which enabled the administration to discover and to sell its duplicates. In Louis XVI.’s reign the sale of the La Vallière library furnished a valuable increase both in MSS. and printed books. A few years before the Revolution broke out the latter department contained over 300,000 vols, and opuscules. The Revolution was serviceable to the library, now called the Bibliothèque Nationale, by increasing it with the forfeited collections of the émigrés, as well as of the suppressed religious communities. In the midst of the difficulties of placing and cataloguing these numerous acquisitions, the name of Van Praet appears as an administrator of the first order. Napoleon increased the amount of the government grant; and by the strict enforcement of the law concerning new publications, as well as by the acquisition of several special collections, the Bibliothèque made considerable progress during his reign towards realizing his idea that it should be universal in character. At the beginning of last century the recorded numbers were 250,000 printed vols., 83,000 MSS., and 1,500,000 engravings. After Napoleon’s downfall the MSS. which he had transferred from Berlin, Hanover, Florence, Venice, Rome, the Hague and other places had to be returned to their proper owners. The MacCarthy sale in 1817 brought a rich store of MSS. and incunabula. From that time onwards to the present, under the enlightened administration of MM. Taschereau and Delisle and Marcel, the accessions have been very extensive.

The Bibliothèque Nationale (one of the largest libraries in the world) has had an advantage over others because it has been accumulating its contents for a long time and has received great support from various kings and notable figures in Paris. Enthusiastic writers trace the origins of this library to the manuscript collections of Charlemagne and Charles the Bald, but these were scattered over time, and the few precious remnants that the national library currently owns were acquired much later. Nothing from the library created by St. Louis in the 13th century (which was inspired by what he had seen in the East) has been preserved in the Bibliothèque Nationale, but much from the royal collections of later dynasties remains. The true foundation of the institution (formerly known as the Bibliothèque du Roi) can be traced back to the reign of King John, a captive of the Black Prince, who had a significant passion for books and left his "royal library" of manuscripts to his successor Charles V. Charles V. organized his library very effectively, moving it from the Palais de la Cité to the Louvre, where it was arranged on desks in a large three-story hall, and put under the management of the first librarian and cataloguer, Claude Mallet, the king's valet. His catalogue was simply a shelf-list titled Inventaire des Livres du Roy nostre Seigneur estans au chastel du Louvre; it still exists, along with subsequent inventories made by Jean Blanchet in 1380 and by Jean le Bègue in 1411 and 1424. Charles V. was very generous in his support of literature, and many early examples of the French language are thanks to his hiring of Nicholas Oresme, Ràoul de Presle, and other scholars to translate ancient texts. Charles VI. added several hundred manuscripts to the royal library, which, however, was sold to the regent, the Duke of Bedford, after an inventory was completed in 1424. The regent transferred it to England, and it was eventually scattered upon his death in 1435. Charles VII. and Louis XI. did little to recover the loss of the valuable Louvre library, but the invention of printing prompted the establishment of another library, the first librarian of which was Laurent Paulmier. The renowned miniaturist Jean Foucquet of Tours was appointed the king's enlumineur, and despite Louis XI.'s failure to seize many valuable opportunities during his reign, the new library gradually grew with the help of confiscated works. Charles VIII. enhanced it with many exquisite manuscripts created at his command and with most of the books from the library of the kings of Aragon, seized by him in Naples. When Louis XII. ascended the throne, he merged the Bibliothèque du Roi with the beautiful Orleans library in Blois, which he had inherited. This enlarged Blois library, further enriched by treasures taken from the palaces of Pavia and the purchase of the famous Gruthuyse collection, was noted at the time as one of the four wonders of France. Francis I. moved it to Fontainebleau in 1534, expanding it with his own private library. He was the first to popularize elegant artistic bindings, a trend further embraced by Henry II., which has never disappeared in France. During the librarianship of Amyot (the translator of Plutarch), the library was moved from Fontainebleau to Paris, albeit not without the loss of several books coveted by powerful thieves. Henry IV. transferred it to the Collège de Clermont, but in 1604 the library relocated again, eventually settling in Rue de la Harpe in 1622. Under J. A. de Thou, the library acquired the collection of Catherine de’ Medici and the renowned Bible of Charles the Bald. In 1617, a decree mandated that two copies of every new publication should be deposited in the library, though this was not strictly enforced until the reign of Louis XIV. The first legitimate catalogue was completed in 1622 and described about 6,000 volumes, mainly manuscripts. Many additions were made during the reign of Louis XIII., including the Dupuy collection, but a new chapter for the Bibliothèque du Roi began under Louis XIV. The enlightened efforts of Colbert, one of the greatest collectors, significantly enriched the library, necessitating yet another move due to lack of space. Thus, in 1666, it was relocated to Rue Vivienne (now Vivienne), not far from its current location. The departments of engravings and medals were created during this time, soon becoming nearly as important as the book section. Marolles’s prints, Foucquet’s books, and many from the Mazarin library were added to the collection, solidifying the future prominence of the Bibliothèque du Roi. Nic. Clément produced a catalogue in 1684 that adopted an arrangement still followed today (organized into twenty-three classes, each labeled with a letter of the alphabet), along with an alphabetical index. After Colbert's death, Louvois emulated his predecessor’s efforts and employed Mabillon, Thevenot, and others to acquire new materials from around the world. A new catalogue was compiled in 1688 in 8 volumes by several distinguished scholars. The Abbé Louvois, the minister's son, became head of the library in 1691 and opened it to all students—a privilege that, although quickly revoked, was later reinstated. By the end of Louis XIV.’s reign, it contained over 70,000 volumes. Under the management of the Abbé Bignon, many additions were made across all departments, and the library was moved to its current location on Rue Richelieu. Notable acquisitions included 6,000 manuscripts from the private library of the Colbert family, Bishop Huet’s forfeited collection, and a large number of Oriental books imported by missionaries from the Far East and special agents from the Levant. Between 1739 and 1753, an 11-volume catalogue was printed, which helped the administration identify and sell its duplicates. During Louis XVI.’s reign, the sale of the La Vallière library provided a significant increase in both manuscripts and printed books. Just before the Revolution began, the printed section contained over 300,000 volumes and minor works. The Revolution benefited the library, now called the Bibliothèque Nationale, by adding the confiscated collections of the émigrés and those from suppressed religious communities. Amid the challenges of sorting and cataloguing these numerous new acquisitions, the name Van Praet stands out as a highly proficient administrator. Napoleon increased the government funding, and through strict enforcement of laws regarding new publications, as well as by acquiring several special collections, the Bibliothèque made significant strides during his reign towards achieving his vision of making it a universal library. At the start of the last century, the recorded totals were 250,000 printed volumes, 83,000 manuscripts, and 1,500,000 engravings. After Napoleon’s downfall, the manuscripts he had taken from Berlin, Hanover, Florence, Venice, Rome, The Hague, and other locations had to be returned to their rightful owners. The MacCarthy sale in 1817 provided a rich collection of manuscripts and incunabula. From then until now, under the enlightened administration of MM. Taschereau and Delisle and Marcel, the library’s acquisitions have been extensive.

According to the statistics for 1908 the riches of the Bibliothèque Nationale may be enumerated as follows: (1) Département des Imprimés: more than 3,000,000 vols.; Maps and plans, 500,000 in 28,000 vols. (2) Département des Manuscrits: 110,000 MSS. thus divided: Greek 4960, Latin 21,544, French 44,913, Oriental and miscellaneous 38,583. (3) Département des Estampes: 1,000,000 pieces. (4) Département des Médailles: 207,096 pieces.

According to the 1908 statistics, the treasures of the Bibliothèque Nationale can be counted as follows: (1) Department of Printed Materials: over 3,000,000 volumes; Maps and plans, 500,000 in 28,000 volumes. (2) Department of Manuscripts: 110,000 manuscripts divided as follows: Greek 4,960, Latin 21,544, French 44,913, Oriental and miscellaneous 38,583. (3) Department of Prints: 1,000,000 pieces. (4) Department of Medals: 207,096 pieces.

Admittance to the “salle de travail” is obtained through a card procured from the secretarial office; the “salle publique” contains 344 places for readers, who are able to consult more than 50,000 vols. of books of reference. Great improvements have lately been introduced into the service. A “salle de lecture publique” is free to all readers and is much used. New buildings are in process of construction. The slip catalogue bound in volumes dates from 1882 and gives a list of all accessions since that date; it is divided into two parts, one for the names of authors and the other for subjects. There is not yet, as at the British Museum, an alphabetical catalogue of all the printed works and kept up by periodical supplements, but since 1897 a Catalogue général des livres imprimés has been begun. In 1909 the 38th vol. containing letters A to Delp had appeared. Some volumes are published each year, but the earlier volumes only contain a selection of the books; this inconvenience has now been remedied. Among the other catalogues published by the Printed Book Department, the following may be mentioned: Répertoire alphabétique des livres mis à la disposition des lecteurs dans la salle de travail (1896, 8vo), Liste des périodiques français et étrangers mis à la disposition des lecteurs (1907, 4to, autogr.), Liste des périodiques étrangers (new ed., 1896, 8vo) and Supplement (1902, 8vo), Bulletin des récentes publications françaises (from 1882, 8vo), Catalogue des dissertations et écrits académiques provenant des échanges avec les universités étrangères (from 1882, 8vo). The other extensive catalogues apart from those of the 18th century are: Catalogue de l’histoire de France (1885-1889, 4to, 11 vols.); Table des auteurs, 566 par P. Marchal (1895, 4to), with the following autographed supplements: Histoire locale (1880); Histoire généalogique et biographies (1884); Mœurs et coutumes, archéologie (1885); Histoire maritime et militaire (1894); Histoire constitutionnelle (1895); Sciences médicales (1857-1889, 3 vols., 4to); Histoire de la Grande-Bretagne (1875-1878, autogr.); Histoire de l’Espagne et du Portugal (1883, autogr.); Histoire de l’Asie (1894); Histoire de l’Afrique (1895, autogr.); Histoire de l’Amérique, par G. Barringer (1903-1908, autogr.); Factums et autres documents judiciaires antérieurs à 1790, par Corda et A. Trudon des Ormes (1890-1907, 8 vols., 8vo); Catalogue général des incunables des bibliothèques publiques de France, par M. Pellechet et L. Polain, t. i.-iii. (1897-1909, 8vo); Livres d’heures imprimés au XVe siècle conservés dans les bibliothèques publiques de Paris, par P. Lacombe (1907, 8vo), &c. In the Geographical section there is L. Vallée’s Catalogue des cartes et plans relatifs à Paris et aux environs de Paris (1908, 8vo). The following should be mentioned: Bibliographie générale des travaux historiques et archéologiques publiés par les sociétés savantes de la France, par R. de Lasteyrie avec la collaboration d’E. Lefèvre-Pontalis, S. Bougenot, A. Vidier, t. i.-vi. (1885-1908, 4to). The scientific division of this work (in two parts) is by Deniker. The printed catalogues and the autographed and manuscript lists of the Département des Manuscrits are very numerous and greatly facilitate research. For the French there are: H. Omont, Catalogue général des manuscrits français (1895-1897, 9 vols. 8vo); H. Omont, Nouvelles acquisitions (continuation of the same catalogue, 1899-1900, 3 vols. 8vo); H. Omont, Anciens Inventaires de la Bibliothèque Nationale (1908-1909, 2 vols. 8vo); E. Coyecque, Inventaire de la Collection Anisson sur l’histoire de l’imprimerie et de la librairie (1900, 2 vols. 8vo). Without repeating the catalogues mentioned in the tenth edition of the Encyclopaedia Britannica, it is yet necessary to mention the following: Catalogue de la collection Baluze; Inventaire des sceaux de la collection Clairambault; Catalogue de la collection des cinq-cents et des mélanges Colbert; Catalogue des collections Duchesne et de Bréquigny; those of the Dupuy, Joly de Fleury, and Moreau collections, and that of provincial history, &c. For the Greek collection the most important catalogues have been made by H. Omont, the present Keeper of the Manuscripts, and these are: Inventaire sommaire des MSS. grecs (1886-1898, 4 vols. 8vo); Catalogus codicum hagiographicorum graecorum (1896, 8vo); Facsimilés des plus anciens MSS. grecs en onciale et en minuscule du IXe au XIVe siècle (1891, fol.); as well as Description des peintures et autres ornements contenus dans les MSS. latins, par H. Bordier (1883, 4to). The lists of the Latin MSS. are: Inventaire des manuscrits latins et nouvelles acquisitions jusqu’en 1874 (1863-1874, 7 pts. 8vo) and Manuscrits latins et français ajoutés aux fonds des nouvelles acquisitions 1875-1881 (1891, 2 vols. 8vo), by M. Delisle; M. Omont published Nouvelles Acquisitions du département des manuscrits (1892-1907, 8 pts. 8vo), and B. Haureau, Notices et extraits de quelques manuscrits latins (1890-1893, 6 vols. 8vo). The principal modern catalogues of the oriental collection are: B. de Slane, Catalogue des MSS. arabes, avec supplément (1883-1895, 4to); E. Blochet, Catalogue des MSS. arabes, persans, et turcs de la collection Schefer (1900); E. Blochet, Inventaire des MSS. arabes de la collection Decourtemanche (1906); F. Macler, Catalogue des MSS. arméniens et géorgiens (1908). For other oriental languages the following catalogues have been compiled: MSS. birmans et cambodgiens (1879); MSS. chinois, coréens et japonais (1900-1907); MSS. coptes (1906); MSS. éthiopiens (1859-1877); MSS. hébreux et samaritains (1867-1903); MSS. indo-chinois (in the press); MSS. malayo-polynésiens (in the press); MSS. mazdéens (1900); MSS. mexicains (1899); MSS. persans, t. i. (1905); MSS. sanscrits et pâlis (1899, 1907-1908); MSS. siamois (1887); MSS. syriaques et sabéens (1874-1896); MSS. thibétains (in the press), &c. The catalogues of manuscripts in modern languages are nearly all completed. The Départements des Médailles et des Estampes possess excellent catalogues, and the following should be mentioned: E. Babelon, Catalogue des monnaies grecques (1890-1893); E. Babelon, Inventaire sommaire de la collection Waddington (1898); Médailles fausses recueillies, par Hoffmann (1902); Muret et Chabouillet, Catalogue des monnaies gauloises (1889-1892); Prou, Catalogue des monnaies françaises (1892-1896); H. de la Tour, Catalogue de la collection Rouyer, 1re partie (1899); Catalogues des monnaies et médailles d’Alsace (1902); Cat. des monnaies de l’Amérique du Nord (1861); Cat. des monnaies musulmanes (1887-1891); Cat. des plombs (1900); Cat. des bronzes antiques (1889); Cat. des camées antiques et modernes (1897-1899); Cat. des vases peints (1902-1904, 2 vols.). In the Département des Estampes the following should be mentioned: F. Courboin, Catalogue sommaire des gravures et lithographies de la Réserve (1900-1901); Duplessis, Cat. des portraits français et étrangers (1896-1907, 6 vols.); H. Bouchot, Les Portraits au crayon des XVIe et XVIIe siècles (1884); Cat. des dessins relatifs à l’histoire du théâtre (1896); F. Courboin, Inventaire des dessins, photographies et gravures relatives à l’histoire générale de l’art (1895, 2 vols.), &c.

Admittance to the “salle de travail” is obtained with a card from the secretarial office; the “salle publique” has 344 seats for readers, who can consult more than 50,000 reference books. There have been significant improvements recently in the services provided. A “salle de lecture publique” is free for all readers and is widely used. New buildings are currently under construction. The slip catalog, which is bound in volumes, dates back to 1882 and lists all accessions since then; it's divided into two parts, one for author names and the other for subjects. There is not yet, as at the British Museum, an alphabetical catalog of all printed works maintained by periodic updates, but since 1897, a Catalogue général des livres imprimés has been initiated. In 1909, the 38th volume, containing letters A to Delp, was released. Some volumes are published each year, but earlier volumes only include a selection of the books; this inconvenience has been addressed. Among other catalogs published by the Printed Book Department, the following are noteworthy: Répertoire alphabétique des livres mis à la disposition des lecteurs dans la salle de travail (1896, 8vo), Liste des périodiques français et étrangers mis à la disposition des lecteurs (1907, 4to, autogr.), Liste des périodiques étrangers (new ed., 1896, 8vo), and Supplement (1902, 8vo), Bulletin des récentes publications françaises (since 1882, 8vo), Catalogue des dissertations et écrits académiques provenant des échanges avec les universités étrangères (since 1882, 8vo). Other significant catalogs, apart from those from the 18th century, include: Catalogue de l’histoire de France (1885-1889, 4to, 11 vols.); Table des auteurs, 566 by P. Marchal (1895, 4to), with autographed supplements: Histoire locale (1880); Histoire généalogique et biographies (1884); Mœurs et coutumes, archéologie (1885); Histoire maritime et militaire (1894); Histoire constitutionnelle (1895); Sciences médicales (1857-1889, 3 vols., 4to); Histoire de la Grande-Bretagne (1875-1878, autogr.); Histoire de l’Espagne et du Portugal (1883, autogr.); Histoire de l’Asie (1894); Histoire de l’Afrique (1895, autogr.); Histoire de l’Amérique, by G. Barringer (1903-1908, autogr.); Factums et autres documents judiciaires antérieurs à 1790, by Corda and A. Trudon des Ormes (1890-1907, 8 vols., 8vo); Catalogue général des incunables des bibliothèques publiques de France, by M. Pellechet and L. Polain, vol. i.-iii. (1897-1909, 8vo); Livres d’heures imprimés au XVe siècle conservés dans les bibliothèques publiques de Paris, by P. Lacombe (1907, 8vo), etc. In the Geographical section, there's L. Vallée’s Catalogue des cartes et plans relatifs à Paris et aux environs de Paris (1908, 8vo). Additional mentions include: Bibliographie générale des travaux historiques et archéologiques publiés par les sociétés savantes de la France, by R. de Lasteyrie, with collaboration from E. Lefèvre-Pontalis, S. Bougenot, A. Vidier, vol. i.-vi. (1885-1908, 4to). The scientific part of this work (in two sections) is by Deniker. The printed catalogs and the signed and manuscript lists from the Département des Manuscrits are numerous and significantly aid research. For French manuscripts, there are: H. Omont, Catalogue général des manuscrits français (1895-1897, 9 vols. 8vo); H. Omont, Nouvelles acquisitions (continuation of the same catalog, 1899-1900, 3 vols. 8vo); H. Omont, Anciens Inventaires de la Bibliothèque Nationale (1908-1909, 2 vols. 8vo); E. Coyecque, Inventaire de la Collection Anisson sur l’histoire de l’imprimerie et de la librairie (1900, 2 vols. 8vo). Without repeating the catalogs mentioned in the tenth edition of the Encyclopaedia Britannica, it's still necessary to highlight the following: Catalogue de la collection Baluze; Inventaire des sceaux de la collection Clairambault; Catalogue de la collection des cinq-cents et des mélanges Colbert; Catalogue des collections Duchesne et de Bréquigny; those of the Dupuy, Joly de Fleury, and Moreau collections, and that of provincial history, etc. For the Greek collection, the most important catalogs have been compiled by H. Omont, the current Keeper of the Manuscripts, and these include: Inventaire sommaire des MSS. grecs (1886-1898, 4 vols. 8vo); Catalogus codicum hagiographicorum graecorum (1896, 8vo); Facsimilés des plus anciens MSS. grecs en onciale et en minuscule du IXe au XIVe siècle (1891, fol.); along with Description des peintures et autres ornements contenus dans les MSS. latins, by H. Bordier (1883, 4to). The lists of Latin manuscripts include: Inventaire des manuscrits latins et nouvelles acquisitions jusqu’en 1874 (1863-1874, 7 pts. 8vo) and Manuscrits latins et français ajoutés aux fonds des nouvelles acquisitions 1875-1881 (1891, 2 vols. 8vo), by M. Delisle; M. Omont published Nouvelles Acquisitions du département des manuscrits (1892-1907, 8 pts. 8vo), and B. Haureau, Notices et extraits de quelques manuscrits latins (1890-1893, 6 vols. 8vo). The main modern catalogs of the oriental collection are: B. de Slane, Catalogue des MSS. arabes, avec supplément (1883-1895, 4to); E. Blochet, Catalogue des MSS. arabes, persans, et turcs de la collection Schefer (1900); E. Blochet, Inventaire des MSS. arabes de la collection Decourtemanche (1906); F. Macler, Catalogue des MSS. arméniens et géorgiens (1908). For other oriental languages, the following catalogs have been created: MSS. birmans et cambodgiens (1879); MSS. chinois, coréens et japonais (1900-1907); MSS. coptes (1906); MSS. éthiopiens (1859-1877); MSS. hébreux et samaritains (1867-1903); MSS. indo-chinois (in the press); MSS. malayo-polynésiens (in the press); MSS. mazdéens (1900); MSS. mexicains (1899); MSS. persans, vol. i. (1905); MSS. sanscrits et pâlis (1899, 1907-1908); MSS. siamois (1887); MSS. syriaques et sabéens (1874-1896); MSS. thibétains (in the press), etc. The catalogs of manuscripts in modern languages are mostly completed. The Départements des Médailles et des Estampes have excellent catalogs; noteworthy mentions include: E. Babelon, Catalogue des monnaies grecques (1890-1893); E. Babelon, Inventaire sommaire de la collection Waddington (1898); Médailles fausses recueillies, by Hoffmann (1902); Muret et Chabouillet, Catalogue des monnaies gauloises (1889-1892); Prou, Catalogue des monnaies françaises (1892-1896); H. de la Tour, Catalogue de la collection Rouyer, 1re partie (1899); Catalogues des monnaies et médailles d’Alsace (1902); Cat. des monnaies de l’Amérique du Nord (1861); Cat. des monnaies musulmanes (1887-1891); Cat. des plombs (1900); Cat. des bronzes antiques (1889); Cat. des camées antiques et modernes (1897-1899); Cat. des vases peints (1902-1904, 2 vols.). In the Département des Estampes, some additional notable mentions are: F. Courboin, Catalogue sommaire des gravures et lithographies de la Réserve (1900-1901); Duplessis, Cat. des portraits français et étrangers (1896-1907, 6 vols.); H. Bouchot, Les Portraits au crayon des XVIe et XVIIe siècles (1884); Cat. des dessins relatifs à l’histoire du théâtre (1896); F. Courboin, Inventaire des dessins, photographies et gravures relatives à l’histoire générale de l’art (1895, 2 vols.), etc.

The Bibliothèque de l’Arsenal was founded by the marquis de Paulmy (Antoine-René d’Argenson) in the 18th century; it received in 1786 80,000 vols. from the duc de La Vallière. Before its confiscation as national property it had belonged to the comte d’Artois, who had bought it from the marquis de Paulmy in his lifetime. It contains at the present time about 600,000 vols., 10,000 manuscripts, 120,000 prints and the Bastille collection (2500 portfolios) of which the inventory is complete; it is the richest library for the literary history of France and has more than 30,000 theatrical pieces.

The Bibliothèque de l’Arsenal was established by the marquis de Paulmy (Antoine-René d’Argenson) in the 18th century; it received 80,000 volumes from the duc de La Vallière in 1786. Before it was confiscated as national property, it belonged to the comte d’Artois, who had purchased it from the marquis de Paulmy during his lifetime. Currently, it holds about 600,000 volumes, 10,000 manuscripts, 120,000 prints, and the complete Bastille collection (2,500 portfolios); it is the most extensive library for the literary history of France and includes over 30,000 theatrical pieces.

L’Inventaire des manuscrits was made by H. Martin (1885-1899, t. i.-viii.); the other catalogues and lists are: Extrait du catalogue des journaux conservés à la Bibliothèque de l’Arsenal (“Bulletin des biblioth. et des archives” t. i.); Archives de la Bastille, par F. Funck-Brentano (1892-1894, 3 vols. 8vo); Notice sur les dépôts littéraires par J. B. Labiche (1880, 8vo); Catalogue des estampes, dessins et cartes composant le cabinet des estampes de la bibliothèque de l’Arsenal, par G. Schefer (1894-1905, 8 pts. 8vo).

The Inventory of Manuscripts was created by H. Martin (1885-1899, t. i.-viii.); the other catalogs and lists include: Excerpt from the Catalog of Newspapers Preserved at the Arsenal Library (“Bulletin of Libraries and Archives” t. i.); Archives of the Bastille, by F. Funck-Brentano (1892-1894, 3 vols. 8vo); Notice on Literary Deposits by J. B. Labiche (1880, 8vo); Catalog of Prints, Drawings, and Maps in the Print Collection of the Arsenal Library, by G. Schefer (1894-1905, 8 pts. 8vo).

The Bibliothèque Mazarine owes its origin to the great cardinal, who confided the direction to Gabriel Naudé; it was open to the public in 1642, and was transferred to Rue de Richelieu in 1648. Dispersed during the Fronde in the lifetime of Mazarin, it was reconstituted after the death of the cardinal in 1661, when it contained 40,000 vols. which were left to the Collège des Quatre-Nations, which in 1691 made it again public. It now has 250,000 vols.; with excellent manuscript catalogues.

The Bibliothèque Mazarine was created by the great cardinal, who entrusted its management to Gabriel Naudé. It opened to the public in 1642 and was moved to Rue de Richelieu in 1648. It was scattered during the Fronde while Mazarin was still alive but was reestablished after the cardinal's death in 1661, at which point it had 40,000 volumes that were bequeathed to the Collège des Quatre-Nations, which reopened it to the public in 1691. It now holds 250,000 volumes, along with excellent manuscript catalogs.

The catalogues of incunabula and manuscripts are printed: P. Marais et A. Dufresne de Saint-Léon, Catalogue des incunables de la bibliothèque Mazarine (1893, 8vo); Supplément, additions et corrections (1898, 4 vols. 8vo); Catalogue des MSS., par A. Molinier (1885-1892, 4 vols. 8vo); Inventaire sommaire des MSS. grecs, par H. Omont.

The catalogs of incunabula and manuscripts have been published: P. Marais and A. Dufresne de Saint-Léon, Catalogue des incunables de la bibliothèque Mazarine (1893, 8vo); Supplément, additions et corrections (1898, 4 vols. 8vo); Catalogue des MSS., by A. Molinier (1885-1892, 4 vols. 8vo); Inventaire sommaire des MSS. grecs, by H. Omont.

The first library of the Genovéfains had nearly disappeared owing to bad administration when Cardinal François de la Rochefoucauld, who had charge of the reformation of that religious order, constituted in 1642 a new library with his own books. The Bibliothèque Ste-Geneviève in 1716 possessed 45,000 vols.; important gifts were made by Letellier in 1791, and the duc d’Orléans increased it still more. It became national property in 1791, and was called the Bibliothèque du Panthéon and added to the Lycée Henri IV. under the empire. In 1908 the library contained 350,000 printed vols., 1225 incunabula, 3510 manuscripts, 10,000 prints (including 7357 portraits and 3000 maps and plans).

The first library of the Genovéfains was almost lost due to poor management when Cardinal François de la Rochefoucauld, responsible for reforming that religious order, created a new library in 1642 with his own collection. The Bibliothèque Ste-Geneviève had 45,000 volumes by 1716; significant donations were made by Letellier in 1791, and the duc d’Orléans further expanded it. It became state property in 1791, was renamed the Bibliothèque du Panthéon, and was added to the Lycée Henri IV during the empire. By 1908, the library held 350,000 printed volumes, 1,225 incunabula, 3,510 manuscripts, and 10,000 prints (including 7,357 portraits and 3,000 maps and plans).

The printed catalogues at present comprise: Poirée et Lamoureux, Catalogue abrégé de la bibliothèque Ste-Geneviève (1891, 8vo); 3 supplements (1890-1896, 1897-1899, 1900-1902); Catalogue des incunables de la bibliothèque Ste-Geneviève, rédigé par Daunou, publié par M. Pellechet (1892, 8vo); Catalogue général des MSS., par Ch. Kohler (1894-1896, 2 vols. 8vo); Inventaire sommaire des MSS. grecs, par H. Omont; Notices sur quelques MSS. normands, par E. Deville (1904-1906, 10 pts. 8vo), &c.

The current printed catalogs include: Poirée and Lamoureux, Abbreviated Catalog of the Ste-Geneviève Library (1891, 8vo); 3 supplements (1890-1896, 1897-1899, 1900-1902); Catalog of Incunables in the Ste-Geneviève Library, written by Daunou, published by M. Pellechet (1892, 8vo); General Catalog of Manuscripts, by Ch. Kohler (1894-1896, 2 vols. 8vo); Summary Inventory of Greek Manuscripts, by H. Omont; Notes on some Norman Manuscripts, by E. Deville (1904-1906, 10 pts. 8vo), etc.

The Bibliothèque des Archives nationales, founded in 1808 by Daunou, contains 30,000 vols. on sciences auxiliary to history. It is only accessible to the officials.

The Bibliothèque des Archives nationales, established in 1808 by Daunou, holds 30,000 volumes on subjects that support history. It's only open to officials.

It would be impossible to describe all the official, municipal and academic libraries of Paris more or less open to the public, which are about 200 in number, and in the following survey we deal only with those having 10,000 vols. and over.

It would be impossible to describe all the official, municipal, and academic libraries in Paris that are mostly open to the public, which number about 200. In the following survey, we will only cover those with 10,000 volumes or more.

The Bibliothèque du Ministère des affaires étrangères was founded by the marquis de Torcy, minister for foreign affairs under Louis XIV.; it contains 80,000 vols. and is for official use only. The Bibliothèque du Ministère de l’Agriculture dates from 1882 and has only 4000 vols. At the Ministry for the Colonies the library (of 10,000 vols.) dates from 1897; the catalogue was published in 1905; the library of the Colonial office is attached to this ministry; suppressed in 1896, it was re-established in 1899, and now contains 6000 vols., 7400 periodicals and 5000 photographs; it is open to the public. There are 30,000 vols. in the Bibliothèque du Ministère du commerce et de l’industrie; the Bibliothèque du Ministère des finances was burnt at the Commune, but has been reconstituted and now contains 35,000 vols.; connected with it are the libraries of the following offices: Contributions directes, Contributions indirectes, Enregistrement et inspection des finances; the contents of these four libraries make a total of 13,500 vols. The Bibliothèque du Ministère de la Guerre was formed by Louvois and possesses 130,000 vols. and 800 MSS. and an income of 20,000 francs; the catalogues are Bibliothèque du dépôt de la guerre: Catalogue (1883-1890); Suppléments (1893-1896); Catalogue des MSS., par J. Lemoine (1910). The following libraries are connected with this department: Comité de santé (10,000 vols.), École supérieure de guerre (70,000 vols.), Comité technique de l’artillerie (24,000 vols.). The Bibliothèque du Ministère de l’Intérieur was founded in 1793 and has 80,000 vols. The Bibliothèque du Ministère de la Justice possesses 10,000 vols., and L’Imprimerie Nationale which is connected with it has a further 19,000 vols. There are also the following law libraries: 567 Cour d’appel (12,000 vols.); Ordre des avocats, dating from 1871 (56,000 vols., with a catalogue printed in 1880-1882); the Bibliothèque des avocats de la cour de Cassation (20,000 vols.); that of the Cour de Cassation (40,000 vols.). The Bibliothèque du Ministère de la Marine is of old formation (catalogue 1838-1843); it contains 100,000 vols, and 356 MSS.; the catalogue of manuscripts was compiled in 1907. The Bibliothèque du service hydrographique de la Marine has 65,000 vols, and 250 MSS. The Ministère des Travaux publics possesses 12,000 vols., and the Sous-Secrétariat des postes et télégraphes a further 30,000 vols. The Bibliothèque de la Chambre des députés (1796) possesses 250,000 printed books and 1546 MSS. (Catalogue des manuscrits, by E. Coyecque et H. Debray, 1907; Catalogue des livres de jurisprudence, d’économie politique, de finances, et d’administration, 1883). The Bibliothèque du Sénat (1818) contains 150,000 vols, and 1343 MSS. The Bibliothèque du Conseil d’État has 30,000 vols. All these libraries are only accessible to officials except by special permission.

The Ministry of Foreign Affairs Library was established by the Marquis de Torcy, who was foreign minister under Louis XIV. It holds 80,000 volumes and is for official use only. The Ministry of Agriculture Library was founded in 1882 and has just 4,000 volumes. The Ministry of Colonies Library dates back to 1897 and contains 10,000 volumes; its catalog was published in 1905. The Colonial Office Library, which is part of this ministry, was closed in 1896 but reopened in 1899 and now has 6,000 volumes, 7,400 periodicals, and 5,000 photographs; it is open to the public. The Ministry of Commerce and Industry Library has 30,000 volumes, while the Ministry of Finance Library was burned during the Commune but has been rebuilt and now contains 35,000 volumes. The libraries associated with it include the following offices: Direct Contributions, Indirect Contributions, Registration and Financial Inspection, which together add up to 13,500 volumes. The Ministry of War Library was created by Louvois and has 130,000 volumes and 800 manuscripts with an income of 20,000 francs. The catalogs are Bibliothèque du dépôt de la guerre: Catalogue (1883-1890); Suppléments (1893-1896); Catalogue des MSS. by J. Lemoine (1910). Connected with this department are the following libraries: Health Committee (10,000 volumes), Higher War School (70,000 volumes), Technical Committee of Artillery (24,000 volumes). The Ministry of the Interior Library was founded in 1793 and has 80,000 volumes. The Ministry of Justice Library holds 10,000 volumes, and the National Printing House associated with it has another 19,000 volumes. Additionally, there are several law libraries: 567 Court of Appeal (12,000 volumes); Bar Association, established in 1871 (56,000 volumes, with a catalog published in 1880-1882); the Lawyer's Library of the Court of Cassation (20,000 volumes); and that of the Court of Cassation (40,000 volumes). The Ministry of the Navy Library is well-established (catalog 1838-1843) and has 100,000 volumes and 356 manuscripts; the manuscript catalog was compiled in 1907. The Hydrographic Service Library of the Navy has 65,000 volumes and 250 manuscripts. The Ministry of Public Works has 12,000 volumes, and the Under-Secretariat for Posts and Telegraphs has an additional 30,000 volumes. The Chamber of Deputies Library (1796) holds 250,000 printed books and 1,546 manuscripts (Catalogue des manuscrits, by E. Coyecque et H. Debray, 1907; Catalogue des livres de jurisprudence, d’économie politique, de finances, et d’administration, 1883). The Senate Library (1818) contains 150,000 volumes and 1,343 manuscripts. The Council of State Library has 30,000 volumes. All these libraries are only accessible to officials unless special permission is granted.

The Bibliothèque Historique de la ville de Paris was destroyed in 1871, but Jules Cousin reconstituted it in 1872; it possesses 400,000 vols., 3500 MSS. and 14,000 prints; the principal printed catalogues are Catalogue des imprimés de la Réserve by M. Poète (1910), Catalogue des manuscrits, by F. Bournon (1893); a Bulletin has been issued periodically since 1906. The Bibliothèque administrative de la préfecture de la Seine is divided into two sections: French (40,000 vols.) and foreign (22,000 vols.); it is only accessible to officials and to persons having a card of introduction; the catalogues are printed.

The Bibliothèque Historique de la ville de Paris was destroyed in 1871, but Jules Cousin restored it in 1872; it has 400,000 volumes, 3,500 manuscripts, and 14,000 prints. The main printed catalogs are Catalogue des imprimés de la Réserve by M. Poète (1910) and Catalogue des manuscrits by F. Bournon (1893); a Bulletin has been published periodically since 1906. The Bibliothèque administrative de la préfecture de la Seine is split into two sections: French (40,000 volumes) and foreign (22,000 volumes); it is only open to officials and individuals with a letter of introduction; the catalogs are printed.

The other libraries connected with the city of Paris are that of the Conseil municipal (20,000 vols.), the Bibliothèques Municipales Populaires, 82 in number with a total of 590,000 books; those of the 22 Hospitals (92,887 vols.), the Préfecture de police (10,000 vols.), the Bibliothèque Forney (10,000 vols. and 80,000 prints), the five Écoles municipales supérieures (19,700 vols.), the six professional schools (14,200 vols.).

The other libraries associated with the city of Paris include the municipal council library (20,000 volumes), the Municipal Popular Libraries, which number 82 and hold a total of 590,000 books; those of the 22 hospitals (92,887 volumes), the police prefecture (10,000 volumes), the Forney Library (10,000 volumes and 80,000 prints), the five higher municipal schools (19,700 volumes), and the six vocational schools (14,200 volumes).

The libraries of the university and the institutions dealing with higher education in Paris are well organized and their catalogues generally printed.

The university libraries and the institutions focused on higher education in Paris are well organized, and their catalogs are usually printed.

The Bibliothèque de l’Université, although at present grouped as a system in four sections in different places, historically considered is the library of the Sorbonne. This was founded in 1762 by Montempuis and only included the faculties of Arts and Theology. It changed its name several times; in 1800 it was the Bibliothèque du Prytanée, in 1808 Bibliothèque des Quatre Lycées and in 1812 Bibliothèque de l’Université de France. The sections into which the Bibliothèque de l’Université is now divided are: (1) Facultés de Sciences et des Lettres à la Sorbonne, (2) Faculté de Médecine, (3) Faculté de droit, (4) École supérieure de pharmacie. Before the separation of Church and State there was a fifth section, that of Protestant theology. After the Bibliothèque nationale it is the richest in special collections, and above all as regards classical philology, archaeology, French and foreign literature and literary criticism, just as the library of the Faculté des Sciences et des Lettres is notable for philosophy, mathematics and chemico-physical sciences. The great development which has taken place during the last thirty years, especially under the administration of M. J. de Chantepie du Dézert, its installation since 1897 in the buildings of the New Sorbonne, have made it a library of the very first rank. The reading-room only seats about 300 persons. The average attendance per day is 1200, the number of books consulted varies from 1500 to 3000 vols. a day, and the loans amount to 14,000 vols. per year. The store-rooms, although they contain more than 1200 mètres of shelves and comprise two buildings of five storeys each, are insufficient for the annual accessions, which reach nearly 10,000 vols. by purchase and presentation. Amongst the latter the most important are the bequests of Leclerc, Peccot, Lavisse, Derenbourg and Beljame; the last-named bequeathed more than 3000 vols., including an important Shakespearean library. The first section contains more than 550,000 vols., 2800 periodicals which include over 70,000 vols., 320 incunabula, 2106 MSS., more than 2000 maps and plans and some prints. The alphabetical catalogues are kept up day by day on slips. The classified catalogues were in 1910 almost ready for printing, and some had already been published: Périodiques (1905); Cartulaires (1907); Mélanges jubilaires et publications commémoratives (1908); Inventaires des MSS., by E. Chatelain (1892); Incunables, by E. Chatelain (1902); and Supplément, Réserve de la bibliothèque 1401-1540, by Ch. Beaulieux (1909); Nouvelles acquisitions (1905-1908); Catalogue des livres de G. Duplessis donnés à l’Université de Paris (1907), Catalogue collectif des bibliothèques universitaires by Fécamp (1898-1901). For French thèses, of which the library possesses a rich collection, the catalogues are as follows: Mourier et Deltour, Catalogue des thèses de lettres (1809, &c.); A. Maire, Répertoire des thèses de lettres (1809-1900); A. Maire, Catalogue des thèses de sciences (1809-1890) with Supplément to 1900 by Estanave; Catalogue des thèses publié par le Ministère de l’Instruction publique (1882, &c.).

The University Library, though currently organized as a system with four sections in different locations, is historically the library of the Sorbonne. It was established in 1762 by Montempuis and initially included only the faculties of Arts and Theology. The name has changed several times; in 1800 it was called the Library of the Prytanée, in 1808 it became the Library of the Four Lycées, and in 1812 it was renamed the Library of the University of France. The University Library is now divided into four sections: (1) Faculties of Sciences and Letters at the Sorbonne, (2) Faculty of Medicine, (3) Faculty of Law, (4) Graduate School of Pharmacy. Before the separation of Church and State, there was a fifth section for Protestant theology. After the national library, it has the richest special collections, particularly in classical philology, archaeology, French and foreign literature, and literary criticism, while the library of the Faculty of Sciences and Letters is notable for philosophy, mathematics, and chemical-physical sciences. The significant growth over the past thirty years, especially under the administration of M. J. de Chantepie du Dézert and its relocation to the New Sorbonne buildings in 1897, has established it as a top-tier library. The reading room accommodates about 300 people, while average daily attendance is around 1200. The number of books consulted ranges from 1500 to 3000 volumes daily, and yearly loans amount to 14,000 volumes. The storage rooms, despite holding more than 1200 meters of shelves across two five-story buildings, are insufficient for the annual acquisitions, which reach nearly 10,000 volumes through purchases and gifts. Among the donations, notable bequests include those from Leclerc, Peccot, Lavisse, Derenbourg, and Beljame; the latter donated over 3000 volumes, including a significant collection of Shakespearean works. The first section contains more than 550,000 volumes, 2800 periodicals which collectively include over 70,000 volumes, 320 incunabula, 2106 manuscripts, more than 2000 maps and plans, and some prints. The alphabetical catalogs are updated daily on slips. The classified catalogs were nearly ready for printing in 1910, with some already published: Periodicals (1905); Cartularies (1907); Jubilee Mixtures and Commemorative Publications (1908); Inventories of Manuscripts by E. Chatelain (1892); Incunabula, by E. Chatelain (1902); and Supplement, Reserve of the Library 1401-1540, by Ch. Beaulieux (1909); New Acquisitions (1905-1908); Catalog of Books from G. Duplessis Donated to the University of Paris (1907), Collective Catalog of University Libraries by Fécamp (1898-1901). For French theses, of which the library has a rich collection, the catalogs are as follows: Mourier and Deltour, Catalog of Theses in Letters (1809, etc.); A. Maire, Directory of Theses in Letters (1809-1900); A. Maire, Catalog of Theses in Sciences (1809-1890) with Supplement up to 1900 by Estanave; Catalog of Theses Published by the Ministry of Public Instruction (1882, etc.).

At the Sorbonne are also to be found the libraries of A. Dumont and V. Cousin (15,000 vols.), and those of the laboratories, of which the richest is the geological (30,000 specimens and books). The section relating to medicine, housed since 1891 in the new buildings of the Faculté de Médecine, includes 180,000 vols, and 88 MSS. (catalogue 1910). The Bibliothèque de la faculté de droit dates from 1772 and contains 80,000 vols., 239 MSS. The fourth section, l’École supérieure de pharmacie, greatly developed since 1882, now contains 50,000 vols.

At the Sorbonne, you can also find the libraries of A. Dumont and V. Cousin (15,000 volumes), along with those from various laboratories, the most extensive being the geological one (30,000 specimens and books). The section dedicated to medicine, located in the new buildings of the Faculté de Médecine since 1891, includes 180,000 volumes and 88 manuscripts (catalogue 1910). The Faculty of Law Library dates back to 1772 and holds 80,000 volumes and 239 manuscripts. The fourth section, the École supérieure de pharmacie, has greatly expanded since 1882 and now contains 50,000 volumes.

The other libraries connected with higher education include that of the École des Beaux-Arts (40,000 vols., 100,000 reproductions, 14,000 drawings). The library of the École normale supérieure (1794), established in the Rue d’Ulm in 1846, has received legacies from Verdet (1867), Caboche (1887), Lerambert-Whitcomb (1890), and a portion of Cuvier’s library; the system of classification in use is practically the same as that of the Sorbonne, being devised by Philippe Lebas (librarian of the Sorbonne) about 1845; there are 200,000 vols. The library of the Muséum d’histoire naturelle dates from the 18th century, and contains 220,000 vols., 2000 MSS., 8000 original drawings on vellum beginning in 1631. The Bibliothèque de l’Office et Musée de l’Instruction publique (formerly Musée pédagogique), founded only in 1880, has 75,000 vols. In 1760 was founded the Bibliothèque de l’Institut de France, which is very rich; its acquisitions come particularly from gifts and exchanges (400,000 vols., numerous and scarce; valuable MSS., especially modern ones).

The other libraries linked to higher education include the École des Beaux-Arts library (40,000 volumes, 100,000 reproductions, 14,000 drawings). The library of the École normale supérieure (1794), established on Rue d’Ulm in 1846, has received legacies from Verdet (1867), Caboche (1887), Lerambert-Whitcomb (1890), and part of Cuvier’s library; the classification system in use is pretty much the same as that of the Sorbonne, created by Philippe Lebas (librarian of the Sorbonne) around 1845; it contains 200,000 volumes. The library of the Muséum d’histoire naturelle dates back to the 18th century and holds 220,000 volumes, 2,000 manuscripts, and 8,000 original drawings on vellum starting from 1631. The Bibliothèque de l’Office et Musée de l’Instruction publique (formerly Musée pédagogique), founded only in 1880, has 75,000 volumes. The Bibliothèque de l’Institut de France was established in 1760 and is very rich; its collections come mainly from gifts and exchanges (400,000 volumes, numerous and rare; valuable manuscripts, especially modern ones).

The following may be briefly mentioned: Conservatoire national de musique (1775), which receives everything published in France relating to music (200,000 vols.); the Bibliothèque du théâtre de l’Opéra (25,000 vols., 5000 songs, 20,000 romances, and a dramatic library of 12,000 vols. and 20,000 prints); the Théâtre français (40,000 vols.); the Académie de médecine (15,000 vols., 10,000 vols. of periodicals, 5000 portraits), l’Observatoire (18,400 vols.); the Bureau des Longitudes (15,000 vols. and 850 MSS.). The scholastic libraries are: L’École centrale des arts et manufactures (16,000 vols.); l’École coloniale (11,000 vols.); 1,’Êcole d’application du service de santé militaire (23,000 vols.); l’École d’application du génie maritime (14,000 vols.); l’École libre des sciences politiques (25,000 vols., 250 periodicals); l’École normale d’instituteurs de la Seine (10,000 vols.); l’École normale israélite (30,000 vols., 250 MSS.); l’École nationale des ponts-et-chausées (9000 vols., 5000 MSS., 5000 photographs); Bibliothèque de l’Institut catholique (160,000 vols.); l’Institut national agronomique (25,000 vols.); Faculté libre de théologie protestante (36,000 vols.); Conservatoire des arts et métiers (46,000 vols., 2500 maps and plans); Bibliothèque polonaise, administered by the Académie des Sciences de Cracovie (80,000 vols., 30,000 prints); Séminaire des Missions étrangères (25,000 vols.); l’Association Valentin Haüy, established 1885 (2000 vols. printed in relief) which lends out 40,000 books per annum; l’Association générale des Étudiants (22,000 vols.), which lends and allows reference on the premises to books by students; Bibliothèque de la Chambre de Commerce (40,000 vols.), the catalogues of which were printed in 1879, 1889 and 1902; the Société nationale d’agriculture (20,000 vols.); the Société d’anthropologie (23,000 vols.); the Société asiatique (12,000 vols., 200 MSS.); the Société chimique de France (10,000 vols.), the catalogue of which was published in 1907; the Société de chirurgie, dating from 1843 (20,000 vols.); the Société entomologique (30,000 vols.); the Société de géographie founded 1821 (60,000 vols., 6000 maps, 22,000 photographs, 2200 portraits, 80 MSS. of which the catalogue was printed in 1901); the Société géologique de France (15,000 vols., 30,000 specimens, 800 periodicals); the Société de l’histoire du protestantisme français, founded in 1852 (50,000 vols., 1000 MSS.; income 25,000 frs.); the Société d’encouragement pour l’industrie nationale (50,000 vols., income 8000 frs.); the Société des Ingénieurs civils (47,000 vols.; catalogue made in 1894); the Société de legislation comparée (15,000 vols., 4500 pamphlets); and lastly the Bibliothèque de la Société de Statistique de Paris, founded in 1860 (60,000 vols., with a printed catalogue).

The following can be briefly mentioned: Conservatoire national de musique (1775), which collects everything published in France related to music (200,000 volumes); the Bibliothèque du théâtre de l’Opéra (25,000 volumes, 5,000 songs, 20,000 romances, and a dramatic library of 12,000 volumes and 20,000 prints); the Théâtre français (40,000 volumes); the Académie de médecine (15,000 volumes, 10,000 volumes of periodicals, 5,000 portraits); l’Observatoire (18,400 volumes); the Bureau des Longitudes (15,000 volumes and 850 manuscripts). The academic libraries are: L’École centrale des arts et manufactures (16,000 volumes); l’École coloniale (11,000 volumes); l’École d’application du service de santé militaire (23,000 volumes); l’École d’application du génie maritime (14,000 volumes); l’École libre des sciences politiques (25,000 volumes, 250 periodicals); l’École normale d’instituteurs de la Seine (10,000 volumes); l’École normale israélite (30,000 volumes, 250 manuscripts); l’École nationale des ponts-et-chausées (9,000 volumes, 5,000 manuscripts, 5,000 photographs); Bibliothèque de l’Institut catholique (160,000 volumes); l’Institut national agronomique (25,000 volumes); Faculté libre de théologie protestante (36,000 volumes); Conservatoire des arts et métiers (46,000 volumes, 2,500 maps and plans); Bibliothèque polonaise, managed by the Académie des Sciences de Cracovie (80,000 volumes, 30,000 prints); Séminaire des Missions étrangères (25,000 volumes); l’Association Valentin Haüy, established 1885 (2,000 volumes printed in relief) which lends out 40,000 books each year; l’Association générale des Étudiants (22,000 volumes), which lends out and allows reference to books by students on site; Bibliothèque de la Chambre de Commerce (40,000 volumes), with catalogs printed in 1879, 1889, and 1902; the Société nationale d’agriculture (20,000 volumes); the Société d’anthropologie (23,000 volumes); the Société asiatique (12,000 volumes, 200 manuscripts); the Société chimique de France (10,000 volumes), with its catalog published in 1907; the Société de chirurgie, founded in 1843 (20,000 volumes); the Société entomologique (30,000 volumes); the Société de géographie founded in 1821 (60,000 volumes, 6,000 maps, 22,000 photographs, 2,200 portraits, 80 manuscripts, with the catalog printed in 1901); the Société géologique de France (15,000 volumes, 30,000 specimens, 800 periodicals); the Société de l’histoire du protestantisme français, founded in 1852 (50,000 volumes, 1,000 manuscripts; income 25,000 francs); the Société d’encouragement pour l’industrie nationale (50,000 volumes, income 8,000 francs); the Société des Ingénieurs civils (47,000 volumes; catalog created in 1894); the Société de legislation comparée (15,000 volumes, 4,500 pamphlets); and lastly the Bibliothèque de la Société de Statistique de Paris, founded in 1860 (60,000 volumes, with a printed catalog).

Before the Revolution there were in Paris alone 1100 libraries containing altogether 2,000,000 vols. After the suppression of the religious orders the libraries were confiscated, and in 1791 more than 800,000 vols, were seized in 162 religious houses and transferred to eight literary foundations in accordance with a decree of November 14, 1789. In the provinces 6,000,000 vols. were seized and transferred to local depositories. The organization of the central libraries under the decree of 3 Brumaire An IV. (October 25, 1795) came to nothing, but the consular edict of January 28, 1803 gave definitive organization to the books in the local depositories. From that time the library system was reconstituted, alike in Paris and the provinces. Unfortunately many precious books and MSS. were burnt, since by the decree of 4 Brumaire An II. (October 25, 1793) the Committee of Instruction ordered, on the proposition of its president the deputy Romme, the destruction or modification of books and objects of art, under the pretext that they recalled the outward signs of feudalism.

Before the Revolution, there were 1,100 libraries in Paris alone, containing a total of 2,000,000 volumes. After the religious orders were dissolved, the libraries were confiscated, and in 1791, more than 800,000 volumes were seized from 162 religious houses and transferred to eight literary foundations as per a decree from November 14, 1789. In the provinces, 6,000,000 volumes were seized and moved to local archives. The organization of central libraries under the decree of 3 Brumaire An IV. (October 25, 1795) did not succeed, but the consular edict of January 28, 1803, established a definitive organization for the books in the local depositories. From that point on, the library system was restructured in both Paris and the provinces. Unfortunately, many valuable books and manuscripts were burned because the decree of 4 Brumaire An II. (October 25, 1793) ordered the destruction or alteration of books and art objects on the proposal of the committee's president, deputy Romme, claiming they represented the outward signs of feudalism.

The books in the provincial libraries, not including those in private hands or belonging to societies, number over 9,200,000 vols., 15,540 incunabula and 93,986 MSS. The number in the colonies and protected states outside France is uncertain, but Libraries of the Departments. it extends to more than 200,000 vols.; to this number must be 568 added the 2,428,954 vols. contained in the university libraries. There are over 300 departmental libraries, and as many belong to learned societies. The increase in the provincial libraries is slower than that of the Parisian collections. With the exception of 26 libraries connected specially with the state, the others are municipal and are administered under state control by municipal librarians. The original foundation of most of the libraries dates but a short time before the Revolution, but there are a few exceptions. Thus the Bibliothèque d’Angers owes its first collection to Alain de la Rue about 1376; it now contains 72,485 vols., 134 incunabula and 2039 MSS. That of Bourges dates from 1466 (36,856 vols., 325 incunabula, 741 MSS.). The library of Carpentras was established by Michel Anglici between 1452 and 1474 (50,000 vols., 2154 MSS.). Mathieu de la Porte is said to be the founder of the library at Clermont-Ferrand at the end of the 15th century; it contained rather more than 49,000 vols. at the time of its union with the Bibliothèque Universitaire.

The books in the provincial libraries, excluding those in private collections or owned by societies, total over 9,200,000 volumes, 15,540 incunabula, and 93,986 manuscripts. The exact number in the colonies and protected states outside France is unclear, but it exceeds 200,000 volumes; to this count, we must add the 2,428,954 volumes found in the university libraries. There are more than 300 departmental libraries, and just as many belong to learned societies. The growth of provincial libraries is slower compared to the collections in Paris. Except for 26 libraries specifically connected to the state, the rest are municipal and managed under state oversight by municipal librarians. Most of the libraries were originally established shortly before the Revolution, though there are a few exceptions. For instance, the Bibliothèque d’Angers can trace its first collection back to Alain de la Rue around 1376; it now holds 72,485 volumes, 134 incunabula, and 2,039 manuscripts. The library in Bourges dates from 1466 (36,856 volumes, 325 incunabula, 741 manuscripts). The Carpentras library was founded by Michel Anglici between 1452 and 1474 (50,000 volumes, 2,154 manuscripts). It is said that Mathieu de la Porte established the library at Clermont-Ferrand at the end of the 15th century; it contained just over 49,000 volumes at the time it merged with the Bibliothèque Universitaire.

Amongst the libraries which date from the 16th century must be mentioned that at Lyons founded by François I. in 1527; it possesses 113,168 vols., 870 incunabula and 5243 MSS. That of the Palais des Arts has 82,079 vols., 64 incunabula and 311 MSS.

Among the libraries that go back to the 16th century, we should mention the one in Lyon founded by François I in 1527; it has 113,168 volumes, 870 incunabula, and 5,243 manuscripts. The Palais des Arts library has 82,079 volumes, 64 incunabula, and 311 manuscripts.

In the 17th century were established the following libraries: Abbeville, by Charles Sanson in 1685 (46,929 vols., 42 incunabula, 342 MSS.); Besançon by Abbé Boisot in 1696 (93,580 vols., 1000 incunabula, 2247 MSS.). In 1604 the Consistoire réformé de la Rochelle established a library which possesses to-day 58,900 vols., 14 incunabula, 1715 MSS. St Étienne, founded by Cardinal de Villeroi, has 50,000 vols., 8 incunabula, 343 MSS.

In the 17th century, the following libraries were established: Abbeville, founded by Charles Sanson in 1685 (46,929 volumes, 42 incunabula, 342 manuscripts); Besançon, established by Abbé Boisot in 1696 (93,580 volumes, 1,000 incunabula, 2,247 manuscripts). In 1604, the Consistoire réformé de la Rochelle set up a library that today holds 58,900 volumes, 14 incunabula, and 1,715 manuscripts. St Étienne, founded by Cardinal de Villeroi, has 50,000 volumes, 8 incunabula, and 343 manuscripts.

The principal libraries founded during the 18th century are the following: Aix-en-Provence, established by Tournon and Méjane in 1705 (160,000 vols., 300 incunabula, 1351 MSS.); Bordeaux, 1738 (200,000 vols., 3491 MSS.); Chambéry, 1736 (64,200 vols., 47 incunabula, 155 MSS.); Dijon, 1701, founded by P. Fevret (125,000 vols., 211 incunabula, 1669 MSS.); Grenoble, 1772 (260,772 vols., 635 incunabula, 2485 MSS.); Marseilles, 1799 (111,672 vols., 143 incunabula, 1691 MSS.); Nancy, founded in 1750 by Stanislas (126,149 vols., 205 incunabula, 1695 MSS.); Nantes, 1753 (103,328 vols., 140 incunabula, 2750 MSS.); Nice, founded in 1786 by Abbé Massa (55,000 vols., 300 incunabula, 150 MSS.); Nîmes, founded by J. T. de Séguier in 1778 (80,000 vols., 61 incunabula, 675 MSS.); Niort, by Jean de Dieu and R. Bion in 1771 (49,413 vols., 67 incunabula, 189 MSS.); Perpignan, by Maréchal de Mailly in 1759 (27,200 vols., 80 incunabula, 127 MSS.); Rennes, 1733 (110,000 vols., 116 incunabula, 602 MSS., income 8950 frs.); Toulouse, by archbishop of Brienne in 1782 (213,000 vols., 859 incunabula, 1020 MSS.).

The main libraries established during the 18th century include: Aix-en-Provence, founded by Tournon and Méjane in 1705 (160,000 volumes, 300 incunabula, 1,351 manuscripts); Bordeaux, 1738 (200,000 volumes, 3,491 manuscripts); Chambéry, 1736 (64,200 volumes, 47 incunabula, 155 manuscripts); Dijon, 1701, established by P. Fevret (125,000 volumes, 211 incunabula, 1,669 manuscripts); Grenoble, 1772 (260,772 volumes, 635 incunabula, 2,485 manuscripts); Marseilles, 1799 (111,672 volumes, 143 incunabula, 1,691 manuscripts); Nancy, founded in 1750 by Stanislas (126,149 volumes, 205 incunabula, 1,695 manuscripts); Nantes, 1753 (103,328 volumes, 140 incunabula, 2,750 manuscripts); Nice, founded in 1786 by Abbé Massa (55,000 volumes, 300 incunabula, 150 manuscripts); Nîmes, established by J. T. de Séguier in 1778 (80,000 volumes, 61 incunabula, 675 manuscripts); Niort, by Jean de Dieu and R. Bion in 1771 (49,413 volumes, 67 incunabula, 189 manuscripts); Perpignan, by Maréchal de Mailly in 1759 (27,200 volumes, 80 incunabula, 127 manuscripts); Rennes, 1733 (110,000 volumes, 116 incunabula, 602 manuscripts, income 8,950 francs); Toulouse, by the archbishop of Brienne in 1782 (213,000 volumes, 859 incunabula, 1,020 manuscripts).

Nearly all the other municipal libraries date from the Revolution, or rather from the period of the redistribution of the books in 1803. The following municipal libraries possess more than 100,000 vols.: Avignon (135,000 vols., 698 incunabula, 4152 MSS.), of which the first collection was the legacy of Calvet in 1810; Caen (122,000 vols., 109 incunabula, 665 MSS.); Montpellier (130,300 vols., 40 incunabula, 251 MSS.); Rouen (140,000 vols., 400 incunabula, 4000 MSS.); Tours (123,000 vols., 451 incunabula, 1999 MSS.); Versailles (161,000 vols., 436 incunabula, 1213 MSS.).

Almost all the other city libraries were established during the Revolution, or more specifically, from the time of the book redistribution in 1803. The following city libraries have more than 100,000 volumes: Avignon (135,000 volumes, 698 incunabula, 4,152 manuscripts), the first collection of which was the legacy of Calvet in 1810; Caen (122,000 volumes, 109 incunabula, 665 manuscripts); Montpellier (130,300 volumes, 40 incunabula, 251 manuscripts); Rouen (140,000 volumes, 400 incunabula, 4,000 manuscripts); Tours (123,000 volumes, 451 incunabula, 1,999 manuscripts); Versailles (161,000 volumes, 436 incunabula, 1,213 manuscripts).

The following towns have libraries with more than 50,000 volumes: Amiens, Auxerre, Beaune, Brest, Douai, le Hâvre, Lille, le Mans, Orléans, Pau, Poitiers, Toulon and Verdun.

The following towns have libraries with over 50,000 volumes: Amiens, Auxerre, Beaune, Brest, Douai, Le Havre, Lille, Le Mans, Orléans, Pau, Poitiers, Toulon, and Verdun.

The catalogues of the greater part of the municipal libraries are printed. Especially valuable is the Catalogues des MSS. des bibliothèques de Paris et des Départements, which began to appear in 1885; the MSS. of Paris fill 18 octavo volumes, and those of the provinces 50.

The catalogs of most municipal libraries are printed. Particularly valuable is the Catalogues des MSS. des bibliothèques de Paris et des Départements, which started to be published in 1885; the manuscripts from Paris fill 18 octavo volumes, and those from the provinces fill 50.

The libraries of the provincial universities, thanks to their reorganization in 1882 and to the care exhibited by the general inspectors, are greatly augmented. Aix has 74,658 vols.; Alger 160,489; Besançon 24,275; Bordeaux 216,278; Caen 127,542; Clermont 173,000; Dijon 117,524; Grenoble 127,400; Lille 215,427; Lyons 425,624; Marseilles 53,763; Montpellier 210,938; Nancy 139,036; Poitiers 180,000; Rennes 166,427; Toulouse 232,000.

The libraries of the provincial universities have significantly grown thanks to their reorganization in 1882 and the careful attention from the general inspectors. Aix has 74,658 volumes; Alger 160,489; Besançon 24,275; Bordeaux 216,278; Caen 127,542; Clermont 173,000; Dijon 117,524; Grenoble 127,400; Lille 215,427; Lyons 425,624; Marseilles 53,763; Montpellier 210,938; Nancy 139,036; Poitiers 180,000; Rennes 166,427; Toulouse 232,000.

Since 1882 the educational libraries have largely developed; in 1877 they were 17,764 in number; in 1907 they were 44,021, containing 7,757,917 vols. The purely scholastic libraries have decreased; in 1902 there were 2674 libraries with 1,034,132 vols., whilst after the reorganization (Circulaire of March 14, 1904) there were only 1131 with 573,279 vols. The Société Franklin pour la propagation des bibliothèques populaires et militaires distributed among the libraries which it controls 55,185 vols., between the years 1900 and 1909.

Since 1882, educational libraries have grown significantly; in 1877, there were 17,764 of them. By 1907, that number had risen to 44,021, containing 7,757,917 volumes. Purely academic libraries have decreased; in 1902, there were 2,674 libraries with 1,034,132 volumes, but after the reorganization (Circular of March 14, 1904), only 1,131 remained with 573,279 volumes. The Société Franklin for the promotion of public and military libraries distributed 55,185 volumes among the libraries it oversees between 1900 and 1909.

Authorities.—Information has been given for this account by M. Albert Maire, librarian at the Sorbonne. See also the following works:—Bibliothèque Nationale: I. Bâtiments, collections, organisation, département des estampes, département des médailles et antiques, par Henri Marcel, Henri Bouchot et Ernest Babelon. II. Le Département des imprimés et la section de géographie. Le Département des manuscrits, par Paul Marchal et Camille Couderc (Paris, 1907, 2 vols); Félix Chambon, Notes sur la bibliothèque de l’Université de Paris de 1763 à 1905 (Ganat, 1905); Fosseyeux, La Bibliothèque des hôpitaux de Paris (Revue des bibliothèques, t. 18, 1908); Alfred Franklin, Guide des savants, des littérateurs et des artistes dans les bibliothèques de Paris (Paris, 1908); Instruction du 7 Mars 1899 sur l’organisation des bibliothèques militaires (Paris, 1899); Henri Jadart, Les Anciennes bibliothèques de Reims, leur sort en 1790-1791 et la formation de la bibliothèque publique (Reims, 1891); Henry Marcel, Rapport adressé au Ministre de l’Instruction Publique, sur l’ensemble des services de la bibliothèque nationale en 1905 (Journal Officiel, 1906); Henry Martin, Histoire de la bibliothèque de l’Arsenal (Paris, 1899); E. Morel, Le Développement des bibliothèques publiques (Paris, 1909); Théod. Mortreuil, La Bibliothèque nationale, son origine et ses accroissements; notice historique (Paris, 1878); Abbé L. V. Pécheur, Histoire des bibliothèques publiques du département de l’Aisne existant à Soissons, Laon et Saint-Quentin (Soissons, 1884); M. Poète, E. Beaurepaire and E. Clouzot, Une visite à la bibliothèque de la ville de Paris (Paris, 1907); E. de Saint-Albin, Les Bibliothèques municipales de la ville de Paris (Paris, 1896); B. Subercaze, Les Bibliothèques populaires, scolaires et pédagogiques (Paris, 1892).

Authorities.—This account was provided by M. Albert Maire, librarian at the Sorbonne. Also refer to the following works:—Bibliothèque Nationale: I. Buildings, collections, organization, prints department, medals and antiques department, by Henri Marcel, Henri Bouchot, and Ernest Babelon. II. The Printed Materials Department and the Geography Section. The Manuscripts Department, by Paul Marchal and Camille Couderc (Paris, 1907, 2 vols); Félix Chambon, Notes on the library of the University of Paris from 1763 to 1905 (Ganat, 1905); Fosseyeux, The Library of the Hospitals of Paris (Revue des bibliothèques, t. 18, 1908); Alfred Franklin, Guide for Scholars, Writers, and Artists in the Libraries of Paris (Paris, 1908); Instructions from March 7, 1899, on the Organization of Military Libraries (Paris, 1899); Henri Jadart, The Old Libraries of Reims, Their Fate in 1790-1791 and the Formation of the Public Library (Reims, 1891); Henry Marcel, Report to the Minister of Public Instruction on the Overall Services of the National Library in 1905 (Journal Officiel, 1906); Henry Martin, History of the Arsenal Library (Paris, 1899); E. Morel, The Development of Public Libraries (Paris, 1909); Théod. Mortreuil, The National Library, Its Origin and Its Growth; Historical Notice (Paris, 1878); Abbé L. V. Pécheur, History of the Public Libraries of the Aisne Department in Soissons, Laon, and Saint-Quentin (Soissons, 1884); M. Poète, E. Beaurepaire, and E. Clouzot, A Visit to the City of Paris Library (Paris, 1907); E. de Saint-Albin, The Municipal Libraries of the City of Paris (Paris, 1896); B. Subercaze, The Popular, School, and Pedagogical Libraries (Paris, 1892).

Germany (with Austria-Hungary and Switzerland).

Germany (with Austria-Hungary and Switzerland).

Germany is emphatically the home of large libraries; her former want of political unity and consequent multiplicity of capitals have had the effect of giving her many large state libraries, and the number of her universities has Germany. tended to multiply considerable collections; 1617 libraries were registered by P. Schwenke in 1891. As to the conditions, hours of opening, &c., of 200 of the most important of them, there is a yearly statement in the Jahrbuch der deutschen Bibliotheken, published by the Verein deutscher Bibliothekare.

Germany is definitely home to large libraries; her past lack of political unity and the resulting variety of capitals have led to the establishment of many significant state libraries, and the number of her universities has greatly increased substantial collections; 1,617 libraries were registered by P. Schwenke in 1891. Regarding the conditions, opening hours, etc., of the 200 most important libraries, there is an annual report in the Jahrbuch der deutschen Bibliotheken, published by the Verein deutscher Bibliothekare.

The public libraries of the German empire are of four distinct types: state libraries, university libraries, town libraries and popular libraries. The administration and financial affairs of the state and university libraries are under state control. The earlier distinction between these two classes has become less and less marked. Thus the university libraries are no longer restricted to professors and students, but they are widely used by scientific workers, and books are borrowed extensively, especially in Prussia. In Prussia, as a link between the state and the libraries, there has been since 1907 a special office which deals with library matters at the Ministry of Public Instruction. Generally the state does not concern itself with the town libraries and the popular libraries, but there is much in common between these two classes. Sometimes popular libraries are under the supervision of a scientifically administered town library as in Berlin, Dantzig, &c.; elsewhere, as at Magdeburg, we see an ancient foundation take up the obligations of a public library. Only in Prussia and Bavaria are regulations in force as to the professional education of librarians. Since 1904 the librarians of the Prussian state libraries have been obliged to complete their university courses and take up their doctorate, after which they have to work two years in a library as volunteers and then undergo a technical examination. The secretarial officials since 1909 have to reach a certain educational standard and must pass an examination. This regulation has been in force as regards librarians in Bavaria from 1905.

The public libraries in the German Empire can be divided into four main types: state libraries, university libraries, town libraries, and popular libraries. The management and finances of state and university libraries are controlled by the state. The earlier differences between these two categories have become less noticeable. Now, university libraries are no longer limited to professors and students; they are widely used by researchers, and borrowing books is common, especially in Prussia. Since 1907, Prussia has had a special office that handles library matters within the Ministry of Public Instruction, acting as a connection between the state and the libraries. Generally, the state does not involve itself with town and popular libraries, but there are many similarities between the two. Sometimes, popular libraries are overseen by a town library that is managed scientifically, as seen in cities like Berlin and Dantzig; elsewhere, as in Magdeburg, an ancient foundation has taken on the responsibilities of a public library. Only in Prussia and Bavaria are there rules governing the professional training of librarians. Since 1904, librarians in Prussian state libraries must complete their university education and obtain a doctorate, followed by two years of volunteer work in a library and then passing a technical exam. Since 1909, secretarial staff also need to meet certain educational standards and must pass an exam. This requirement for librarians in Bavaria has been in place since 1905.

Berlin is well supplied with libraries, 268 being registered by P. Schwenke and A. Hortzschansky in 1906, with about 5,000,000 printed vols. The largest of them is the Royal Library, which was founded by the “Great Elector” Frederick Berlin. William, and opened as a public library in a wing of the electoral palace in 1661. From 1699 the library became entitled to a copy of every book published within the royal territories, and it has received many valuable accessions by purchase and otherwise. It now includes 1,230,000 printed vols. and over 30,000 MSS. The amount yearly expended upon binding and the acquisition of books, &c., is £11,326. The catalogues are in manuscript, and include two general alphabetical catalogues, the one in volumes, the other on slips, as well as a systematic catalogue in volumes. The following annual printed catalogues are issued: Verzeichnis der aus der neu erschienenen Literatur von der K. Bibliothek und den Preussischen Universitats-Bibliotheken erworbenen Druckschriften (since 1892); Jahresverzeichnis der an den Deutschen Universitaten erschienenen Schriften (since 1887); Jahresverzeichnis der an den Deutschen Schulanstalten erschienenen Abhandlungen (since 1889). There is besides a printed Verzeichnis der im grossen Lesesaal aufgestellten Handbibliothek (4th ed. 1909), the alphabetical Verzeichnis der laufenden Zeitschriften (last ed., 1908), and the classified Verzeichnis der laufenden Zeitschriften 569 (1908). The catalogue of MSS. are mostly in print, vols. 1-13, 16-23 (1853-1905). The library is specially rich in oriental MSS., chiefly due to purchases of private collections. The musical MSS. are very remarkable and form the richest collection in the world as regards autographs. The building, erected about 1780 by Frederick the Great, has long been too small, and a new one was completed in 1909. The building occupies the whole space between the four streets: Unter den Linden, Dorotheenstrasse, Universitätsstrasse and Charlottenstrasse, and besides the Royal Library, houses the University Library and the Academy of Sciences. The conditions as to the use of the collections are, as in most German libraries, very liberal. Any adult person is allowed to have books in the reading-room. Books are lent out to all higher officials, including those holding educational offices in the university, &c., and by guarantee to almost any one recommended by persons of standing; borrowing under pecuniary security is also permitted. By special leave of the librarian, books and MSS. may be sent to a scholar at a distance, or, if especially valuable, may be deposited in some public library where he can conveniently use them. In 1908-1909 264,000 vols. were used in the reading-rooms, 312,000 were lent inside Berlin, and 32,000 outside. There is a regular system of exchange between the Royal Library and a great number of Prussian libraries. It is the same in Bavaria, Württemberg and Baden; the oldest system is that between Darmstadt and Giessen (dating from 1837). There is either no charge for carriage to the borrower or the cost is very small. The reading-room and magazine hall are, with the exception of Sundays and holidays, open daily from 9 to 9, the borrowing counter from 9 to 6.

Berlin has plenty of libraries, with 268 officially registered by P. Schwenke and A. Hortzschansky in 1906, containing around 5,000,000 printed volumes. The largest is the Royal Library, founded by the “Great Elector” Frederick William and opened as a public library in a wing of the electoral palace in 1661. Starting in 1699, the library was entitled to a copy of every book published within the royal territories, and it has acquired many valuable additions through purchase and other means. It currently holds 1,230,000 printed volumes and over 30,000 manuscripts. The annual expenditure on binding and book acquisitions is £11,326. The catalogs are in manuscript form and consist of two general alphabetical catalogs—one in volumes and the other on slips—as well as a systematic catalog in volumes. The following annual printed catalogs are published: Verzeichnis der aus der neu erschienenen Literatur von der K. Bibliothek und den Preussischen Universitäts-Bibliotheken erworbenen Druckschriften (since 1892); Jahresverzeichnis der an den Deutschen Universitäten erschienenen Schriften (since 1887); Jahresverzeichnis der an den Deutschen Schulanstalten erschienenen Abhandlungen (since 1889). Additionally, there is a printed Verzeichnis der im grossen Lesesaal aufgestellten Handbibliothek (4th ed. 1909), the alphabetical Verzeichnis der laufenden Zeitschriften (last ed., 1908), and the classified Verzeichnis der laufenden Zeitschriften 569 (1908). The catalog of manuscripts is mostly in print, volumes 1-13, 16-23 (1853-1905). The library is particularly rich in oriental manuscripts, largely due to purchases from private collections. The musical manuscripts are incredibly noteworthy and represent the richest collection in the world concerning autographs. The building, constructed around 1780 by Frederick the Great, has long been too small, and a new one was completed in 1909. The building occupies the entire space between four streets: Unter den Linden, Dorotheenstrasse, Universitätsstrasse, and Charlottenstrasse, and in addition to the Royal Library, it houses the University Library and the Academy of Sciences. The conditions for using the collections are, as in most German libraries, very lenient. Any adult is allowed to use books in the reading room. Books are loaned to all higher officials, including those holding educational roles at the university, and to anyone recommended by reputable individuals; borrowing with financial security is also allowed. With special permission from the librarian, books and manuscripts can be sent to a scholar at a distance or, if especially valuable, can be deposited in a public library where they can be conveniently accessed. In 1908-1909, 264,000 volumes were used in the reading rooms, 312,000 were lent within Berlin, and 32,000 outside. There is a regular exchange system between the Royal Library and many Prussian libraries. This is also the case in Bavaria, Württemberg, and Baden; the oldest system is between Darmstadt and Giessen (dating from 1837). There is usually no charge for shipping to the borrower, or the cost is minimal. The reading room and magazine hall are open daily from 9 AM to 9 PM, except on Sundays and holidays, while the borrowing counter is open from 9 AM to 6 PM.

Associated with the Royal Library are the following undertakings: the Gesamtkatalog der Preussischen wissenschaftlichen Bibliotheken (describing the printed books in the Royal Library and the Prussian University Libraries in one general catalogue upon slips), the Auskunftsbureau der Deutschen Bibliotheken (bureau to give information where any particular book may be consulted), and the Kommission für den Gesamtkatalog der Wiegendrucke (to draw up a complete catalogue of books printed before 1500).

Associated with the Royal Library are the following projects: the Gesamtkatalog der Preussischen wissenschaftlichen Bibliotheken (which catalogs the printed books in the Royal Library and the Prussian University Libraries in one general listing), the Auskunftsbureau der Deutschen Bibliotheken (a bureau that provides information on where to find specific books), and the Kommission für den Gesamtkatalog der Wiegendrucke (tasked with creating a complete catalog of books printed before 1500).

The University Library (1831) numbers 220,000 vols. together with 250,000 academical and school dissertations. The number of volumes lent out in 1908-1909 was 104,000. The library possesses the right to receive a copy of every work published in the province of Brandenburg.

The University Library (1831) has 220,000 volumes along with 250,000 academic and school dissertations. In 1908-1909, the number of volumes borrowed was 104,000. The library has the right to receive a copy of every work published in the province of Brandenburg.

Some of the governmental libraries are important, especially those of the Statistisches Landesamt (184,000 vols.); Reichstag (181,000 vols.); Patent-Amt (118,000 vols.); Haus der Abgeordneten (100,000 vols.); Auswärtiges-Amt (118,000 vols.).

Some government libraries are significant, particularly those of the Statistisches Landesamt (184,000 volumes); Reichstag (181,000 volumes); Patent-Amt (118,000 volumes); Haus der Abgeordneten (100,000 volumes); Auswärtiges-Amt (118,000 volumes).

The public library of Berlin contains 102,000 vols.; connected therewith 28 municipal Volksbibliotheken and 14 municipal reading-rooms. The 28 Volksbibliotheken contain (1908) 194,000 vols.

The public library of Berlin has 102,000 volumes; along with it, there are 28 municipal public libraries and 14 municipal reading rooms. The 28 public libraries have (1908) 194,000 volumes.

The Prussian university libraries outside Berlin include Bonn (332,000 printed vols., 1500 MSS.); Breslau (330,000 printed vols., 3700 MSS.); Göttingen, from its foundation in 1736/7 the best administered library of the 18th century (552,000 printed vols., 6800 MSS.); Greifswald (200,000 printed vols., 800 MSS.); Halle (261,000 printed vols., 2000 MSS.); Kiel (278,000 printed vols., 2400 MSS.); Königsberg (287,000 printed vols., 1500 MSS.); Marburg (231,000 printed vols, and about 800 MSS.); Münster (191,000 printed vols., 800 MSS.). Under provincial administration are the Königliche and Provinzialbibliothek at Hanover (203,000 printed vols., 4000 MSS.); the Landesbibliothek at Cassel (230,000 printed vols., 4400 MSS.); and the Kaiser-Wilhelm-Bibliothek at Posen (163,000 printed vols.). A number of the larger towns possess excellent municipal libraries; Aix-la-Chapelle (112,000 vols.); Breslau (164,000 vols., 4000 MSS.); Dantzig (145,600 vols., 2900 MSS.); Frankfort a/M (342,000 vols, besides MSS.); Cassel Murhardsche Bibliothek (141,000 vols., 6300 MSS.); Cologne (235,000 vols.); Treves (100,000 vols., 2260 MSS.); Wiesbaden (158,000 vols.).

The Prussian university libraries outside Berlin include Bonn (332,000 printed volumes, 1,500 manuscripts); Breslau (330,000 printed volumes, 3,700 manuscripts); Göttingen, which has been the best-managed library of the 18th century since its founding in 1736/7 (552,000 printed volumes, 6,800 manuscripts); Greifswald (200,000 printed volumes, 800 manuscripts); Halle (261,000 printed volumes, 2,000 manuscripts); Kiel (278,000 printed volumes, 2,400 manuscripts); Königsberg (287,000 printed volumes, 1,500 manuscripts); Marburg (231,000 printed volumes and about 800 manuscripts); Münster (191,000 printed volumes, 800 manuscripts). Under provincial administration are the Königliche and Provinzialbibliothek in Hanover (203,000 printed volumes, 4,000 manuscripts); the Landesbibliothek in Cassel (230,000 printed volumes, 4,400 manuscripts); and the Kaiser-Wilhelm-Bibliothek in Posen (163,000 printed volumes). Several larger towns have excellent municipal libraries: Aix-la-Chapelle (112,000 volumes); Breslau (164,000 volumes, 4,000 manuscripts); Dantzig (145,600 volumes, 2,900 manuscripts); Frankfurt am Main (342,000 volumes besides manuscripts); Cassel Murhardsche Bibliothek (141,000 volumes, 6,300 manuscripts); Cologne (235,000 volumes); Treves (100,000 volumes, 2,260 manuscripts); Wiesbaden (158,000 volumes).

The libraries of Munich, though not so numerous as those of Berlin, include two of great importance. The Royal Library, for a long time the largest collection of books in Germany, was founded by Duke Albrecht V. of Bavaria (1550-1579), who made Munich. numerous purchases from Italy, and incorporated the libraries of the Nuremberg physician and historian Schedel, of Widmannstadt, and of J. J. Fugger. The number of printed vols, is estimated at about 1,100,000 and about 50,000 MSS. The library is especially rich in incunabula, many of them being derived from the libraries of over 150 monasteries closed in 1803. The oriental MSS. are numerous and valuable, and include the library of Martin Haug. The amount annually spent upon books and binding is £5000. The catalogues of the printed books are in manuscript, and include (1) a general alphabetical catalogue, (2) an alphabetical repertorium of each of the 195 subdivisions of the library, (3) biographical and other subject catalogues. A printed catalogue of MSS. in 8 vols, was in 1910 nearly complete; the first was published in 1858. The library is open on weekdays from 8 to 1 (November to March 8.30 to 1), and on Monday to Friday (except from August 1 to September 15) also from 3 to 8. The regulations for the use of the library are very similar to those of the Royal Library at Berlin. The building was erected for this collection under King Louis I. in 1832-1843. The archives are bestowed on the ground floor, and the two upper floors are devoted to the library, which occupies seventy-seven apartments. The University Library was originally founded at Ingolstadt in 1472, and removed with the university to Munich in 1826. At present the number of vols. amounts to 550,000; the MSS. number 2000. Forty-six Munich libraries are described in Schwenke’s Adressbuch, 15 of which possessed in 1909 about 2,000,000 printed vols. and about 60,000 MSS. After the two mentioned above the most noteworthy is the Königlich Bayrische Armee-Bibliothek (100,000 printed vols., 1000 MSS.).

The libraries of Munich, while not as numerous as those in Berlin, include two that are particularly significant. The Royal Library, which was once the largest collection of books in Germany, was established by Duke Albrecht V of Bavaria (1550-1579). He made numerous acquisitions from Italy and merged the libraries of the Nuremberg physician and historian Schedel, Widmannstadt, and J. J. Fugger. The estimated number of printed volumes is around 1,100,000, along with about 50,000 manuscripts. The library is especially rich in incunabula, many of which come from the collections of over 150 monasteries that were closed in 1803. It contains a significant number of valuable Oriental manuscripts, including those from the library of Martin Haug. The annual budget for books and binding is £5,000. The catalogs of printed books are in manuscript form and include (1) a general alphabetical catalog, (2) an alphabetical repertory of each of the 195 subdivisions of the library, and (3) biographical and subject catalogs. A printed catalog of manuscripts, spanning 8 volumes, was nearly complete in 1910; the first volume was published in 1858. The library is open on weekdays from 8 AM to 1 PM (from November to March, it opens at 8:30 AM), and from Monday to Friday (except between August 1 and September 15) it also stays open from 3 PM to 8 PM. The usage regulations are similar to those of the Royal Library in Berlin. The building was constructed for this collection under King Louis I from 1832 to 1843. The archives are located on the ground floor, while the two upper floors are dedicated to the library, which occupies seventy-seven rooms. The University Library was originally founded in Ingolstadt in 1472 and moved with the university to Munich in 1826. Currently, it holds around 550,000 volumes, with 2,000 manuscripts. Forty-six Munich libraries are listed in Schwenke’s Adressbuch, fifteen of which had about 2,000,000 printed volumes and around 60,000 manuscripts in 1909. After the two mentioned libraries, the next most notable one is the Königlich Bayrische Armee-Bibliothek, which has 100,000 printed volumes and 1,000 manuscripts.

The chief Bavarian libraries outside Munich are the Royal Library at Bamberg (350,000 vols., 4300 MSS.) and the University Library at Würzburg (390,000 vols., 1500 MSS.); both include rich monastic libraries. The University Library at Erlangen has 237,000 vols. The Staats-Kreis and Stadtbibliothek at Augsburg owns 200,000 vols., and 2000 MSS.; Nuremberg has two great collections, the Bibliothek des Germanischen National-museums (250,000 vols., 3550 MSS.) and the Stadtbibliothek (104,000 vols., 2500 MSS.).

The main Bavarian libraries outside of Munich are the Royal Library in Bamberg (350,000 volumes, 4,300 manuscripts) and the University Library in Würzburg (390,000 volumes, 1,500 manuscripts); both contain valuable monastic libraries. The University Library in Erlangen has 237,000 volumes. The Staats-Kreis and Stadtbibliothek in Augsburg has 200,000 volumes and 2,000 manuscripts; Nuremberg features two major collections, the Bibliothek des Germanischen Nationalmuseums (250,000 volumes, 3,550 manuscripts) and the Stadtbibliothek (104,000 volumes, 2,500 manuscripts).

In 1906 there were in Dresden 78 public libraries with about 1,495,000 vols. The Royal Public Library in the Japanese Palace was founded in the 16th century. Among its numerous acquisitions have been the library of Count Bünau in Dresden. 1764, and the MSS. of Ebert. Special attention is devoted to history and literature. The library possesses more than 520,000 vols. (1909); the MSS. number 6000. Admission to the reading-room is granted to any respectable adult on giving his name, and books are lent out to persons qualified by their position or by a suitable guarantee. Here, as at other large libraries in Germany, works of belles-lettres are only supplied for a literary purpose. The number of persons using the reading-room in a year is about 14,000, and about 23,000 vols. are lent. The second largest library in Dresden, the Bibliothek des Statistischen Landes-Amtes, has 120,000 vols.

In 1906, Dresden had 78 public libraries with around 1,495,000 volumes. The Royal Public Library in the Japanese Palace was established in the 16th century. Among its many acquisitions were the library of Count Bünau in Dresden. in 1764, and the manuscripts of Ebert. Special focus is given to history and literature. The library holds more than 520,000 volumes (1909), and the manuscripts number 6,000. Any respectable adult can access the reading room by providing their name, and books are loaned to individuals based on their status or a suitable guarantee. Here, as in other large libraries in Germany, works of literature are provided only for literary purposes. Approximately 14,000 people use the reading room each year, and about 23,000 volumes are loaned out. The second largest library in Dresden, the Bibliothek des Statistischen Landes-Amtes, has 120,000 volumes.

Leipzig is well equipped with libraries; that of the University has 550,000 vols. and 6500 MSS. The Bibliothek des Reichsgerichts has 151,000 vols., the Pädagogische Central-Bibliothek der Comenius-Stiftung 150,000 vols., and the Stadtbibliothek 125,000 vols., with 1500 MSS.

Leipzig has a great selection of libraries; the University library has 550,000 volumes and 6,500 manuscripts. The Federal Court Library has 151,000 volumes, the Comenius Foundation's Educational Central Library has 150,000 volumes, and the City Library has 125,000 volumes, with 1,500 manuscripts.

The Royal Public Library of Stuttgart, although only established in 1765, has grown so rapidly that it now possesses about 374,000 vols. of printed works and 5300 MSS. There is a famous collection of Bibles, containing over 7200 vols. The Stuttgart. annual expenditure devoted to books and binding is £2475. The library also enjoys the copy-privilege in Württemberg. The annual number of borrowers is over 2600, who use nearly 29,000 vols. The number issued in the reading-room is 41,000. The number of parcels despatched from Stuttgart is nearly 23,000. Admission is also gladly granted to the Royal Private Library, founded in 1810, which contains about 137,000 vols.

The Royal Public Library of Stuttgart, even though it was only established in 1765, has grown so quickly that it now has about 374,000 printed works and 5,300 manuscripts. It has a well-known collection of Bibles, which contains over 7,200 volumes. TheStuttgart. annual budget for books and binding is £2,475. The library also has the right to copy in Württemberg. Each year, over 2,600 borrowers use almost 29,000 volumes. The number of items used in the reading room is 41,000. Nearly 23,000 parcels are sent out from Stuttgart. Admission is also happily granted to the Royal Private Library, which was established in 1810 and contains about 137,000 volumes.

Of the other libraries of Württemberg the University Library of Tübingen (500,000 vols. and 4100 MSS.) need only be noted.

Of the other libraries in Württemberg, the University Library of Tübingen (500,000 volumes and 4,100 manuscripts) deserves mention.

The Grand-ducal Library of Darmstadt was established by the grand-duke Louis I. in 1819, on the basis of the still older Darmstadt. library formed in the 17th century, and includes 510,000 vols. and about 3600 MSS. (1909). The number of vols. used in the course of the year is about 90,000, of which 14,000 are lent out.

The Grand-ducal Library of Darmstadt was founded by Grand Duke Louis I in 1819, based on the older library established in the 17th century, and it contains 510,000 volumes and around 3,600 manuscripts (1909). Approximately 90,000 volumes are used each year, of which 14,000 are lent out.

Among the other libraries of the Grand Duchy of Hesse the most remarkable are the University Library at Giessen (230,000 vols., 1500 MSS.), and the Stadtbibliothek at Mainz (220,000 vols., 1200 MSS.) to which is attached the Gutenberg Museum.

Among the various libraries in the Grand Duchy of Hesse, the most notable are the University Library in Giessen (230,000 volumes, 1500 manuscripts) and the Stadtbibliothek in Mainz (220,000 volumes, 1200 manuscripts), which includes the Gutenberg Museum.

In the Grand Duchy of Baden are the Hof- und Landesbibliothek at Carlsruhe (202,000 vols., 3800 MSS.), the University Library at Freiburg i/B (300,000 vols., 700 MSS.), and the University Library at Heidelberg. This, the oldest of the German University libraries, was founded in 1386. In 1623 the whole collection, described by Joseph Scaliger in 1608 as “locupletior et meliorum librorum quam Vaticana,” was carried as a gift to the pope and only the German MSS. were afterwards returned. The library was re-established in 1703, and after 1800 enriched with monastic spoils; it now contains about 400,000 vols. and 3500 MSS. for the most part of great value.

In the Grand Duchy of Baden, there are the Hof- und Landesbibliothek in Karlsruhe (202,000 volumes, 3,800 manuscripts), the University Library in Freiburg i/B (300,000 volumes, 700 manuscripts), and the University Library in Heidelberg. This is the oldest of the German university libraries, founded in 1386. In 1623, the entire collection, which Joseph Scaliger described in 1608 as “more abundant and of better books than the Vatican,” was presented as a gift to the pope, and only the German manuscripts were returned later. The library was re-established in 1703, and after 1800, it was enriched with monastic treasures; it now holds around 400,000 volumes and 3,500 manuscripts, most of which are highly valuable.

Among the State or University libraries of other German states should be mentioned Detmold (110,000 vols.); Jena (264,000 vols.); Neustrelitz (130,000 vols.); Oldenburg (126,000 vols.); Rostock (275,000 vols.); Schwerin (225,000 vols.); and Weimar (270,000), all possessing rich collections of MSS.

Among the state or university libraries in other German states, we should highlight Detmold (110,000 volumes), Jena (264,000 volumes), Neustrelitz (130,000 volumes), Oldenburg (126,000 volumes), Rostock (275,000 volumes), Schwerin (225,000 volumes), and Weimar (270,000 volumes). Each of these libraries has a valuable collection of manuscripts.

The Ducal Library of Gotha was established by Duke Ernest the Pious in the 17th century, and contains many valuable books and MSS. from monastic collections. It numbers about Gotha. 192,000 vols., with 7400 MSS. The catalogue of the oriental MSS., chiefly collected by Seetzen, and forming one-half of the collection, is one of the best in existence.

The Ducal Library of Gotha was founded by Duke Ernest the Pious in the 17th century and holds many valuable books and manuscripts from monastic collections. It has around Gotha. 192,000 volumes, along with 7,400 manuscripts. The catalog of the oriental manuscripts, mainly collected by Seetzen and making up half of the collection, is among the best in the world.

The Ducal Library at Wolfenbüttel, founded in the second half of the 16th century by Duke Julius, was made over to the university of Helmstedt in 1614, whence the most important treasures were returned to Wolfenbüttel in the 19th century; it now numbers 300,000 vols., 7400 MSS.

The Ducal Library at Wolfenbüttel, established in the latter half of the 16th century by Duke Julius, was handed over to the University of Helmstedt in 1614, after which the most significant treasures were brought back to Wolfenbüttel in the 19th century; it now has 300,000 volumes and 7,400 manuscripts.

The chief libraries of the Hanse towns are: Bremen (Stadtbibliothek, 141,000 vols.), and Lübeck (Stadtbibliothek, 121,000 vols.); the most important being the Stadtbibliothek at Hamburg, made public since 1648 (383,000 vols., 7300 MSS., among them many Mexican). Hamburg has also in the Kommerzbibliothek (120,000 vols.) a valuable trade collection, and the largest Volksbibliothek 570 (about 100,000 vols.) after that at Berlin. Alsace-Lorraine has the most recently formed of the great German collections—the Universitäts- und Landesbibliothek at Strassburg, which, though founded only in 1871 to replace that which had been destroyed in the siege, already ranks amongst the largest libraries of the empire. Its books amount to 922,000 vols., the number of MSS. is 5900.

The main libraries in the Hanse towns are: Bremen (City Library, 141,000 volumes) and Lübeck (City Library, 121,000 volumes); the most significant is the City Library in Hamburg, which has been open to the public since 1648 (383,000 volumes, 7,300 manuscripts, including many from Mexico). Hamburg also has the Commercial Library (120,000 volumes), a valuable collection focused on trade, and the largest Public Library 570 (around 100,000 volumes), second only to Berlin. Alsace-Lorraine hosts the newest of the major German collections—the University and State Library in Strasbourg, which, founded only in 1871 to replace the one destroyed during the siege, now ranks among the largest libraries in the empire. It holds 922,000 volumes, and the number of manuscripts is 5,900.

The Adressbuch der Bibliotheken der Oesterreich-ungarischen Monarchie by Bohatta and Holzmann (1900) describes 1014 libraries in Austria, 656 in Hungary, and 23 in Bosnia Austria. and Herzegovina. Included in this list, however, are private lending libraries.

The Adressbuch der Bibliotheken der Oesterreich-ungarischen Monarchie by Bohatta and Holzmann (1900) outlines 1014 libraries in Austria, 656 in Hungary, and 23 in Bosnia Austria. and Herzegovina. This list also includes private lending libraries.

The largest library in Austria, and one of the most important collections in Europe, is the Imperial Public Library at Vienna, apparently founded by the emperor Frederick III. in 1440, although its illustrious librarian Lambecius, in the well-known inscription over the entrance to the library which summarizes its history attributes this honour to Frederick’s son Maximilian. However this may be, the munificence of succeeding emperors greatly added to the wealth of the collection, including a not inconsiderable portion of the dispersed library of Corvinus. Since 1808 the library has also been entitled to the copy-privilege in respect of all books published in the empire. The sum devoted to the purchase and binding of books is £6068 annually. The number of printed vols. is 1,000,000; 8000 incunabula. The MSS. amount to 27,000, with 100,000 papyri of the collection of Archduke Rainer. The main library apartment is one of the most splendid halls in Europe. Admission to the reading-room is free to everybody, and books are also lent out under stricter limitations. The University Library of Vienna was established by Maria Theresa. The reading-room is open to all comers, and the library is open from 1st Oct. to 30th June from 9 a.m. to 8 p.m.; in the other months for shorter hours. In 1909 447,391 vols. were used in the library, 45,000 vols. lent out in Vienna, and 6519 vols. sent carriage free to borrowers outside Vienna. The number of printed vols. is 757,000. For the purchase of books and binding the Vienna University Library has annually 60,000 crowns from the state as well as 44,000 crowns from matriculation fees and contributions from the students.

The largest library in Austria, and one of the most significant collections in Europe, is the Imperial Public Library in Vienna, reportedly founded by Emperor Frederick III in 1440. However, its renowned librarian Lambecius, in the famous inscription above the library entrance that summarizes its history, credits this honor to Frederick's son Maximilian. Regardless, the generosity of subsequent emperors greatly enriched the collection, including a considerable portion of the scattered library of Corvinus. Since 1808, the library has also held the right to receive a copy of every book published in the empire. The annual budget for purchasing and binding books is £6068. The number of printed volumes is 1,000,000, including 8,000 incunabula. The manuscripts total 27,000, along with 100,000 papyri from the collection of Archduke Rainer. The main library hall is one of the most magnificent in Europe. Admission to the reading room is free for everyone, and books can be borrowed under stricter guidelines. The University Library of Vienna was established by Maria Theresa. The reading room is open to all, and the library operates from October 1 to June 30 from 9 a.m. to 8 p.m.; it has shorter hours during the other months. In 1909, 447,391 volumes were used in the library, 45,000 volumes loaned out in Vienna, and 6,519 volumes sent free of charge to borrowers outside Vienna. The number of printed volumes is 757,000. For book purchases and binding, the Vienna University Library receives 60,000 crowns annually from the state, along with 44,000 crowns from registration fees and contributions from students.

The total number of libraries in Vienna enumerated by Bohatta and Holzmann is 165, and many of them are of considerable extent. One of the oldest and most important libraries of the monarchy is the University Library at Cracow, with 380,000 vols. and 8169 MSS.

The total number of libraries in Vienna listed by Bohatta and Holzmann is 165, and many of them are quite large. One of the oldest and most significant libraries in the monarchy is the University Library at Cracow, with 380,000 volumes and 8,169 manuscripts.

The number of monastic libraries in Austria is very considerable. They possess altogether more than 2,500,000 printed vols., 25,000 incunabula and 25,000 MSS. The oldest of them, and the oldest in Austria, is that of the monastery of St Peter at Salzburg, which was established by Archbishop Arno (785-821). It includes 70,000 vols., nearly 1500 incunabula. The three next in point of antiquity are Kremsmünster (100,000), Admont (86,000) and Melk (70,000), all of them dating from the 11th century. Many of the librarians of these monastic libraries are trained in the great Vienna libraries. There is no official training as in Prussia and Bavaria.

The number of monastic libraries in Austria is quite substantial. They hold over 2,500,000 printed volumes, 25,000 incunabula, and 25,000 manuscripts. The oldest one, and the oldest in Austria, is the library of St. Peter's monastery in Salzburg, founded by Archbishop Arno (785-821). It has 70,000 volumes and almost 1,500 incunabula. The next three oldest are Kremsmünster (100,000), Admont (86,000), and Melk (70,000), all dating back to the 11th century. Many of the librarians in these monastic libraries have received training at the major libraries in Vienna. Unlike in Prussia and Bavaria, there is no official training system in place.

Information about income, administration, accessions, &c., of the chief libraries in the Hungarian kingdom, are given in the Hungarian Statistical Year Book annually. The largest library in Hungary is the Széchenyi-Nationalbibliothek Hungary. at Budapest, founded in 1802 by the gift of the library of Count Franz Széchenyi. It contains 400,000 printed vols., 16,000 MSS., and has a remarkable collection of Hungarica. The University Library of Budapest includes 273,000 printed books and more than 2000 MSS. Since 1897 there has been in Hungary a Chief Inspector of Museums and Libraries whose duty is to watch all public museums and libraries which are administered by committees, municipalities, religious bodies and societies. He also has undertaken the task of organizing a general catalogue of all the MSS. and early printed books in Hungary.

Information about income, administration, acquisitions, etc., of the main libraries in Hungary is provided in the Hungarian Statistical Year Book every year. The largest library in Hungary is the Széchenyi National Library in Budapest, established in 1802 through the donation of Count Franz Széchenyi's library. It holds 400,000 printed volumes, 16,000 manuscripts, and has an impressive collection of Hungarica. The University Library of Budapest has 273,000 printed books and over 2,000 manuscripts. Since 1897, Hungary has had a Chief Inspector of Museums and Libraries responsible for overseeing all public museums and libraries managed by committees, municipalities, religious organizations, and societies. He is also tasked with creating a comprehensive catalog of all the manuscripts and early printed books in Hungary.

The libraries of the monasteries and other institutions of the Catholic Church are many in number but not so numerous as in Austria. The chief among them, the library of the Benedictines at St Martinsberg, is the central library of the order in Hungary and contains nearly 170,000 vols. It was reconstituted in 1802 after the re-establishment of the order. The principal treasures of this abbey (11th century) were, on the secularization of the monasteries under Joseph II., distributed among the state libraries in Budapest.

The libraries of the monasteries and other institutions of the Catholic Church are many, but not as abundant as those in Austria. The most significant among them is the Benedictine library at St Martinsberg, which serves as the central library for the order in Hungary and holds nearly 170,000 volumes. It was reestablished in 1802 after the order's revival. The main treasures of this abbey (from the 11th century) were distributed among the state libraries in Budapest when the monasteries were secularized under Joseph II.

Among the Swiss libraries, which numbered 2096 in 1868, there is none of the first rank. Only three possess over 200,000 vols.—the University Library at Basle founded in 1460, the Cantonal Library at Lausanne, and the Stadtbibliothek at Switzerland. Berne, which since 1905 is united to the University Library of that city. One great advantage of the Swiss libraries is that they nearly all possess printed catalogues, which greatly further the plan of compiling a great general catalogue of all the libraries of the republic. A valuable co-operative work is their treatment of Helvetiana. All the literature since 1848 is collected by the Landes-Bibliothek at Berne, established in 1895 for this special object. The older literature is brought together in the Bürgerbibliothek at Lucerne, for which it has a government grant. The monastic libraries of St Gall and Einsiedeln date respectively from the years 830 and 946, and are of great historical and literary interest.

Among the Swiss libraries, which numbered 2,096 in 1868, there isn't a top-tier library. Only three hold over 200,000 volumes: the University Library in Basel, founded in 1460, the Cantonal Library in Lausanne, and the Stadtbibliothek in Berne, which has been linked to the University Library of the city since 1905. One significant advantage of Swiss libraries is that almost all have printed catalogs, which greatly aid the effort to create a comprehensive general catalog of all the libraries in the country. A valuable collaborative project is their focus on Helvetiana. All literature since 1848 is collected by the Landes-Bibliothek in Berne, established in 1895 specifically for this purpose. The older literature is compiled in the Bürgerbibliothek in Lucerne, which receives government funding. The monastic libraries of St. Gall and Einsiedeln date back to 830 and 946, respectively, and are of great historical and literary significance.

Authorities.—Information has been supplied for this account by Professor Dr A. Hortzschansky, librarian of the Royal Library, Berlin. See also Adressbuch der deutschen Bibliotheken by Paul Schwenke (Leipzig, 1893); Jahrbuch der deutschen Bibliotheken (Leipzig, 1902-1910); Berliner Bibliothekenführer, by P. Schwenke and A. Hortzschansky (Berlin, 1906); A. Hortzschansky, Die K. Bibliothek zu Berlin (Berlin, 1908); Ed. Zarncke, Leipziger Bibliothekenführer (Leipzig, 1909); J. Bohatta and M. Holzmann, Adressbuch der Bibliotheken der österreich-ungarischen Monarchie (Vienna, 1900); Ri. Kukula, Die österreichischen Studienbibliotheken (1905); A. Hübl, Die österreichischen Klosterbibliotheken in den Jahren 1848-1908 (1908); P. Gulyas, Das ungarische Oberinspektorat der Museen und Bibliotheken (1909); Die über 10,000 Bände zählenden öffentlichen-Bibliotheken Ungarns, im Jahre 1908 (Budapest, 1910); H. Escher, “Bibliothekswesen” in Handbuch der Schweizer Volkswirtschaft, vol. i. (1903).

Authorities.—Information for this account was provided by Professor Dr. A. Hortzschansky, librarian of the Royal Library, Berlin. See also Address Book of German Libraries by Paul Schwenke (Leipzig, 1893); Yearbook of German Libraries (Leipzig, 1902-1910); Berlin Library Guide by P. Schwenke and A. Hortzschansky (Berlin, 1906); A. Hortzschansky, The K. Library in Berlin (Berlin, 1908); Ed. Zarncke, Leipzig Library Guide (Leipzig, 1909); J. Bohatta and M. Holzmann, Address Book of Libraries in the Austro-Hungarian Monarchy (Vienna, 1900); Ri. Kukula, The Austrian Study Libraries (1905); A. Hübl, The Austrian Monastic Libraries from 1848 to 1908 (1908); P. Gulyas, The Hungarian Chief Inspectorate of Museums and Libraries (1909); The Public Libraries of Hungary, Counting Over 10,000 Volumes, in 1908 (Budapest, 1910); H. Escher, “Library Science” in Handbook of Swiss Economics, vol. i. (1903).

Italy.

Italy.

As the former centre of civilization, Italy is, of course, the country in which the oldest existing libraries must be looked for, and in which the rarest and most valuable MSS. are preserved. The Vatican at Rome and the Laurentian Library at Florence are sufficient in themselves to entitle Italy to rank before most other states in that respect, and the venerable relics at Vercelli, Monte Cassino and La Cava bear witness to the enlightenment of the peninsula while other nations were slowly taking their places in the circle of Christian polity. The local rights and interests which so long helped to impede the unification of Italy were useful in creating and preserving at numerous minor centres many libraries which otherwise would probably have been lost during the progress of absorption that results from such centralization as exists in England. In spite of long centuries of suffering and of the aggression of foreign swords and foreign gold, Italy is still rich in books and MSS. The latest official statistics (1896) give particulars of 1831 libraries, of which 419 are provincial and communal. In 1893 there were 542 libraries of a popular character and including circulating libraries.

As the former center of civilization, Italy is obviously the country where the oldest existing libraries can be found, housing the rarest and most valuable manuscripts. The Vatican in Rome and the Laurentian Library in Florence alone are enough to place Italy ahead of most other countries in this regard, and the ancient treasures at Vercelli, Monte Cassino, and La Cava stand as proof of the peninsula's enlightenment while other nations were slowly finding their place in the circle of Christian governance. The local rights and interests that long hindered the unification of Italy actually helped to create and maintain many libraries at various smaller centers that would likely have been lost during the centralization process typical in England. Despite centuries of suffering and the impact of foreign invasions and wealth, Italy remains rich in books and manuscripts. The latest official statistics (1896) detail 1,831 libraries, including 419 that are provincial and communal. In 1893, there were 542 libraries catering to the public, including circulating libraries.

The governmental libraries (biblioteche governative) number 36 and are under the authority of the minister of public instruction. The Regolamento controlling them was issued in the Bolletino Ufficiale, 5 Dec. 1907. They consist of the national Governmental libraries. central libraries of Rome (Vittorio Emanuele) and Florence, of the national libraries of Milan (Braidense), Naples, Palermo, Turin and Venice (Marciana); the Biblioteca governativa at Cremona; the Marucelliana, the Mediceo-Laurenziana and the Riccardiana at Florence; the governativa at Lucca; the Estense at Modena; the Brancacciana and that of San Giacomo at Naples; the Palatina at Parma; the Angelica, the Casanatense, and the Lancisiana at Rome; the university libraries of Bologna, Cagliari, Catania, Genoa, Messina, Modena, Naples, Padua, Pavia, Pisa, Rome and Sassari; the Ventimiliana at Catania (joined to the university library for administrative purposes); the Vallicelliana and the musical library of the R. Accad. of St Cecilia at Rome; the musical section of the Palatine at Parma; and the Lucchesi-Palli (added to the national library at Naples). There are provisions whereby small collections can be united to larger libraries in the same place and where there are several government libraries in one city a kind of corporate administration can be arranged. The libraries belonging to bodies concerned with higher education, to the royal scientific and literary academies, fine art galleries, museums and scholastic institutions are ruled by special regulations. The minister of public instruction is assisted by a technical board.

The governmental libraries (biblioteche governative) total 36 and are overseen by the minister of public instruction. The Regolamento that governs them was published in the Bolletino Ufficiale on December 5, 1907. They include the national central libraries in Rome (Vittorio Emanuele) and Florence, as well as the national libraries in Milan (Braidense), Naples, Palermo, Turin, and Venice (Marciana); the Biblioteca governativa in Cremona; the Marucelliana, Mediceo-Laurenziana, and Riccardiana libraries in Florence; the governativa in Lucca; the Estense in Modena; the Brancacciana and the San Giacomo libraries in Naples; the Palatina in Parma; the Angelica, Casanatense, and Lancisiana libraries in Rome; the university libraries in Bologna, Cagliari, Catania, Genoa, Messina, Modena, Naples, Padua, Pavia, Pisa, Rome, and Sassari; the Ventimiliana in Catania (merged with the university library for administrative purposes); the Vallicelliana and the music library of the R. Accad. of St Cecilia in Rome; the music section of the Palatine in Parma; and the Lucchesi-Palli (added to the national library in Naples). There are rules allowing small collections to be merged with larger libraries in the same location, and in cities with multiple government libraries, a type of corporate management can be established. Libraries associated with higher education bodies, royal scientific and literary academies, art galleries, museums, and educational institutions are governed by special regulations. The minister of public instruction is supported by a technical board.

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The librarians and subordinates are divided into (1) librarians, or keepers of MSS.; (2) sub-librarians, or sub-keepers of MSS.; (3) attendants, or book distributors; (4) ushers, &c. Those of class 1 constitute the “board of direction,” which is presided over by the librarian, and meets from time to time to consider important measures connected with the administration of the library. Each library is to possess, alike for books and MSS., a general inventory, an accessions register, an alphabetical author-catalogue and a subject-catalogue. When they are ready, catalogues of the special collections are to be compiled, and these the government intends to print. A general catalogue of the MSS. was in 1910 being issued together with catalogues of oriental codices and incunabula. Various other small registers are provided for. The sums granted by the state for library purposes must be applied to (1) salaries and the catalogues of the MSS.; (2) maintenance and other expenses; (3) purchase of books, binding and repairs, &c. Books are chosen by the librarians. In the university libraries part of the expenditure is decided by the librarians, and part by a council formed by the professors of the different faculties. The rules (Boll. Ufficiale, Sept. 17, 1908) for lending books and MSS. allow them to be sent to other countries under special circumstances.

The librarians and their assistants are divided into (1) librarians, or keepers of manuscripts; (2) sub-librarians, or assistant keepers of manuscripts; (3) attendants, or book distributors; (4) ushers, etc. Those in category 1 make up the “board of direction,” led by the librarian, which meets regularly to discuss important matters related to the library's management. Each library is required to have a general inventory, an accessions register, an alphabetical author catalog, and a subject catalog for both books and manuscripts. Once these are ready, catalogs for special collections will be created, which the government plans to print. A general catalog of manuscripts was being published in 1910, along with catalogs for oriental codices and incunabula. Various other small registers are also planned. The funds provided by the state for library purposes must be allocated to (1) salaries and the catalogs of the manuscripts; (2) maintenance and other expenses; (3) purchasing books, binding, repairs, etc. Librarians select the books. In university libraries, part of the spending is determined by the librarians and part by a council made up of professors from different faculties. The rules (Boll. Ufficiale, Sept. 17, 1908) for lending books and manuscripts permit them to be sent to other countries under special circumstances.

The 36 biblioteche governative annually spend about 300,000 lire in books. From the three sources of gifts, copyright and purchases, their accessions in 1908 were 142,930, being 21,122 more than the previous year. The number of readers is increasing. In 1908 there were 1,176,934, who made use of 1,650,542 vols., showing an increase of 30,456 readers and 67,579 books as contrasted with the statistics of the previous year. Two monthly publications catalogue the accessions of these libraries, one dealing with copyright additions of Italian literature, the other with all foreign books.

The 36 government libraries spend about 300,000 lire on books each year. In 1908, their new acquisitions from three sources—donations, copyright, and purchases—totaled 142,930, which is 21,122 more than the year before. The number of readers is on the rise. In 1908, there were 1,176,934 readers who used 1,650,542 volumes, showing an increase of 30,456 readers and 67,579 books compared to the previous year's statistics. Two monthly publications list the new additions to these libraries: one focuses on copyright additions from Italian literature, and the other covers all foreign books.

The minister of public instruction has kept a watchful eye upon the literary treasures of the suppressed monastic bodies. In 1875 there were 1700 of these confiscated libraries, containing two millions and a half of volumes. About 650 of the collections were added to the contents of the public libraries already in existence; the remaining 1050 were handed over to the different local authorities, and served to form 371 new communal libraries, and in 1876 the number of new libraries so composed was 415.

The minister of public education has closely monitored the literary treasures of the suppressed monastic institutions. In 1875, there were 1,700 of these confiscated libraries, containing about 2.5 million volumes. Around 650 of the collections were added to the existing public libraries; the remaining 1,050 were given to various local authorities, which helped establish 371 new community libraries. By 1876, the number of new libraries formed in this way had reached 415.

The Biblioteca Vaticana stands in the very first rank among European libraries as regards antiquity and wealth of MSS. We can trace back the history of the Biblioteca Vaticana to the earliest records of the Scrinium Sedis Apostolicae, Vatican. which was enshrined in safe custody at the Lateran, and later on partly in the Turris Chartularia; but of all the things that used to be stored there, the only survival, and that is a dubious example, is the celebrated Codex Amiatinus now in the Laurentian Library at Florence. Of the new period inaugurated by Innocent III. there but remains to us the inventory made under Boniface VIII. The library shared in the removal of the Papal court to Avignon, where the collection was renewed and increased, but the Pontifical Library at Avignon has only in part, and in later times, been taken into the Library of the Vatican. This latter is a new creation of the great humanist popes of the 15th century. Eugenius IV. planted the first seed, but Nicholas V. must be looked upon as the real founder of the library, to which Sixtus IV. consecrated a definite abode, ornate and splendid, in the Court of the Pappagallo. Sixtus V. erected the present magnificent building in 1588, and greatly augmented the collection. The library increased under various popes and librarians, among the most noteworthy of whom were Marcello Cervini, the first Cardinale Bibliotecario, later Pone Marcel II., Sirleto and A. Carafa. In 1600 it was further enriched by the acquisition of the valuable library of Fulvio Orsini, which contained the pick of the most precious libraries. Pope Paul V. (1605-1621) separated the library from the archives, fixed the progressive numeration of the Greek and Latin MSS., and added two great halls, called the Pauline, for the new codices. Under him and under Urban VIII. a number of MSS. were purchased from the Convento of Assisi, of the Minerva at Rome, of the Capranica College, &c. Especially noteworthy are the ancient and beautiful MSS. of the monastery of Bobbio, and those which were acquired in various ways from the monastery of Rossano. Gregory XV. (1622) received from Maximilian I., duke of Bavaria, by way of compensation for the money supplied by him for the war, the valuable library of the Elector Palatine, which was seized by Count Tilly at the capture of Heidelberg. Alexander VII. (1658), having purchased the large and beautiful collection formerly belonging to the dukes of Urbino, added the MSS. of it to the Vatican library. The Libreria della Regina, i.e. of Christina, queen of Sweden, composed of very precious manuscripts from ancient French monasteries, from St Gall in Switzerland, and others—also of the MSS. of Alexandre Petau, of great importance for their history and French literature, was purchased and in great part presented to the Vatican library by Pope Alexander VIII. (Ottoboni) in 1689, while other MSS. came in later with the Ottoboni library. Under Clement XI. there was the noteworthy purchase of the 54 Greek MSS. which had belonged to Pius II., and also the increase of the collection of Oriental MSS. Under Benedict XIV. there came into the Vatican library, as a legacy, the library of the Marchese Capponi, very rich in rare and valuable Italian editions, besides 285 MSS.; and by a purchase, the Biblioteca Ottoboniana, which, from its wealth in Greek, Latin, and even Hebrew MSS., was, after that of the Vatican, the richest in all Rome. Clement XIII. in 1758, Clement XIV. in 1769, and Pius VI. in 1775 were also benefactors. During three centuries the vast and monumental library grew with uninterrupted prosperity, but it was to undergo a severe blow at the end of the 18th century. In 1798, as a sequel to the Treaty of Tolentino, 500 MSS. picked from the most valuable of the different collections were sent to Paris by the victorious French to enrich the Bibliothèque Nationale and other libraries. These, however, were chiefly restored in 1815. Most of the Palatine MSS., which formed part of the plunder, found their way back to the university of Heidelberg. Pius VII. acquired for the Vatican the library of Cardinal Zelada in 1800, and among other purchases of the 19th century must be especially noted the splendid Cicognara collection of archaeology and art (1823); as well as the library in 40,000 vols. of Cardinal Angelo Mai (1856). Recent more important purchases, during the Pontificate of Leo XIII., have been the Borghese MSS., about 300 in number, representing part of the ancient library of the popes at Avignon; the entire precious library of the Barberini; the Borgia collection De Propaganda Fide, containing Latin and Oriental MSS., and 500 incunabula.

The Biblioteca Vaticana ranks among the top European libraries in terms of age and the richness of its manuscripts. We can trace the history of the Biblioteca Vaticana back to the earliest records of the Scrinium Sedis Apostolicae, Vatican City. This was originally stored safely at the Lateran and later partly at the Turris Chartularia. Of all the items kept there, the only surviving one, and even that is questionable, is the famous Codex Amiatinus, now housed in the Laurentian Library in Florence. From the new era initiated by Innocent III, we only have the inventory created under Boniface VIII. The library was involved in the relocation of the Papal court to Avignon, where the collection was refreshed and expanded, but the Pontifical Library at Avignon has only been partially integrated into the Vatican Library in later years. The current library is a new establishment set up by the great humanist popes of the 15th century. Eugenius IV planted the first seeds, but Nicholas V is recognized as the true founder, to whom Sixtus IV assigned a specific, ornate, and splendid location in the Court of the Pappagallo. Sixtus V constructed the magnificent building we see today in 1588 and greatly increased the collection. The library continued to grow under various popes and librarians, notable among them were Marcello Cervini, the first Cardinale Bibliotecario, later Pope Marcel II, Sirleto, and A. Carafa. In 1600, the library was further enhanced by acquiring the valuable library of Fulvio Orsini, which contained the best of several prized collections. Pope Paul V (1605-1621) separated the library from the archives, established a systematic numbering of the Greek and Latin manuscripts, and added two large halls known as the Pauline for the new codices. Under him and Urban VIII, numerous manuscripts were purchased from the Convento of Assisi, the Minerva in Rome, Capranica College, etc. Particularly remarkable are the ancient and beautiful manuscripts from the monastery of Bobbio and those acquired from the Rossano monastery. Gregory XV. (1622) received the valuable library of the Elector Palatine from Maximilian I of Bavaria as compensation for funds he provided for the war, which had been seized by Count Tilly when Heidelberg was captured. Alexander VII. (1658) added the manuscripts from the large and beautiful collection previously owned by the dukes of Urbino to the Vatican library. The Libreria della Regina, i.e., the library of Christina, queen of Sweden, made up of very precious manuscripts from ancient French monasteries, St. Gall in Switzerland, and others—also including the manuscripts of Alexandre Petau, significant for their historical and literary value—was purchased and largely gifted to the Vatican library by Pope Alexander VIII. (Ottoboni) in 1689, with additional manuscripts coming later from the Ottoboni library. Under Clement XI, a noteworthy acquisition was made of the 54 Greek manuscripts that had belonged to Pius II, alongside the expansion of the Oriental manuscripts collection. Under Benedict XIV, the Vatican library received the library of Marchese Capponi as a legacy, rich in rare and valuable Italian editions, as well as 285 manuscripts; and through purchase, the Biblioteca Ottoboniana, which, due to its wealth in Greek, Latin, and even Hebrew manuscripts, was, after the Vatican, the richest in all of Rome. Clement XIII in 1758, Clement XIV in 1769, and Pius VI in 1775 also contributed to the library. Over three centuries, the vast and monumental library thrived without interruption, but faced a severe blow at the end of the 18th century. In 1798, following the Treaty of Tolentino, 500 manuscripts selected from the most valuable collections were sent to Paris by the victorious French to enrich the Bibliothèque Nationale and other libraries. These were mostly returned in 1815. Most of the Palatine manuscripts, part of the plunder, found their way back to the University of Heidelberg. Pius VII acquired Cardinal Zelada's library in 1800 for the Vatican, and among the significant purchases of the 19th century, the splendid Cicognara collection of archaeology and art (1823) and the library of Cardinal Angelo Mai with 40,000 volumes (1856) stand out. Recent significant acquisitions during Pope Leo XIII's pontificate include the Borghese manuscripts, around 300 in total, representing part of the ancient papal library at Avignon; the entire valuable library of the Barberini; and the Borgia collection De Propaganda Fide, which contains Latin and Oriental manuscripts and 500 incunabula.

Few libraries are so magnificently housed as the Biblioteca Vaticana. The famous Codici Vaticani are placed in the salone or great double hall, which is decorated with frescoes depicting ancient libraries and councils of the church. At the end of the great hall an immense gallery, also richly decorated, and extending to 1200 ft., opens out from right to left. Here are preserved in different rooms the codici Palatini, Regin., Ottoboniani, Capponiani, &c. The printed books only are on open shelves, the MSS. being preserved in closed cases. The printed books that were at first stored in the Borgia Apartment, now with the library of Cardinal Mai, constitute in great part the Nuova Sala di Consultazione, which was opened to students under the Pontificate of Leo XIII. Other books, on the other hand, are still divided into 1a and 2da raccolta, according to the ancient denomination, and are stored in adjacent halls.

Few libraries are as beautifully housed as the Vatican Library. The famous Vatican Codices are displayed in the salone or grand double hall, which is adorned with frescoes showing ancient libraries and church councils. At the end of the grand hall, an enormous gallery, also richly decorated and extending 1200 ft., opens from right to left. Here, the Palatine, Regin., Ottobonian, Capponian, etc., codices are kept in different rooms. Only the printed books are on open shelves, while the manuscripts are stored in closed cases. The printed books that were initially kept in the Borgia Apartment, now part of Cardinal Mai's library, mostly make up the Nuova Sala di Consultazione, which was opened to students during the papacy of Leo XIII. Other books, however, are still categorized into 1a and 2da raccolta, following the old classification, and are stored in nearby halls.

Well-reasoned calculations place the total number of printed books at 400,000 vols.; of incunabula about 4000, with many vellum copies; 500 Aldines and a great number of bibliographical rarities. The Latin manuscripts number 31,373; the Greek amount to 4148; the Oriental MSS., of which the computation is not complete, amount to about 4000. Among the Greek and Latin MSS. are some of the most valuable in the world, alike for antiquity and intrinsic importance. It is sufficient to mention the famous biblical Codex Vaticanus of the 4th century, the two Virgils of the 4th and 5th centuries, the Bembo Terence, the palimpsest De Republica of Cicero, conjectured to be of the 4th century, discovered by Cardinal Mai, and an extraordinary 572 number of richly ornamented codices of great beauty and costliness. The archives are apart from the library, and are accessible in part to the public under conditions. Leo XIII. appointed a committee to consider what documents of general interest might expediently be published.

Well-reasoned estimates put the total number of printed books at 400,000 volumes; about 4,000 incunabula, many of which are on vellum; 500 Aldines; and a large number of bibliographical rarities. The Latin manuscripts total 31,373; the Greek ones amount to 4,148; and the Oriental manuscripts, which are still being counted, are around 4,000. Among the Greek and Latin manuscripts are some of the most valuable in the world, both for their age and intrinsic significance. It’s enough to mention the famous biblical Codex Vaticanus from the 4th century, the two Virgil manuscripts from the 4th and 5th centuries, the Bembo Terence, and the palimpsest De Republica of Cicero, believed to be from the 4th century and discovered by Cardinal Mai, along with an extraordinary 572 number of richly decorated codices that are exceptionally beautiful and valuable. The archives are separate from the library and are partially accessible to the public under certain conditions. Leo XIII appointed a committee to consider which documents of general interest could be published.

The Biblioteca Vaticana is now open from October 1st to Easter every morning between 9 and 1 o’clock, and from Easter to June 29 from 8 o’clock to 12, with the exception of Sundays, Thursdays and the principal feast days.

The Vatican Library is now open from October 1st to Easter every morning from 9 AM to 1 PM, and from Easter to June 29 from 8 AM to 12 PM, except on Sundays, Thursdays, and major feast days.

Catalogues of special classes of MSS. have been published. The Oriental MSS. have been described by J. S. Assemani, Bibliotheca orientalis Clementino-Vaticana (Rome, 1719-1728, 4 vols. folio), and Bibl. Vat. codd. MSS. catalogus ab S. E. et J. S. Assentano redactus (ib., 1756-1759, 3 vols. folio), and by Cardinal Mai in Script. Vet. nova collectio. The Coptic MSS. have been specially treated by G. Zoega (Rome, 1810, folio) and by F. G. Bonjour (Rome, 1699, 4to). There are printed catalogues of the Capponi (1747) and the Cicognara (1820) libraries. The following catalogues have lately been printed: E. Stevenson, Codd. Palatini Graeci (1885), Codd. Gr. Reg. Sueciae et Pii II. (1888); Feron-Battaglini, Codd. Ottobon. Graeci (1893); C. Stornaiolo, Codd. Urbinates Gr. (1895); E. Stevenson, Codd. Palatini Lat. tom. 1 (1886); G. Salvo-Cozzo, Codici Capponiani (1897); M. Vattasso and P. Franchi de’ Cavalieri, Codd. Lat. Vaticani, tom. 1 (1902); C. Stornaiolo, Codices Urbinates Latini, tom. 1 (1902); E. Stevenson, Inventario dei libri stampali Palatino-Vaticani (1886-1891); and several volumes relating to Egyptian papyri by O. Marucchi. Some of the greatest treasures have been reproduced in facsimile.

Catalogs of specific types of manuscripts have been published. The Oriental manuscripts have been detailed by J. S. Assemani in Bibliotheca orientalis Clementino-Vaticana (Rome, 1719-1728, 4 vols. folio) and Bibl. Vat. codd. MSS. catalogus ab S. E. et J. S. Assentano redactus (ib., 1756-1759, 3 vols. folio), as well as by Cardinal Mai in Script. Vet. nova collectio. The Coptic manuscripts have been specifically addressed by G. Zoega (Rome, 1810, folio) and by F. G. Bonjour (Rome, 1699, 4to). There are printed catalogs of the Capponi (1747) and the Cicognara (1820) libraries. Recently published catalogs include: E. Stevenson, Codd. Palatini Graeci (1885), Codd. Gr. Reg. Sueciae et Pii II. (1888); Feron-Battaglini, Codd. Ottobon. Graeci (1893); C. Stornaiolo, Codd. Urbinates Gr. (1895); E. Stevenson, Codd. Palatini Lat. vol. 1 (1886); G. Salvo-Cozzo, Codici Capponiani (1897); M. Vattasso and P. Franchi de’ Cavalieri, Codd. Lat. Vaticani, vol. 1 (1902); C. Stornaiolo, Codices Urbinates Latini, vol. 1 (1902); E. Stevenson, Inventario dei libri stampali Palatino-Vaticani (1886-1891); and several volumes about Egyptian papyri by O. Marucchi. Some of the greatest treasures have been reproduced in facsimile.

The most important library in Italy for modern requirements is the Nazionale Centrale Vittorio Emanuele. From its foundation in 1875, incorporating the biblioteca maior o secreta of the Jesuits in the Collegio Romano, and all the cloister Other Roman libraries. libraries of the Provincia Romana which had devolved to the state through the suppression of the Religious Orders, it has now, by purchases, by donations, through the operation of the law of the press increased to about 850,000 printed vols., and is continually being ameliorated. It possesses about 1600 incunabula and 6200 MSS. Noteworthy among these are the Farfensi and the Sessoriani MSS. of Santa Croce in Jerusalem, and some of these last of the 6th to the 8th centuries are real treasures. The library has been recently reorganized. It is rich in the history of the renaissance, Italian and foreign reviews, and Roman topography. A monthly Bollettino is issued of modern foreign literature received by the libraries of Italy.

The most important library in Italy for modern needs is the Nazionale Centrale Vittorio Emanuele. Since its establishment in 1875, which included the biblioteca maior o secreta of the Jesuits at the Collegio Romano, along with all the cloister Other Roman libraries. libraries of the Provincia Romana that were handed over to the state after the suppression of the Religious Orders, it has grown to about 850,000 printed volumes through purchases, donations, and the enforcement of press laws, and it’s constantly improving. It holds about 1,600 incunabula and 6,200 manuscripts. Notable among these are the Farfensi and the Sessoriani manuscripts from Santa Croce in Jerusalem, and some of these, from the 6th to the 8th centuries, are real treasures. The library has recently been reorganized. It has a wealth of information on Renaissance history, Italian and foreign reviews, and Roman topography. A monthly Bollettino is published featuring modern foreign literature received by the libraries of Italy.

The Biblioteca Casanatense, founded by Cardinal Casanate in 1698, contains about 200,000 printed vols., over 2000 incunabula, with many Roman and Venetian editions, and more than 5000 MSS., among which are examples of the 8th, 9th and 10th centuries. They are arranged in eleven large rooms, the large central hall being one of the finest in Rome. It is rich in theology, the history of the middle ages, jurisprudence and the economic, social and political sciences. An incomplete catalogue of the printed books by A. Audiffredi still remains a model of its kind (Roma, 1761-1788, 4 vols. folio, and part of vol. v.).

The Biblioteca Casanatense, established by Cardinal Casanate in 1698, holds around 200,000 printed volumes, over 2,000 incunabula, including many Roman and Venetian editions, and more than 5,000 manuscripts, some dating back to the 8th, 9th, and 10th centuries. The collection is organized into eleven large rooms, with the spacious central hall being one of the most impressive in Rome. It has a strong focus on theology, the history of the Middle Ages, law, as well as economic, social, and political sciences. An incomplete catalog of the printed books by A. Audiffredi is still considered a standard reference (Rome, 1761-1788, 4 volumes folio, and part of volume v.).

The Biblioteca Angelica was founded in 1605 by Monsignor Angelo Rocca, an Augustinian, and was the first library in Rome to throw open its doors to the public. It contains about 90,000 vols., of which about 1000 are incunabula; 2570 MSS., of which 120 are Greek, and 91 Oriental. It includes all the authentic acts of the Congregatio de Auxiliis and the collections of Cardinal Passionei and Lucas Holstenius.

The Biblioteca Angelica was established in 1605 by Monsignor Angelo Rocca, an Augustinian, and was the first library in Rome to open its doors to the public. It houses around 90,000 volumes, including about 1,000 incunabula; 2,570 manuscripts, of which 120 are Greek and 91 are Oriental. It features all the authentic acts of the Congregatio de Auxiliis and the collections of Cardinal Passionei and Lucas Holstenius.

The Biblioteca Universitaria Alessandrina was founded by Pope Alexander VII., with the greater part of the printed books belonging to the dukes of Urbino, and was opened in 1676. In 1815 Pius VII. granted to it the right to receive a copy of every printed book in the States of the Church, which grant at the present time, by virtue of the laws of Italy, is continued, but limited to the province of Rome. The library possesses 130,000 printed books, 600 incunabula, 376 MSS.

The Alessandrina University Library was established by Pope Alexander VII, primarily consisting of printed books that belonged to the dukes of Urbino, and it opened in 1676. In 1815, Pius VII granted it the right to receive a copy of every printed book in the Papal States. This right still exists today due to Italian law, but it’s now restricted to the province of Rome. The library holds 130,000 printed books, 600 incunabula, and 376 manuscripts.

The library of the Senate was established at Turin in 1848. It contains nearly 87,000 vols. and is rich in municipal history and the statutes of Italian cities, the last collection extending to 2639 statutes or vols. for 679 municipalities. The library of the Chamber of Deputies contains 120,000 vols. and pamphlets. It is rich in modern works, and especially in jurisprudence, native and foreign history, economics and administration.

The Senate library was founded in Turin in 1848. It has almost 87,000 volumes and is known for its collection of municipal history and the laws of Italian cities, with the latest collection including 2,639 laws or volumes for 679 municipalities. The Chamber of Deputies library holds 120,000 volumes and pamphlets. It features a strong selection of modern works, especially in law, domestic and foreign history, economics, and administration.

The Biblioteca Vallicelliana was founded by Achille Stazio (1581), and contains some valuable manuscripts, including a Latin Bible of the 8th century attributed to Alcuin, and some inedited writings of Baronius. It now contains 28,000 vols. and 2315 MSS. Since 1884 it has been in the custody of the R. Società Romana di Storia Patria. The Biblioteca Lancisiana, founded in 1711 by G. M. Lancisi, is valuable for its medical collections.

The Biblioteca Vallicelliana was established by Achille Stazio in 1581 and holds some important manuscripts, including an 8th-century Latin Bible attributed to Alcuin and some unpublished writings by Baronius. It currently houses 28,000 volumes and 2,315 manuscripts. Since 1884, it has been managed by the R. Società Romana di Storia Patria. The Biblioteca Lancisiana, founded in 1711 by G. M. Lancisi, is known for its valuable medical collections.

In 1877 Professor A. Sarti presented to the city of Rome his collection of fine-art books, 10,000 vols., which was placed in charge of the Accademia di San Luca, which already possessed a good artistic library. The Biblioteca Centrale Militare (1893) includes 66,000 printed vols. and 72,000 maps and plans relating to military affairs; and the Biblioteca della R. Accad. di S. Cecilia (1875), a valuable musical collection of 40,000 volumes and 2300 MSS.

In 1877, Professor A. Sarti donated his collection of fine art books, totaling 10,000 volumes, to the city of Rome. This collection was entrusted to the Accademia di San Luca, which already had a strong artistic library. The Biblioteca Centrale Militare (established in 1893) includes 66,000 printed volumes and 72,000 maps and plans related to military matters. Meanwhile, the Biblioteca della R. Accad. di S. Cecilia (founded in 1875) houses a valuable music collection of 40,000 volumes and 2,300 manuscripts.

Among the private libraries accessible by permission, the Chigiana (1660) contains 25,000 vols. and 2877 MSS. The Corsiniana, founded by Clement XII. (Lorenzo Corsini) is rich in incunabula, and includes one of the most remarkable collections of prints, the series of Marc-Antonios being especially complete. It was added to the Accademia dei Lincei in 1884 and now extends to 43,000 vols. The library of the Collegium de Propaganda Fide was established by Urban VIII. in 1626. It owes its present richness almost entirely to testamentary gifts, among which may be mentioned those of Cardinals Borgia, Caleppi and Di Pietro. It is a private collection for the use of the congregation and of those who belong to it, but permission may be obtained from the superiors. There are at least thirty libraries in Subiaco. Rome which are more or less accessible to the public. At Subiaco, about 40 m. from Rome, the library of the Benedictine monastery of Santa Scolastica is not a very large one, comprising only 6000 printed vols. and 400 MSS., but the place is remarkable as having been the first seat of typography in Italy. It was in this celebrated Protocoenobium that Schweynheim and Pannartz, fresh from the dispersion of Fust and Schoeffer’s workmen in 1462, established their press and produced a series of very rare and important works which are highly prized throughout Europe. The Subiaco library, although open daily to readers, is only visited by students who are curious to behold the cradle of the press in Italy, and to inspect the series of original editions preserved in their first home.

Among the private libraries that can be accessed with permission, the Chigiana (1660) holds 25,000 volumes and 2,877 manuscripts. The Corsiniana, founded by Clement XII (Lorenzo Corsini), is rich in incunabula and features one of the most impressive collections of prints, particularly noted for its comprehensive series of works by Marc-Antonio. It was incorporated into the Accademia dei Lincei in 1884 and now has 43,000 volumes. The library of the Collegium de Propaganda Fide was established by Urban VIII in 1626. Its current richness is largely due to bequests, including significant donations from Cardinals Borgia, Caleppi, and Di Pietro. This library is a private collection meant for the congregation and its members, but permission can be obtained from the superiors. There are at least thirty libraries in Subiaco. Rome that are more or less open to the public. In Subiaco, about 40 miles from Rome, the library of the Benedictine monastery of Santa Scolastica is not very large, with only 6,000 printed volumes and 400 manuscripts, but it is notable for being the first place of printing in Italy. It was in this renowned Protocoenobium that Schweynheim and Pannartz, having just left the dispersal of Fust and Schoeffer’s workers in 1462, set up their press and produced a series of very rare and important works that are highly valued across Europe. The Subiaco library, while open to readers every day, is primarily visited by students eager to see the birthplace of the press in Italy and to inspect the original editions preserved in their first location.

The Biblioteca Nazionale Centrale of Florence, formed from the union of Magliabechi’s library with the Palatina, is the largest after the Vittorio Emanuele at Rome. The Magliabechi collection became public property in 1714, and with accessions Florence. from time to time, held an independent place until 1862, when the Palatina (formed by Ferdinand III., Grand Duke of Tuscany), was incorporated with it. An old statute by which a copy of every work printed in Tuscany was to be presented to the Magliabechi library was formerly much neglected, but has been maintained more rigorously in force since 1860. Since 1870 it receives by law a copy of every book published in the kingdom. A Bollettino is issued describing these accessions. There are many valuable autograph originals of famous works in this library, and the MSS. include the most important extant codici of Dante and later poets, as well as of the historians from Villani to Machiavelli and Guicciardini. Amongst the printed books is a very large assemblage of rare early impressions, a great number of the Rappresentazioni of the 16th century, at least 200 books printed on vellum, and a copious collection of municipal histories and statutes, of testi di lingua and of maps. The Galileo collection numbers 308 MSS. The MS. portolani, 25 in number, are for the most part of great importance; the oldest is dated 1417, and several seem to be the original charts executed for Sir Robert Dudley (duke of Northumberland) in the preparation of his Arcano del Mare. The library contains (1909) 571,698 printed vols., 20,222 MSS., 9037 engravings, 21,000 portraits, 3847 maps, and 3575 incunabula. In 1902 the Italian parliament voted the funds for a new building which is being erected on the Corso dei Tintori close to the Santa Croce Church.

The Biblioteca Nazionale Centrale of Florence, created by merging Magliabechi’s library with the Palatina, is the largest after the Vittorio Emanuele in Rome. The Magliabechi collection became public property in 1714 and, with additional acquisitions over time, maintained its independence until 1862, when the Palatina (established by Ferdinand III, Grand Duke of Tuscany) was integrated into it. An old law requiring that a copy of every work printed in Tuscany be submitted to the Magliabechi library was often overlooked but has been enforced more strictly since 1860. Since 1870, it has been legally entitled to receive a copy of every book published in the kingdom. A Bollettino is released to detail these additions. This library holds many valuable autographed originals of famous works, and its manuscripts include the most significant existing codici of Dante and later poets, as well as historians from Villani to Machiavelli and Guicciardini. Among the printed books is a large collection of rare early editions, many Rappresentazioni from the 16th century, at least 200 books printed on vellum, and a substantial collection of municipal histories and statutes, testi di lingua, and maps. The Galileo collection contains 308 manuscripts. There are 25 manuscript portolani, most of which are highly significant; the oldest is from 1417, and several appear to be the original charts created for Sir Robert Dudley (Duke of Northumberland) for his Arcano del Mare. As of 1909, the library holds 571,698 printed volumes, 20,222 manuscripts, 9,037 engravings, 21,000 portraits, 3,847 maps, and 3,575 incunabula. In 1902, the Italian parliament allocated funds for a new building, which is being constructed on Corso dei Tintori, near the Santa Croce Church.

The Biblioteca Nazionale of Milan, better known as the Braidense, founded in 1770 by Maria Theresa, consists of 243,000 printed vols. 1787 MSS. and over 3000 autographs. It comprises nearly 2300 books printed in the 15th century (including the Milan. rare Monte Santo di Dio of Bettini, 1477), 913 Aldine impressions, and a xylographic Biblia Pauperum. Amongst the MSS. are an early Dante and autograph letters of Galileo, some poems in Tasso’s autograph, and a fine series of illustrated service-books, with miniatures representing the advance of Italian art from the 12th to the 16th century. One room is devoted to the works of Manzoni.

The Biblioteca Nazionale of Milan, commonly known as the Braidense, was founded in 1770 by Maria Theresa. It holds 243,000 printed volumes, 1787 manuscripts, and over 3000 autographs. The collection includes nearly 2300 books printed in the 15th century (including the rare Monte Santo di Dio by Bettini, 1477), 913 Aldine editions, and a xylographic Biblia Pauperum. Among the manuscripts are an early work by Dante and autograph letters from Galileo, as well as some poems written by Tasso, and a fine collection of illustrated service books featuring miniatures that showcase the evolution of Italian art from the 12th to the 16th century. One room is dedicated to the works of Manzoni.

The Biblioteca Nazionale at Naples, though only opened to the public in 1804, is the largest library of that city. The nucleus from which it developed was the collection of Cardinal Seripando, which comprised many MSS. and printed books of Naples. great value. Acquisitions came in from other sources, especially when in the year 1848 many private and conventual libraries were thrown on the Neapolitan market, and still more so in 1860. The Biblical section is rich in rarities, commencing with the Mainz Bible of 1462, printed on vellum. Other special features are the collection of testi di lingua, that of books on volcanoes, the best collection in existence of the publications of Italian literary and scientific societies and a nearly complete set of the works issued by the Bodoni press. The MSS. include a palimpsest containing writings of the 3rd, 5th and 6th centuries under a grammatical treatise of the 8th, 2 Latin papyri of the 6th century, over 50 Latin Bibles, many illuminated books with miniatures, and the autographs of G. Leopardi. There are more than 40 books printed on vellum in the 15th and 16th 573 centuries, including a fine first Homer; and several MS. maps and portolani, one dating from the end of the 14th century. The library contains about 389,100 printed vols., 7990 MSS. and 4217 incunabula.

The Biblioteca Nazionale in Naples, which opened to the public in 1804, is the largest library in the city. It started from Cardinal Seripando's collection, which included many valuable manuscripts and printed books from Naples. Acquisitions increased from various sources, especially in 1848 when many private and convent libraries were sold off in the Neapolitan market, and even more so in 1860. The Biblical section is rich in rare items, beginning with the Mainz Bible from 1462, printed on vellum. Other highlights include a collection of testi di lingua, a selection of books on volcanoes, the best collection of publications from Italian literary and scientific societies, and nearly a complete set of works published by the Bodoni press. The manuscripts include a palimpsest with writings from the 3rd, 5th, and 6th centuries beneath a grammatical treatise from the 8th century, two Latin papyri from the 6th century, over 50 Latin Bibles, many illuminated books with miniatures, and the autographs of G. Leopardi. There are more than 40 books printed on vellum from the 15th and 16th centuries, including a fine first edition of Homer, and several manuscript maps and portolani, one dating back to the end of the 14th century. The library holds about 389,100 printed volumes, 7,990 manuscripts, and 4,217 incunabula.

The Biblioteca Nazionale of Palermo, founded from the Collegio Massimo of the Jesuits, with additions from other libraries of that suppressed order, is rich in 15th-century books, which Palermo. have been elaborately described in a catalogue printed in 1875, and in Aldines and bibliographical curiosities of the 16th and following centuries, and a very complete series of the Sicilian publications of the 16th century, many being unique. The library contains 167,898 printed vols., 2550 incunabula, 1537 MSS.

The Biblioteca Nazionale of Palermo, established from the Collegio Massimo of the Jesuits, along with additions from other libraries of that suppressed order, has a wealth of 15th-century books, which Palermo. have been thoroughly detailed in a catalogue published in 1875. It also holds Aldines and rare bibliographical items from the 16th century and later, as well as a comprehensive collection of Sicilian publications from the 16th century, many of which are one-of-a-kind. The library comprises 167,898 printed volumes, 2,550 incunabula, and 1,537 manuscripts.

The Biblioteca Nazionale Universitatia of Turin took its origin in the donation of the private library of the House of Savoy, which in 1720 was made to the University by Vittorio Amedeo II. The disastrous fire of January 1904 destroyed about 24,000 Turin. out of the 300,000 vols. which the library possessed, and of the MSS., the number of which was 4138, there survive now but 1500 in a more or less deteriorated condition. Among those that perished were the palimpsests of Cicero, Cassidorus, the Codex Theodosianus and the famous Livre d’Heures. What escaped the fire entirely was the valuable collection of 1095 incunabula, the most ancient of which is the Rationale Divinorum Officiorum of 1459. Since the fire the library has been enriched by new gifts, the most conspicuous of which is the collection of 30,000 vols. presented by Baron Alberto Lumbroso, principally relating to the French Revolution and empire. The library was in 1910 about to be transferred to the premises of the Palazzo of the Debito Publico. The Biblioteca Marciana, or library of St Mark at Venice, was traditionally founded Venice. in 1362 by a donation of MSS. from the famous Petrarch (all of them now lost) and instituted as a library by Cardinal Bessarione in 1468. The printed vols. number 417,314. The precious contents include 12,106 MSS. of great value, of which more than 1000 Greek codices were given by Cardinal Bessarione, important MS. collections of works on Venetian history, music and theatre, rare incunabula, and a great number of volumes, unique or exceedingly rare, on the subject of early geographical research. Amongst the MSS. is a Latin Homer, an invaluable codex of the laws of the Lombards, and the autograph MS. of Sarpi’s History of the Council of Trent. Since the fall of the republic and the suppression of the monasteries a great many private and conventual libraries have been incorporated with the Marciana, which had its first abode in the Libreria del Sansovino, from which in turn it was transferred in 1812 to the Palazzo Ducale, and from this again in 1904 to the Palazzo della Zecca (The Mint).

The Biblioteca Nazionale Universitaria of Turin originated from the donation of the private library of the House of Savoy, which was given to the University by Vittorio Amedeo II in 1720. The devastating fire of January 1904 destroyed about 24,000 out of the 300,000 volumes that the library owned, and of the 4,138 manuscripts, only about 1,500 survive, most in poor condition. Among those lost were the palimpsests of Cicero, Cassiodorus, the Codex Theodosianus, and the famous Livre d’Heures. However, the valuable collection of 1,095 incunabula, the oldest being the Rationale Divinorum Officiorum from 1459, escaped the fire completely. Since then, the library has been enhanced by new donations, notably a collection of 30,000 volumes given by Baron Alberto Lumbroso, mostly related to the French Revolution and Empire. In 1910, the library was set to be transferred to the Palazzo of the Debito Publico. The Biblioteca Marciana, or the library of St. Mark in Venice, was traditionally founded in 1362 through a donation of manuscripts from the famous Petrarch (all of which are now lost) and established as a library by Cardinal Bessarione in 1468. The printed volumes total 417,314. Its precious collection includes 12,106 valuable manuscripts, of which over 1,000 Greek codices were provided by Cardinal Bessarione, important manuscript collections on Venetian history, music, and theatre, rare incunabula, and numerous unique or extremely rare volumes on early geographical research. Among the manuscripts is a Latin version of Homer, an invaluable codex of the Lombard laws, and the autograph manuscript of Sarpi’s History of the Council of Trent. Since the fall of the republic and the suppression of the monasteries, many private and monastic libraries have been incorporated into the Marciana, which first resided in the Libreria del Sansovino, was then moved in 1812 to the Palazzo Ducale, and again relocated in 1904 to the Palazzo della Zecca (The Mint).

Among the university libraries under government control some deserve special notice. First in historical importance comes the Biblioteca della Università at Bologna, founded by the naturalist U. Aldrovandi, who bequeathed by his will in University libraries. 1605 to the senate of Bologna his collection of 3800 printed books and 360 MSS. Count Luigi F. Marsili increased the library by a splendid gift in 1712 and established an Istituto delle Scienze, reconstituted as a public library by Benedict XIV. in 1756. The printed books number 255,000 vols., and the MSS. 5000. The last comprise a rich Oriental collection of 547 MSS. in Arabic, 173 in Turkish, and several in Persian, Armenian and Hebrew. Amongst the Latin codices is a Lactantius of the 6th or 7th century. The other noteworthy articles include a copy of the Armenian gospels (12th century), the Avicenna, with miniatures dated 1194, described in Montfaucon’s Diarium Italicum, and some unpublished Greek texts. Amongst the Italian MSS. is a rich assemblage of municipal histories. Mezzofanti was for a long time the custodian here, and his own collection of books has been incorporated in the library, which is remarkable likewise for the number of early editions and Aldines which it contains. A collection of drawings by Agostino Caracci is another special feature of worth. The grand hall with its fine furniture in walnut wood merits particular attention. The Biblioteca della Università at Naples was established by Joachim Murat in 1812 in the buildings of Monte Oliveto, and has thence been sometimes called the “Biblioteca Gioacchino.” Later it was transferred to the Royal University of studies, and was opened to the public in 1827. It was increased by the libraries of several monastic bodies. The most copious collections relate to the study of medicine and natural science. It possesses about 300,000 printed books, 404 incunabula, 203 Aldines, and 196 Bodoni editions, but the more important incunabula and MSS. about the middle of the 19th century went to enrich the Biblioteca Nazionale. Other important university libraries are those of Catania (1755), 130,000 vols.; Genoa (1773), 132,000 vols., 1588 MSS.; Pavia (1763), 250,000 vols., 1100 MSS.; Padua (200,000 vols., 2356 MSS.), which in 1910 was housed in a new building; Cagliari (90,000 vols.); Sassari (74,000 vols.). Messina, destroyed in the earthquake of 1908, preserved, however, beneath its ruins the more important part of its furniture and fittings, and in 1910 was already restored to active work, as regards the portion serving for the reawakened Faculty of Law in the University.

Among the university libraries under government control, some particularly stand out. First in historical significance is the Biblioteca della Università at Bologna, established by the naturalist U. Aldrovandi, who left his collection of 3,800 printed books and 360 manuscripts to the senate of Bologna in 1605 through his will. Count Luigi F. Marsili enhanced the library with a generous donation in 1712 and founded an Istituto delle Scienze, which was later transformed into a public library by Benedict XIV in 1756. The library holds 255,000 printed books and 5,000 manuscripts. Among these, there is a valuable Oriental collection of 547 manuscripts in Arabic, 173 in Turkish, and several in Persian, Armenian, and Hebrew. Notable Latin codices include a Lactantius from the 6th or 7th century. Other remarkable items consist of a 12th-century copy of the Armenian gospels, the Avicenna with miniatures dating back to 1194, as described in Montfaucon’s Diarium Italicum, and some unpublished Greek texts. Among the Italian manuscripts is a rich collection of municipal histories. For a long time, Mezzofanti served as the custodian here, and his personal collection of books has been added to the library, which is also distinguished by its extensive range of early editions and Aldines. Additionally, it features a collection of drawings by Agostino Caracci. The grand hall, furnished with fine walnut wood, deserves special attention. The Biblioteca della Università at Naples was founded by Joachim Murat in 1812 in the Monte Oliveto buildings and has since sometimes been referred to as the “Biblioteca Gioacchino.” It was later moved to the Royal University of Studies and opened to the public in 1827. The library was expanded by collections from several monastic institutions. Its largest collections focus on medicine and natural sciences, boasting about 300,000 printed books, 404 incunabula, 203 Aldines, and 196 Bodoni editions, although more significant incunabula and manuscripts were transferred to the Biblioteca Nazionale around the mid-19th century. Other notable university libraries include those of Catania (1755), with 130,000 volumes; Genoa (1773), with 132,000 volumes and 1,588 manuscripts; Pavia (1763), with 250,000 volumes and 1,100 manuscripts; Padua (200,000 volumes and 2,356 manuscripts), which moved to a new building in 1910; Cagliari (90,000 volumes); and Sassari (74,000 volumes). Although Messina was devastated by the 1908 earthquake, it managed to preserve much of its furniture and fittings beneath the ruins and was already restored to active function in 1910 for the reestablished Faculty of Law at the University.

Chief among the remaining government libraries comes the world-famed Biblioteca Mediceo-Laurenziana at Florence, formed from the collections of Cosimo the Elder, Pietro de’ Medici, and Lorenzo the Magnificent (which, however, passed away from the family after Mediceo-Laurenziana. the expulsion of the Medici from Florence, and were repurchased in 1508 by Cardinal Giovanni, afterwards Leo X.). It was first constituted as a public library in Florence by Clement VII., who charged Michelangelo to construct a suitable edifice for its reception. It was opened to the public by Cosimo I. in 1571, and has ever since gone on increasing in value, the accessions in the 18th century alone being enough to double its former importance. The printed books it contains are probably no more than 11,000 in number, but are almost all of the highest rarity and interest, including 242 incunabula of which 151 editiones principes. It is, however, the precious collection of MSS., amounting to 9693 articles, which gives its chief importance to this library. They comprise more than 700 of dates earlier than the 11th century. Some of them are the most valuable codices in the world—the famous Virgil of the 4th or 5th century, Justinian’s Pandects of the 6th, a Homer of the 10th, and several other very early Greek and Latin classical and Biblical texts, as well as copies in the handwriting of Petrarch, about 100 codices of Dante, a Decameron copied by a contemporary from Boccaccio’s own MS., and Cellini’s MS. of his autobiography. Bandini’s catalogue of the MSS. occupies 13 vols. folio, printed in 1764-1778. Administratively united to the Laurentian is the Riccardiana rich in MSS. of Italian literature, especially the Florentine (33,000 vols., 3905 MSS.). At Florence the Biblioteca Marucelliana, founded in 1703, remarkable for its artistic wealth of early woodcuts and metal engravings, was opened to the public in 1753. The number of these and of original drawings by the old masters amounts to 80,000 pieces; the printed volumes number 200,000, the incunabula 620, and the MSS. 1500. Modena. At Modena is the famous Biblioteca Estense, so called from having been founded by the Este family at Ferrara in 1393; it was transferred to Modena by Cesare D’Este in 1598. Muratori, Zaccaria and Tiraboschi were librarians here, and made good use of the treasures of the library. It is particularly rich in early printed literature and valuable codices. Between 1859 and 1867 it was known as the Biblioteca Palatina. The printed vols. number 150,570, the incunabula 1600, the MSS. 3336, besides the 4958 MSS. and the 100,000 autographs of the Campori collection.

Chief among the remaining government libraries is the world-famous Biblioteca Mediceo-Laurenziana in Florence, created from the collections of Cosimo the Elder, Pietro de’ Medici, and Lorenzo the Magnificent (which, however, left the family after the Medici were expelled from Florence and were repurchased in 1508 by Cardinal Giovanni, later known as Leo X). It was first established as a public library in Florence by Clement VII, who tasked Michelangelo with building a suitable building to house it. It was opened to the public by Cosimo I in 1571 and has continued to grow in value, with the additions in the 18th century alone being enough to double its previous significance. The printed books it holds number around 11,000, but nearly all are of the highest rarity and interest, including 242 incunabula, of which 151 are editiones principes. However, its main importance lies in its precious collection of manuscripts, totaling 9,693 items, which include more than 700 that date back to before the 11th century. Some of these are among the most valuable codices in the world—the famous Virgil from the 4th or 5th century, Justinian’s Pandects from the 6th, a Homer from the 10th, and several other early Greek and Latin classical and Biblical texts, as well as copies in the handwriting of Petrarch, about 100 codices of Dante, a Decameron that was copied by a contemporary from Boccaccio’s own manuscript, and Cellini’s manuscript of his autobiography. Bandini’s catalogue of the manuscripts consists of 13 volumes in folio, printed from 1764 to 1778. Administratively linked to the Laurentian library is the Riccardiana, rich in manuscripts of Italian literature, especially from Florence (33,000 volumes, 3,905 manuscripts). In Florence, the Biblioteca Marucelliana, founded in 1703 and notable for its artistic wealth of early woodcuts and metal engravings, was opened to the public in 1753. The number of these and of original drawings by the old masters totals 80,000 pieces; the printed volumes number 200,000, the incunabula 620, and the manuscripts 1,500. Modena. In Modena is the famous Biblioteca Estense, named for having been founded by the Este family in Ferrara in 1393; it was moved to Modena by Cesare D’Este in 1598. Muratori, Zaccaria, and Tiraboschi served as librarians here and made good use of the library's treasures. It is particularly rich in early printed literature and valuable codices. Between 1859 and 1867, it was known as the Biblioteca Palatina. The printed volumes number 150,570, the incunabula 1,600, the manuscripts 3,336, in addition to the 4,958 manuscripts and the 100,000 autographs from the Campori collection.

The oldest library at Naples is the Biblioteca Brancacciana, with many valuable MSS. relating to the history of Naples. Two planispheres by Coronelli are preserved here. It was founded in 1673 by Cardinal F. M. Brancaccio, and opened by his Parma. heirs in 1675; 150,000 vols. and 3000 MSS. The Regia Biblioteca di Parma, founded definitively in 1779, owes its origin to the grand-duke Philip, who employed the famous scholar Paciaudi to organize it. It is now a public library containing 308,770 vols. and 4890 MSS. Amongst its treasures is De Rossi’s magnificent collection of Biblical and rabbinical MSS. Also worthy of note are the Bibl. Pubblica or governation of Lucca (1600) with 214,000 vols., 725 incunabula and 3091 MSS. and that of Cremona (1774), united to that of the Museo Civico.

The oldest library in Naples is the Biblioteca Brancacciana, which houses many valuable manuscripts related to the history of Naples. Two planispheres by Coronelli are kept here. It was founded in 1673 by Cardinal F. M. Brancaccio and opened by his heirs in 1675, containing 150,000 volumes and 3,000 manuscripts. The Regia Biblioteca di Parma, officially established in 1779, has its origins linked to Grand Duke Philip, who hired the famous scholar Paciaudi to organize it. It is now a public library with 308,770 volumes and 4,890 manuscripts. Among its treasures is De Rossi’s magnificent collection of Biblical and rabbinical manuscripts. Also notable are the Biblioteca Pubblica or government library of Lucca (1600) with 214,000 volumes, 725 incunabula, and 3,091 manuscripts, and the library of Cremona (1774), which is connected to the Museo Civico.

Among the great libraries not under government control, the most important is the famous Biblioteca Ambrosiana at Milan, founded in 1609 by Cardinal Fed. Borromeo. It contains 230,000 printed vols. and 8400 MSS. Amongst the MSS. are a Ambrosiana. Greek Pentateuch of the 5th century, the famous Peshito and Syro-Hexaplar from the Nitrian convent of St Maria Deipara, a Josephus written on papyrus, supposed to be of the 5th century, several palimpsest texts, including an early Plautus, and St Jerome’s commentary on the Psalms in a volume of 7th-century execution, full of contemporary glosses in Irish, Gothic fragments of Ulfilas, and a Virgil with notes in Petrarch’s handwriting. Cardinal Mai Was formerly custodian here. In 1879 Professor C. Mensinger presented his “Biblioteca Europea,” consisting of 2500 vols., 300 maps and 5000 pieces, all relating to the literature and linguistics of European countries. The Melzi and Trivulzio libraries should not pass without mention here, although they are private and inaccessible without special permission. The former is remarkable for its collection of early editions with engravings, including the Dante of 1481, with twenty designs by Baccio Bandinelli. The latter is rich in MSS. with miniatures of the finest and rarest kind, and in printed books of which many are unique or nearly so. It consists of 70,000 printed vols. At Genoa the Biblioteca Franzoniana, founded about 1770 for the instruction of the poorer classes, is noteworthy as being the first European library lighted up at night for the use of readers.

Among the great libraries not controlled by the government, the most important is the famous Biblioteca Ambrosiana in Milan, founded in 1609 by Cardinal Fed. Borromeo. It holds 230,000 printed volumes and 8,400 manuscripts. Among the manuscripts are a Greek Pentateuch from the 5th century, the well-known Peshito and Syro-Hexaplar from the Nitrian convent of St. Maria Deipara, a Josephus written on papyrus, believed to be from the 5th century, several palimpsest texts, including an early Plautus, and St. Jerome’s commentary on the Psalms in a 7th-century volume, filled with contemporary glosses in Irish, Gothic fragments of Ulfilas, and a Virgil with notes written in Petrarch’s handwriting. Cardinal Mai was previously the custodian here. In 1879, Professor C. Mensinger presented his “Biblioteca Europea,” which consists of 2,500 volumes, 300 maps, and 5,000 pieces, all related to the literature and languages of European countries. The Melzi and Trivulzio libraries deserve mention, although they are private and only accessible with special permission. The former is remarkable for its collection of early editions with engravings, including the Dante from 1481, featuring twenty designs by Baccio Bandinelli. The latter is rich in manuscripts with some of the finest and rarest miniatures, as well as printed books, many of which are unique or nearly so. It contains 70,000 printed volumes. In Genoa, the Biblioteca Franzoniana, established around 1770 for the education of the poorer classes, is noteworthy as the first European library to be illuminated at night for readers.

The foundation of the monastery of Monte Cassino is due to St Benedict, who arrived there in the year 529, and established the prototype of all similar institutions in western Europe. The library of printed books now extends to about 20,000 Monte Cassino. vols., chiefly relating to the theological sciences, but including some rare editions. A collection of the books belonging to the monks contains about the same number of volumes. But the chief glory of Monte Cassino consists of the archivio, which is quite apart; and this includes more than 30,000 bulls, diplomas, charters and other documents, besides 1000 MSS. dating from the 6th century downwards. The latter comprehend some very early Bibles and important codices of patristic and other medieval writings. There are good written catalogues, and descriptions with extracts are published in the Bibliotheca Casinensis. The monastery was declared a national monument in 1866. At Ravenna the Biblioteca Classense 574 has a 10th-century codex of Aristophanes and two 14th-century codices of Dante. At Vercelli the Biblioteca dell’ Archivio Capitolare, Vercelli. the foundation of which can be assigned to no certain date, but must be referred to the early days when the barbarous conquerors of Italy had become christianized, comprises nothing but MSS., all of great antiquity and value. Amongst them is an Evangeliarium S. Eusebii in Latin, supposed to be of the 4th century; also the famous codex containing the Anglo-Saxon homilies which have been published by the Ælfric Society.

The monastery of Monte Cassino was founded by St. Benedict, who arrived there in 529 and established the model for all similar institutions in Western Europe. The library of printed books now contains about 20,000 volumes, mainly focusing on theological sciences, but also including some rare editions. The collection of books belonging to the monks has about the same number of volumes. However, the main treasure of Monte Cassino is the archive, which is separate and includes over 30,000 bulls, diplomas, charters, and other documents, along with 1,000 manuscripts dating from the 6th century onward. These include some very early Bibles and important codices of patristic and other medieval writings. There are well-organized written catalogs, and descriptions with extracts are published in the *Bibliotheca Casinensis*. The monastery was declared a national monument in 1866. At Ravenna, the Biblioteca Classense has a 10th-century codex of Aristophanes and two 14th-century codices of Dante. In Vercelli, the Biblioteca dell’Archivio Capitolare, which cannot be dated precisely but must belong to the early days when the barbaric conquerors of Italy were being Christianized, holds only manuscripts, all of great antiquity and value. Among them is an Evangeliarium S. Eusebii in Latin, believed to be from the 4th century; it also includes the famous codex containing the Anglo-Saxon homilies published by the Ælfric Society.

The Biblioteca del Monastero della S. Trinità, at La Cava dei Tirreni in the province of Salerno, is said to date from the foundation of the abbey itself (beginning of the 11th century). It contains only some 10,000 vols., but these include a La Cava. number of MSS. of very great rarity and value, ranging from the 8th to the 14th century. Amongst these is the celebrated Codex Legum Longobardorum, dated 1004, besides a well-known geographical chart of the 12th century, over 100 Greek MSS., and about 1000 charters beginning with the year 840, more than 200 of which belong to the Lombard and Norman periods. The library is now national property, the abbot holding the office of Keeper of the Archives.

The Biblioteca del Monastero della S. Trinità, located at La Cava dei Tirreni in the province of Salerno, is believed to date back to when the abbey was founded (early 11th century). It holds around 10,000 volumes, which include a number of extremely rare and valuable manuscripts from the 8th to the 14th century. Among these is the famous Codex Legum Longobardorum, dated 1004, along with a well-known geographical chart from the 12th century, over 100 Greek manuscripts, and about 1,000 charters starting from the year 840, more than 200 of which are from the Lombard and Norman periods. The library is now national property, with the abbot serving as the Keeper of the Archives.

Not a few of the communal and municipal libraries are of great extent and interest: Bologna (1801), 191,000 vols., 5060 MSS.; Brescia, Civica Quiriniana, 125,000 vols., 1500 MSS.; Ferrara (1753), 91,000 vols., 1698 MSS., many Ferrarese rarities; Macerata, the Mozzi-Borgetti (1783-1835, united 1855), 50,000 vols.; Mantua, 70,000 vols., 1300 MSS.; Novara, Negroni e Civica (1847 and 1890), 75,000 vols.; Padua, 90,000 vols., 1600 MSS.; Palermo (1760), 216,000 vols., 3263 MSS., coins and Sicilian collection; Perugia (1852), founded by P. Podiani, 70,000 vols., 915 MSS.; Siena (1758), founded by S. Bandini, fine art collection, 83,250 vols., 5070 MSS.; Venice, Museo Civico Correr, 50,000 vols., 11,000 MSS.; Verona (1792, public since 1802), 180,000 vols., 2650 MSS.; Vicenza, Bertoliana (1708), local literature, archives of religious corporations, 175,000 vols., 6000 MSS.

Not a few of the community and city libraries are quite extensive and interesting: Bologna (1801), 191,000 volumes, 5,060 manuscripts; Brescia, Civica Quiriniana, 125,000 volumes, 1,500 manuscripts; Ferrara (1753), 91,000 volumes, 1,698 manuscripts, many rare items from Ferrara; Macerata, the Mozzi-Borgetti (1783-1835, united 1855), 50,000 volumes; Mantua, 70,000 volumes, 1,300 manuscripts; Novara, Negroni e Civica (1847 and 1890), 75,000 volumes; Padua, 90,000 volumes, 1,600 manuscripts; Palermo (1760), 216,000 volumes, 3,263 manuscripts, coins and a Sicilian collection; Perugia (1852), founded by P. Podiani, 70,000 volumes, 915 manuscripts; Siena (1758), founded by S. Bandini, fine art collection, 83,250 volumes, 5,070 manuscripts; Venice, Museo Civico Correr, 50,000 volumes, 11,000 manuscripts; Verona (1792, public since 1802), 180,000 volumes, 2,650 manuscripts; Vicenza, Bertoliana (1708), local literature, archives of religious organizations, 175,000 volumes, 6,000 manuscripts.

Popular libraries have now been largely developed in Italy, chiefly through private or municipal enterprise; they enjoy a small state subvention of £1000. The government report for 1908 stated that 319 communes possessed biblioteche popolari numbering altogether 415. Of these, 313 were established by municipalities, 113 by individuals, 8 by business houses, 80 by working men’s societies and 15 by ministers of religion; 225 are open to the public, 358 lend books, 221 gratuitously, and 127 on payment of a small fee. In order to establish these institutions throughout the kingdom, a Bollettino has been published at Milan since 1907, and a National Congress was held at Rome in December 1908.

Popular libraries have now been largely developed in Italy, mainly through private or municipal efforts; they receive a small government grant of £1,000. The government report for 1908 mentioned that 319 municipalities had biblioteche popolari, totaling 415. Of these, 313 were created by municipalities, 113 by individuals, 8 by businesses, 80 by workers' societies, and 15 by religious leaders; 225 are open to the public, 358 lend books, 221 for free, and 127 for a small fee. To establish these institutions across the country, a Bollettino has been published in Milan since 1907, and a National Congress took place in Rome in December 1908.

Information has been given for this account by Dr G. Staderini of the Biblioteca Casanatense, Rome. See also F. Bluhme, Iter Italicum (Berlin, 1824-1836); Notizie sulle biblioteche governative del regno d’ Italia (Roma, 1893); Le biblioteche governative Italiane nel 1898 (Roma, 1900); Statistica delle biblioteche (Roma, 1893-1896, 2 pts.); Le biblioteche popolari in Italia, relazione al Ministro della Pubb. Istruzione (Roma, 1898); Bollettino delle biblioteche popolari (Milano, 1907, in progress); E. Fabietti, Manuale per le biblioteche popolari (2da ediz., Milano); Le biblioteche pop. al 1o Congresso Naz. 1908 (Milano, 1910).

Information for this account has been provided by Dr. G. Staderini of the Biblioteca Casanatense in Rome. Also see F. Bluhme, Iter Italicum (Berlin, 1824-1836); Notizie sulle biblioteche governative del regno d’Italia (Roma, 1893); Le biblioteche governative Italiane nel 1898 (Roma, 1900); Statistica delle biblioteche (Roma, 1893-1896, 2 pts.); Le biblioteche popolari in Italia, relazione al Ministro della Pubb. Istruzione (Roma, 1898); Bollettino delle biblioteche popolari (Milano, 1907, in progress); E. Fabietti, Manuale per le biblioteche popolari (2da ediz., Milano); Le biblioteche pop. al 1o Congresso Naz. 1908 (Milano, 1910).

Latin America.

Latin America.

Much interest in libraries has not been shown in south, central and other parts of Latin America. Most of the libraries which exist are national or legislative libraries.

Much interest in libraries hasn't been shown in the south, central, and other parts of Latin America. Most of the libraries that exist are national or legislative libraries.

As the libraries of the republic of Cuba are more Spanish than American in character, it will be convenient to consider them here. Cuba. The chief libraries are in Havana, and the best are the Biblioteca Publica and the University Library. The Biblioteca Publica has within recent years been completely overhauled, and is now one of the most actively-managed libraries in Latin America.

As the libraries in Cuba are more influenced by Spanish culture than American, it makes sense to discuss them here. Cuba. The main libraries are located in Havana, with the best being the Public Library and the University Library. The Public Library has been completely renovated in recent years and is now one of the most efficiently managed libraries in Latin America.

Out of the twenty-nine states and territories of the Mexican republic about half have public libraries, and only a small proportion of the contents consists of modern literature. Many possess rare and valuable books, of interest to the bibliographer Mexico. and historian, which have come from the libraries of the suppressed religious bodies. There is a large number of scientific and literary associations in the republic, each possessing books. The Society of Geography and Statistics, founded in 1851 in Mexico City, is the most important of them, and owns a fine museum and excellent library. After the triumph of the Liberal party the cathedral, university and conventual libraries of the city of Mexico came into the possession of the government, and steps were taken to form them into one national collection. No definite system was organized, however, until 1867, when the church of San Augustin was taken and fitted up for the purpose. In 1884 it was opened as the Biblioteca Nacional, and now possesses over 200,000 vols. Two copies of every book printed in Mexico must be presented to this library. Most of the libraries of Mexico, city or provincial, are subscription, and belong to societies and schools of various kinds.

Out of the twenty-nine states and territories of Mexico, about half have public libraries, and only a small portion of their collections includes modern literature. Many have rare and valuable books that are of interest to bibliographers and historians, which have come from the libraries of suppressed religious organizations. There are numerous scientific and literary associations in the country, each with its own collection of books. The Society of Geography and Statistics, established in 1851 in Mexico City, is the most significant among them and has a great museum and an excellent library. After the Liberal party's victory, the cathedral, university, and convent libraries in Mexico City were taken over by the government, and efforts were made to combine them into a national collection. However, no formal system was put in place until 1867, when the church of San Augustin was repurposed for this goal. In 1884, it was opened as the Biblioteca Nacional, which now holds over 200,000 volumes. Two copies of every book published in Mexico are required to be submitted to this library. Most of the libraries in Mexico, whether in the city or in the provinces, are subscription-based and are associated with various societies and schools.

The importance of public libraries has been fully recognized in Argentina, and more than two hundred of them are in the country. They are due to benefactions, but the government in every case adds an equal sum to any endowment. A central Argentina. commission exists for the purpose of facilitating the acquisition of books and to promote a uniform excellence of administration. The most considerable is the Biblioteca Nacional at Buenos Aires, which is passably rich in MSS., some of great interest, concerning the early history of the Spanish colonies. There is also the Biblioteca Municipal with about 25,000 vols. There are libraries attached to colleges, churches and clubs, and most of the larger towns possess public libraries.

The importance of public libraries has been fully recognized in Argentina, and there are more than two hundred of them in the country. They are funded by donations, but the government matches any contributions made. A central Argentina. commission exists to help acquire books and promote consistent quality in administration. The most significant is the Biblioteca Nacional in Buenos Aires, which is fairly rich in manuscripts, including some of great interest regarding the early history of the Spanish colonies. There's also the Biblioteca Municipal with about 25,000 volumes. Additionally, there are libraries connected to colleges, churches, and clubs, and most larger towns have public libraries.

The chief library in Brazil is the Bibliotheca Publica Nacional at Rio de Janeiro (1807) now comprising over 250,000 printed vols. with many MSS. National literature and works connected with South America are special features of this Brazil. collection. A handsome new building has been erected which has been fitted up in the most modern manner. Among other libraries of the capital may be mentioned those of the Faculty of Medicine, Marine Library, National Museum, Portuguese Literary Club, Bibliotheca Fluminense, Benedictine Monastery, and the Bibliotheca Municipal. There are various provincial and public libraries throughout Brazil, doing good work, and a typical example is the public library of Maranhao.

The main library in Brazil is the Biblioteca Pública Nacional in Rio de Janeiro (1807), which now holds over 250,000 printed volumes along with many manuscripts. A focus on national literature and works related to South America is a significant aspect of this Brazil. collection. A beautiful new building has been constructed and equipped in the most modern style. Other notable libraries in the capital include those of the Faculty of Medicine, the Marine Library, the National Museum, the Portuguese Literary Club, the Bibliotheca Fluminense, the Benedictine Monastery, and the Biblioteca Municipal. Various provincial and public libraries throughout Brazil are doing valuable work, with the public library of Maranhão being a typical example.

The Biblioteca Nacional at Santiago is the chief library in Chile. Chile. The catalogue is printed, and is kept up by annual supplements. It possesses about 100,000 vols. There is also a University Library at Santiago, and a fairly good Biblioteca Publica at Valparaiso.

The National Library in Santiago is the main library in Chile. Chile. The catalog is printed and updated with annual supplements. It has around 100,000 volumes. There's also a University Library in Santiago and a pretty good Public Library in Valparaiso.

The Biblioteca Nacional at Lima was founded by a decree of the liberator San Martin on the 28th of August 1821, and placed in the Peru. house of the old convent of San Pedro. The nucleus of the library consisted of those of the university of San Marcos and of several monasteries, and a large present of books was also made by San Martin. The library is chiefly interesting from containing so many MSS. and rare books relating to the history of Peru in viceregal times.

The National Library in Lima was established by a decree from the liberator San Martin on August 28, 1821, and located in the old San Pedro convent. The library's core collection came from the University of San Marcos and several monasteries, along with a significant donation of books from San Martin. The library is particularly notable for its extensive collection of manuscripts and rare books that pertain to the history of Peru during colonial times.

Spain and Portugal.

Spain and Portugal.

Most of the royal, state and university libraries of Spain and Portugal have government control and support. In Portugal the work of the universities is to a certain extent connected up, and an official bulletin is published in which the laws and accessions of the libraries are contained.

Most of the royal, state, and university libraries in Spain and Portugal are under government management and support. In Portugal, the work of the universities is somewhat interconnected, and an official bulletin is published that includes the laws and updates of the libraries.

The chief library in Spain is the Biblioteca Nacional (formerly the Biblioteca Real) at Madrid. The printed volumes number 600,000 with 200,000 pamphlets. Spanish literature is of course well represented, and, in consequence of the numerous accessions from the libraries of the suppressed convents, the classes of theology, canon law, history, &c., are particularly complete. There are 30,000 MSS., including some finely illuminated codices, historical documents, and many valuable autographs. The collection of prints extends to 120,000 pieces, and was principally formed from the important series bought from Don Valentin Carderera in 1865. The printed books have one catalogue arranged under authors’ names, and one under titles; the departments of music, maps and charts, and prints have subject-catalogues as well. There is a general index of the MSS., with special catalogues of the Greek and Latin codices and genealogical documents. The cabinet of medals is most valuable and well arranged. Of the other Madrid libraries it is enough to mention the Biblioteca de la Real Academia de la Historia, 1758 (20,000 vols. and 1500 MSS.), which contains some printed and MS. Spanish books of great value, including the well-known Salazar collection. The history of the library of the Escorial (q.v.) has been given elsewhere. In 1808, before the invasion, the Escorial is estimated to have contained 30,000 printed vols. and 3400 MSS.; Joseph removed the collection to Madrid, but when it was returned by Ferdinand 10,000 vols. were missing. There are now about 40,000 printed vols. The Arabic MSS. have been described by M. Casiri, 1760-1770; and a catalogue of the Greek codices by Müller was issued at the expense of the French government in 1848. There is a MS. catalogue of the printed books. Permission to study at the Escorial, which is one of the royal private libraries, must be obtained by special application. The Biblioteca Provincial y Universitaria of Barcelona (1841) contains about 155,000 vols., and that of Seville (1767) has 82,000 vols. Other cities in Spain possess provincial or university libraries open to students under various restrictions, among them may be mentioned the Biblioteca Universitaria of Salamanca (1254) with over 80,000 vols.

The main library in Spain is the Biblioteca Nacional (formerly known as the Biblioteca Real) in Madrid. It houses about 600,000 printed volumes and 200,000 pamphlets. Spanish literature is well represented, and due to the many additions from the libraries of the dissolved convents, subjects like theology, canon law, and history are particularly comprehensive. There are 30,000 manuscripts, which include some beautifully illuminated codices, historical documents, and many valuable autographs. The collection of prints reaches 120,000 pieces and was largely created from the significant series purchased from Don Valentin Carderera in 1865. The printed books have one catalog organized by authors' names and another by titles; the music, maps and charts, and prints departments also have subject catalogs. There's a general index of the manuscripts, along with special catalogs for the Greek and Latin codices and genealogical documents. The medal cabinet is particularly valuable and well-organized. Among the other libraries in Madrid, it's worth mentioning the Biblioteca de la Real Academia de la Historia, established in 1758, which contains 20,000 volumes and 1,500 manuscripts, including highly valuable printed and manuscript Spanish books, such as the renowned Salazar collection. The history of the library at the Escorial (q.v.) has been discussed elsewhere. In 1808, before the invasion, the Escorial was estimated to have 30,000 printed volumes and 3,400 manuscripts; Joseph moved the collection to Madrid, but when it was returned by Ferdinand, 10,000 volumes were missing. There are currently around 40,000 printed volumes. The Arabic manuscripts were described by M. Casiri between 1760-1770, and a catalog of the Greek codices was published by Müller at the French government's expense in 1848. A manuscript catalog of the printed books exists. To study at the Escorial, which is one of the royal private libraries, special permission must be obtained. The Biblioteca Provincial y Universitaria of Barcelona (1841) contains about 155,000 volumes, while the one in Seville (1767) has 82,000 volumes. Other cities in Spain have provincial or university libraries that are open to students under various restrictions, including the Biblioteca Universitaria of Salamanca (1254), which has over 80,000 volumes.

Among the libraries of Portugal the Bibliotheca Nacional at Lisbon (1796) naturally takes the first place. In 1841 it was largely increased from the monastic collections, which, however, seem to have been little cared for according to a report prepared Portugal. by the principal librarian three years later. There are now said to be 400,000 vols. of printed books, among which theology, canon law, history and Portuguese and Spanish literature largely predominate. The MSS. number 16,000 including many of great value. There is also a cabinet of 40,000 coins and medals. The Bibliotheca da Academia, founded in 1780, is preserved in the suppressed convent 575 of the Ordem Terceira da Penitencia. In 1836 the Academy acquired the library of that convent, numbering 30,000 vols., which have since been kept apart. The Archivo Nacional, in the same building, contains the archives of the kingdom, brought here after the destruction of the Torre do Castello during the great earthquake.

Among the libraries of Portugal, the National Library in Lisbon (1796) naturally takes the top spot. In 1841, it expanded significantly with materials from monastic collections, which, however, seemed to have been poorly maintained, according to a report prepared by the head librarian three years later. It is now said to have 400,000 printed books, with theology, canon law, history, and Portuguese and Spanish literature being the most common topics. The manuscripts number 16,000, including many of great value. There is also a collection of 40,000 coins and medals. The Library of the Academy, founded in 1780, is housed in the former convent of the Third Order of Penance. In 1836, the Academy acquired the library from that convent, which has 30,000 volumes, and they have been kept separate since then. The National Archive, located in the same building, contains the kingdom’s archives, which were relocated here after the Torre do Castello was destroyed in the great earthquake.

The Biblioteca Publica Municipal at Oporto is the second largest in Portugal, although only dating from the 9th of July 1833, the anniversary of the debarcation of D. Pedro, and when the memorable siege was still in progress; from that date to 1874 it was styled the Real Biblioteca do Porto. The regent (ex-emperor of Brazil) gave to the town the libraries of the suppressed convents in the northern provinces, the municipality undertaking to defray the expense of keeping up the collection. Recent accessions consist mainly of Portuguese and French books. The important Camoens collection is described in a printed catalogue (Oporto, 1880). A notice of the MSS. may be found in Catalogo dos MSS. da B. Publica Eborense, by H. da Cunha Rivara (Lisbon, 1850-1870), 3 vols. folio, and the first part of an Indice preparatorio do Catalogo dos Manuscriptos was produced in 1880. The University Library of Coimbra (1591) contains about 100,000 vols., and other colleges possess libraries.

The Biblioteca Pública Municipal in Oporto is the second largest in Portugal, even though it was only established on July 9, 1833, the anniversary of D. Pedro's arrival, while the significant siege was still ongoing. From that time until 1874, it was known as the Real Biblioteca do Porto. The regent (former emperor of Brazil) donated the libraries from the dissolved convents in the northern provinces to the town, and the municipality agreed to cover the costs of maintaining the collection. Recent additions mainly include Portuguese and French books. The important Camoens collection is listed in a printed catalog (Oporto, 1880). Information about the manuscripts can be found in Catalogo dos MSS. da B. Publica Eborense, by H. da Cunha Rivara (Lisbon, 1850-1870), 3 volumes folio, and the first part of a Indice preparatorio do Catalogo dos Manuscriptos was published in 1880. The University Library of Coimbra (established in 1591) holds about 100,000 volumes, and other colleges also have their own libraries.

Netherlands.

Netherlands.

Since 1900 there has been considerable progress made in both Belgium and Holland in the development of public libraries, and several towns in the latter country have established popular libraries after the fashion of the municipal libraries of the United Kingdom and America.

Since 1900, Belgium and Holland have made significant advancements in public library development, and several towns in the latter country have set up popular libraries modeled after the municipal libraries found in the United Kingdom and America.

The national library of Belgium is the Bibliothèque Royale at Brussels, of which the basis may be said to consist of the famous Bibliothèque des ducs de Bourgogne, the library of the Austrian sovereigns of the Low Countries, which had Belgium. gradually accumulated during three centuries. After suffering many losses from thieves and fire, in 1772 the Bibliothèque de Bourgogne received considerable augmentations from the libraries of the suppressed order of Jesuits, and was thrown open to the public. On the occupation of Brussels by the French in 1794 a number of books and MSS. were confiscated and transferred to Paris (whence the majority were returned in 1815); in 1795 the remainder were formed into a public library under the care of La Serna Santander, who was also town librarian, and who was followed by van Hulthem. At the end of the administration of van Hulthem a large part of the precious collections of the Bollandists was acquired. In 1830 the Bibliothèque de Bourgogne was added to the state archives, and the whole made available for students. Van Hulthem died in 1832, leaving one of the most important private libraries in Europe, described by Voisin in Bibliotheca Hulthemiana (Brussels, 1836), 5 vols., and extending to 60,000 printed vols, and 1016 MSS., mostly relating to Belgian history. The collection was purchased by the government in 1837, and, having been added to the Bibliothèque de Bourgogne (open since 1772) and the Bibliothèque de la Ville (open since 1794), formed what has since been known as the Bibliothèque Royale de Belgique. The printed volumes now number over 600,000 with 30,000 MSS., 105,000 prints and 80,000 coins and medals. The special collections, each with a printed catalogue, consist of the Fonds van Hulthem, for national history; the Fonds Fétis, for music; the Fonds Goethals, for genealogy; and the Fonds Müller, for physiology. The catalogue of the MSS. has been partly printed, and catalogues of accessions and other departments are also in course of publication. There are libraries attached to most of the departments of the government, the ministry of war having 120,000 vols. and the ministry of the interior, 15,000 vols. An interesting library is the Bibliothèque Collective des Sociétés Savantes founded in 1906 to assemble in one place the libraries of all the learned societies of Brussels. It contains about 40,000 vols. which have been catalogued on cards. The Bibliothèque du Conservatoire royal de Musique (1832) contains 12,000 vols, and 6000 dramatic works. The popular or communal libraries of Brussels contain about 30,000 vols. and those of the adjoining suburbs about 50,000 vols., most of which are distributed through the primary and secondary schools. At Antwerp the Stadt Bibliothek (1805) has now 70,000 vols., and is partly supported by subscriptions and endowments. The valuable collection of books in the Musée Plantin-Moretus (1640) should also be mentioned. It contains 11,000 MSS. and 15,000 printed books, comprising the works issued by the Plantin family and many 15th-century books.

The national library of Belgium is the Bibliothèque Royale in Brussels, which is mainly based on the famous Bibliothèque des ducs de Bourgogne, the library of the Austrian rulers of the Low Countries, that gradually built up over three centuries. After losing many items to theft and fire, the Bibliothèque de Bourgogne received significant additions from the libraries of the suppressed Jesuit order in 1772 and was opened to the public. When the French occupied Brussels in 1794, several books and manuscripts were confiscated and sent to Paris (most were returned in 1815); in 1795, the remaining items were organized into a public library overseen by La Serna Santander, who was also the town librarian, followed by van Hulthem. At the end of van Hulthem's administration, a large portion of the valuable collections of the Bollandists was acquired. In 1830, the Bibliothèque de Bourgogne was added to the state archives, making everything available to students. Van Hulthem died in 1832, leaving one of the most significant private libraries in Europe, described by Voisin in Bibliotheca Hulthemiana (Brussels, 1836), 5 vols., containing 60,000 printed volumes and 1,016 manuscripts, mostly about Belgian history. The collection was bought by the government in 1837, and combined with the Bibliothèque de Bourgogne (open since 1772) and the Bibliothèque de la Ville (open since 1794), it became known as the Bibliothèque Royale de Belgique. The printed volumes now exceed 600,000, with 30,000 manuscripts and 105,000 prints, along with 80,000 coins and medals. The special collections, each with a printed catalog, include the Fonds van Hulthem for national history, the Fonds Fétis for music, the Fonds Goethals for genealogy, and the Fonds Müller for physiology. The catalog of the manuscripts has been partially printed, and catalogs for new acquisitions and other departments are also being published. There are libraries connected to most government departments, with the Ministry of War holding 120,000 volumes and the Ministry of the Interior having 15,000 volumes. An interesting library is the Bibliothèque Collective des Sociétés Savantes, established in 1906 to bring together the libraries of all the learned societies in Brussels. It contains about 40,000 volumes, cataloged on cards. The Bibliothèque du Conservatoire royal de Musique (1832) houses 12,000 volumes and 6,000 dramatic works. The popular or community libraries in Brussels consist of around 30,000 volumes, while those in the nearby suburbs hold about 50,000 volumes, most of which are distributed through primary and secondary schools. In Antwerp, the Stadt Bibliothek (1805) now has 70,000 volumes, partially funded by subscriptions and donations. The valuable collection of books at the Musée Plantin-Moretus (1640) is also noteworthy, containing 11,000 manuscripts and 15,000 printed books, including works published by the Plantin family and many 15th-century books.

The University Library of Ghent, known successively as the Bibliothèque de l’École Centrale and Bibliothèque Publique de la Ville, was founded upon the old libraries of the Conseil de Flandres, of the College des Échevins, and of many suppressed religious communities. It was declared public in 1797, and formally opened in 1798. On the foundation of the university in 1817 the town placed the collection at its disposal, and the library has since remained under state control. The printed volumes now amount to 353,000. There are important special collections on archaeology, Netherlands literature, national history, books printed in Flanders, and 23,000 historical pamphlets of the 16th and 17th centuries. The main catalogue is in MS. on cards. There are printed catalogues of the works on jurisprudence (1839), and of the MSS. (1852). The Bibliothèque de l’Université Catholique of Louvain is based upon the collection of Beyerlinck, who bequeathed it to his alma mater in 1627; this example was followed by Jacques Romain, professor of medicine, but the proper organization of the library began in 1636. There are now said to be 211,000 vols. The Bibliothèque de l’Université of Liége dates from 1817, when on the foundation of the university the old Bibliothèque de la Ville was added to it. There are now 350,000 printed vols., pamphlets, MSS., &c. The Liége collection (of which a printed catalogue appeared in 3 vols. 8vo., 1872), bequeathed by M. Ulysse Capitaine, extends to 12,061 vols. and pamphlets. There are various printed catalogues. The Bibliothèques Populaires of Liége established in 1862, now number five, and contain among them 50,000 vols. which are circulated to the extent of 130,000 per annum among the school children. The Bibliothèque publique of Bruges (1798) contains 145,600 printed books and MSS., housed in a very artistic building, once the Tonlieu or douane, 1477. There are communal libraries at Alost, Arlon (1842), Ath (1842), Courtrai, Malines (1864), Mons (1797), Namur (1800), Ostend (1861), Tournai (1794, housed in the Hôtel des Anciens Prêtres, 1755), Ypres (1839) and elsewhere, all conducted on the same system as the French communal libraries. Most of them range in size from 5000 to 40,000 vols, and they are open as a rule only part of the day. Every small town has a similar library, and a complete list of them, together with much other information, will be found in the Annuaire de la Belgique, scientifique, artistique et littéraire (Brussels 1908 and later issues).

The University Library of Ghent, formerly called the Bibliothèque de l’École Centrale and Bibliothèque Publique de la Ville, was built on the foundations of the old libraries of the Conseil de Flandres, the College des Échevins, and several dissolved religious communities. It was designated as a public library in 1797 and officially opened in 1798. After the university was established in 1817, the town made the collection available to it, and the library has remained under state control ever since. The library now holds 353,000 printed volumes. It has significant special collections focused on archaeology, Dutch literature, national history, books printed in Flanders, and 23,000 historical pamphlets from the 16th and 17th centuries. The main catalog is maintained on cards. There are printed catalogs for works on jurisprudence (1839) and for the manuscripts (1852). The Bibliothèque de l’Université Catholique of Louvain is based on the collection of Beyerlinck, who donated it to his alma mater in 1627; Jacques Romain, a medicine professor, followed suit, but the library was properly organized starting in 1636. Currently, there are said to be 211,000 volumes. The Bibliothèque de l’Université of Liège was established in 1817 when the old Bibliothèque de la Ville was incorporated into it. It now holds 350,000 printed volumes, pamphlets, manuscripts, etc. The Liège collection, which had a printed catalog released in 3 volumes in 1872, was bequeathed by M. Ulysse Capitaine and includes 12,061 volumes and pamphlets. Various printed catalogs are available. The Bibliothèques Populaires of Liège, established in 1862, currently include five libraries and together hold 50,000 volumes, which circulate about 130,000 times a year among school children. The public library in Bruges (1798) contains 145,600 printed books and manuscripts, all located in a very artistic building that was once the Tonlieu or customs house from 1477. There are also communal libraries in Alost, Arlon (1842), Ath (1842), Courtrai, Malines (1864), Mons (1797), Namur (1800), Ostend (1861), Tournai (1794, located in the Hôtel des Anciens Prêtres, 1755), Ypres (1839), and other locations, all organized similarly to the French communal libraries. Most of these range in size from 5,000 to 40,000 volumes and are generally open for only part of the day. Every small town has a similar library, and a complete list of them, along with other information, can be found in the Annuaire de la Belgique, scientifique, artistique et littéraire (Brussels 1908 and later editions).

The national library of Holland is the Koninklijke Bibliotheek at Hague, which was established in 1798, when it was decided to join the library of the princes of Orange with those of the defunct government bodies in order to form a library for the States-General, to be called the Nationale Bibliotheek. In 1805 Holland. the present name was adopted; and since 1815 it has become the national library. In 1848 the Baron W. Y. H. van Westreenen van Tiellandt bequeathed his valuable books, MSS., coins and antiquities to the country, and directed that they should be preserved in his former residence as a branch of the royal library. There are now upwards of 500,000 vols. of printed books, and the MSS. number 6000, chiefly historical, but including many fine books of hours with miniatures. Books are lent all over the country. The library boasts of the richest collection in the world of books on chess, Dutch incunabula, Elzevirs and Spinozana. There is one general written catalogue arranged in classes, with alphabetical indexes. In 1800 a printed catalogue was issued, with four supplements down to 1811; and since 1866 a yearly list of additions has been published. Special mention should be made of the excellent catalogue of the incunabula published in 1856.

The national library of Holland is the Koninklijke Bibliotheek in The Hague, which was established in 1798 when it was decided to combine the library of the Princes of Orange with those of the now-defunct government bodies to create a library for the States-General, called the National Bibliotheek. In 1805, the current name was adopted, and since 1815 it has served as the national library. In 1848, Baron W. Y. H. van Westreenen van Tiellandt bequeathed his valuable books, manuscripts, coins, and antiquities to the country, specifying that they be preserved in his former residence as a branch of the royal library. There are now over 500,000 volumes of printed books, and the manuscripts number 6,000, mostly historical, but also including many fine books of hours with miniatures. Books are lent throughout the country. The library holds the largest collection in the world of books on chess, Dutch incunabula, Elzevirs, and Spinozana. There is one general catalog organized by classes, with alphabetical indexes. In 1800, a printed catalog was issued, with four supplements until 1811, and since 1866, a yearly list of additions has been published. Special mention should be made of the excellent catalog of the incunabula published in 1856.

The next library in numerical importance is the famous Bibliotheca Academiae Lugduno-Batavae, which dates from the foundation of the university of Leiden by William I., prince of Orange, on the 8th of February 1575. It has acquired many valuable additions from the books and MSS. of the distinguished scholars, Golius, Joseph Scaliger, Isaac Voss, Ruhnken and Hemsterhuis. The MSS. comprehend many of great intrinsic importance. The library of the Society of Netherland Literature has been placed here since 1877; this is rich in the national history and literature. The Arabic and Oriental MSS. known as the Legatum Warnerianum are of great value and interest; and the collection of maps bequeathed in 1870 by J. J. Bodel Nyenhuis is also noteworthy. The library is contained in a building which was formerly a church of the Béguines, adapted in 1860 somewhat after the style of the British Museum. The catalogues (one alphabetical and one classified) are on slips, the titles being printed. A catalogue of books and MSS. was printed in 1716, one of books added between 1814 and 1847 and a supplementary part of MSS. only in 1850. A catalogue of the Oriental MSS. was published in 6 vols. (1851-1877). The Bibliotheek der Rijks Universiteit (1575) at Leiden contains over 190,000 vols.

The next library in numerical importance is the well-known Bibliotheca Academiae Lugduno-Batavae, which was established with the founding of the University of Leiden by William I, Prince of Orange, on February 8, 1575. It has gained many valuable additions from the books and manuscripts of notable scholars like Golius, Joseph Scaliger, Isaac Voss, Ruhnken, and Hemsterhuis. The manuscripts include many of significant intrinsic value. Since 1877, the library of the Society of Netherland Literature has been housed here, rich in national history and literature. The Arabic and Oriental manuscripts known as the Legatum Warnerianum are of great value and interest, and the collection of maps bequeathed in 1870 by J. J. Bodel Nyenhuis is also notable. The library is located in a building that was once a church for the Béguines, remodeled in 1860 somewhat in the style of the British Museum. The catalogs (one alphabetical and one classified) are on slips, with printed titles. A catalog of books and manuscripts was published in 1716, one for books added between 1814 and 1847, and a supplementary volume of manuscripts only in 1850. A catalog of the Oriental manuscripts was published in 6 volumes (1851-1877). The Bibliotheek der Rijks Universiteit (1575) at Leiden holds over 190,000 volumes.

The University Library at Utrecht dates from 1582, when certain conventual collections were brought together in order to form a public library, which was shortly afterwards enriched by the books bequeathed by Hub. Buchelius and Ev. Pollio. Upon the foundation of the university in 1636, the town library passed into its charge. Among the MSS. are some interesting cloister MSS. and the famous “Utrecht Psalter,” which contains the oldest text of the Athanasian creed. The last edition of the catalogue was in 2 vols. folio, 1834, with supplement in 1845, index from 1845-1855 in 8vo., and additions 1856-1870, 2 vols. 8vo. A catalogue of the MSS. was issued in 1887. The titles of accessions are now printed in sheets and pasted down for insertion. There are now about 250,000 vols. in the library.

The University Library at Utrecht was established in 1582 when various convent collections were combined to create a public library, which was soon enhanced by the books donated by Hub. Buchelius and Ev. Pollio. When the university was founded in 1636, the town library came under its management. Among the manuscripts are some notable cloister manuscripts and the famous “Utrecht Psalter,” which includes the oldest text of the Athanasian creed. The most recent catalog was published in 2 volumes folio in 1834, with a supplement in 1845, and an index from 1845-1855 in 8vo, along with additions from 1856-1870 in 2 volumes 8vo. A catalog of the manuscripts was released in 1887. New accessions are currently printed on sheets and pasted in for inclusion. The library now holds about 250,000 volumes.

The basis of the University Library at Amsterdam consists of a collection of books brought together in the 15th century and preserved in the Nieuwe Kerk. At the time of the Reformation in 1578 they became the property of the city, but remained in the Nieuwe Kerk for the use of the public till 1632, when they were transferred to the Athenaeum. Since 1877 the collection has been known as the University Library, and in 1881 it was removed to a building designed upon the plan of the new library and reading-room of the British Museum. The library includes the best collection of medical works in Holland, and the Bibliotheca Rosenthaliana of Hebrew and Talmudic literature is of great fame and value; a catalogue of the last was printed in 1875. The libraries of the Dutch Geographical 576 and other societies are preserved here. A general printed catalogue was issued in 6 vols. 8vo., Amsterdam (1856-1877); one describing the bequests of J. de Bosch Kemper, E. J. Potgieter and F. W. Rive, in 3 vols., 8vo. (1878-1879); a catalogue of the MSS. of Professor Moll was published in 1880, and one of those of P. Camper in 1881. Other catalogues have been published up to 1902, including one of the MSS. The library contains about half a million volumes. There are popular subscription libraries with reading-rooms in all parts of Holland, and in Rotterdam there is a society for the encouragement of social culture which has a large library as part of its equipment. At Hague, Leiden, Haarlem, Dordrecht and other towns popular libraries have been established, and there is a movement of recent growth, in favour of training librarians on advanced English lines.

The University Library in Amsterdam originated from a collection of books assembled in the 15th century and kept in the Nieuwe Kerk. During the Reformation in 1578, the city acquired them, but they stayed in the Nieuwe Kerk for public use until 1632, when they were moved to the Athenaeum. Since 1877, this collection has been known as the University Library, and in 1881 it was relocated to a building designed based on the new library and reading room of the British Museum. The library houses the best collection of medical works in the Netherlands, and the Bibliotheca Rosenthaliana, known for its Hebrew and Talmudic literature, is highly regarded and valuable; a catalog for it was published in 1875. The libraries of the Dutch Geographical 576 and other societies are held here. A general printed catalog was released in 6 volumes (8vo) in Amsterdam from 1856 to 1877; one detailing the bequests of J. de Bosch Kemper, E. J. Potgieter, and F. W. Rive was published in 3 volumes (8vo) from 1878 to 1879; a catalog of Professor Moll's manuscripts came out in 1880, and P. Camper's in 1881. Other catalogs were published until 1902, including one for the manuscripts. The library contains about half a million volumes. There are popular subscription libraries with reading rooms throughout the Netherlands, and in Rotterdam, there's a society promoting social culture, which includes a large library in its facilities. Popular libraries have also been established in The Hague, Leiden, Haarlem, Dordrecht, and other towns, along with a growing movement to train librarians based on advanced English standards.

The library of the Genootschap van Kunsten en Wetenschappen at Batavia contains books printed in Netherlandish India, works relating to the Indian Archipelago and adjacent countries, and the history of the Dutch in the East. There are 20,000 printed vols. and 1630 MSS., of which 243 are Arabic, 445 Malay, 303 Javanese, 60 Batak and 517 on lontar leaves, in the ancient Kawi, Javanese and Bali languages, &c. Printed catalogues of the Arabic, Malay, Javanese and Kawi MSS. have been issued.

The library of the Genootschap van Kunsten en Wetenschappen in Batavia contains books printed in Dutch India, works related to the Indian Archipelago and nearby countries, and the history of the Dutch in the East. There are 20,000 printed volumes and 1,630 manuscripts, including 243 in Arabic, 445 in Malay, 303 in Javanese, 60 in Batak, and 517 on lontar leaves, in the ancient Kawi, Javanese, and Bali languages, etc. Printed catalogs of the Arabic, Malay, Javanese, and Kawi manuscripts have been published.

Scandinavia.

Scandinavia.

Owing largely to so many Scandinavian librarians having been trained and employed in American libraries, a greater approach has been made to Anglo-American library ideals in Norway, Sweden and Denmark than anywhere else on the continent of Europe.

Due to many Scandinavian librarians being trained and working in American libraries, Norway, Sweden, and Denmark have adopted Anglo-American library ideals more than any other place in Europe.

The beginning of the admirably managed national library of Denmark, the great Royal Library at Copenhagen (Det Store Kongelige Bibliothek) may be said to have taken place during the reign of Christian III. (1533-1559), who took Denmark. pride in importing foreign books and choice MSS.; but the true founder was Frederick III. (1648-1670); to him is mainly due the famous collection of Icelandic literature and the acquisition of Tycho Brahe’s MSS. The present building (in the Christiansborg castle) was begun in 1667. Among notable accessions may be mentioned the collections of C. Reitzer, the count of Danneskjöld (8000 vols. and 500 MSS.) and Count de Thott; the last bequeathed 6039 vols. printed before 1531, and the remainder of his books, over 100,000 vols., was eventually purchased. In 1793 the library was opened to the public, and it has since remained under state control. Two copies of every book published within the kingdom must be deposited here. The incunabula and block books form an important series. There is a general classified catalogue in writing for the use of readers; and an alphabetical one on slips arranged in boxes for the officials. A good catalogue of the de Thott collection was printed in 12 vols. 8vo. (1789-1795); a catalogue of the French MSS. appeared in 1844; of Oriental MSS., 1846; of the Danish collection, 1875, 8vo. Annual reports and accounts of notable MSS. have been published since 1864. The library now contains over 750,000 vols.

The beginning of the well-managed national library of Denmark, the great Royal Library in Copenhagen (Det Store Kongelige Bibliothek), can be traced back to the reign of Christian III (1533-1559), who took pride in importing foreign books and valuable manuscripts. However, the true founder was Frederick III (1648-1670); he is primarily responsible for the famous collection of Icelandic literature and the acquisition of Tycho Brahe’s manuscripts. The current building, located in Christiansborg castle, was started in 1667. Noteworthy additions include the collections of C. Reitzer, Count of Danneskjöld (8,000 volumes and 500 manuscripts), and Count de Thott; the latter bequeathed 6,039 volumes printed before 1531, and the rest of his books, totaling over 100,000 volumes, were eventually purchased. In 1793, the library was opened to the public and has since remained under state control. Two copies of every book published in the kingdom must be deposited here. The incunabula and block books represent an important series. There is a general classified catalog in writing for the use of readers, and an alphabetical one on slips arranged in boxes for the officials. A good catalog of the de Thott collection was printed in 12 volumes (1789-1795); a catalog of the French manuscripts was published in 1844; the catalog of the Oriental manuscripts appeared in 1846; and the catalog of the Danish collection was released in 1875. Annual reports and accounts of notable manuscripts have been published since 1864. The library now contains over 750,000 volumes.

The University Library, founded in 1482, was destroyed by fire in 1728, and re-established shortly afterwards. A copy of every Danish publication must be deposited here. The MSS. include the famous Arne-Magnean collection. There are now about 400,000 vols. in this library. The Statsbiblioteket of Aarhus (1902) possesses about 200,000 vols. and the Landsbókasafn Islands (National Library) of Reykjavik, Iceland, has about 50,000 printed books and 5500 MSS. In Copenhagen there are 11 popular libraries supported in part by the city, and there are at least 50 towns in the provinces with public libraries and in some cases reading-rooms. An association for promoting public libraries was formed in 1905, and in 1909 the minister of public instruction appointed a special adviser in library matters. About 800 towns and villages are aided by the above named association, the state and local authorities, and it is estimated that they possess among them 500,000 vols., and circulate over 1,000,000 vols. annually.

The University Library, established in 1482, was destroyed by fire in 1728 but was quickly rebuilt. A copy of every Danish publication must be deposited here. The manuscripts include the famous Arne-Magnean collection. There are currently about 400,000 volumes in this library. The Statsbiblioteket of Aarhus (1902) has around 200,000 volumes, and the Landsbókasafn Islands (National Library) in Reykjavik, Iceland, contains about 50,000 printed books and 5,500 manuscripts. In Copenhagen, there are 11 public libraries partially funded by the city, and at least 50 towns in the provinces have public libraries and, in some cases, reading rooms. An association to promote public libraries was formed in 1905, and in 1909, the Minister of Public Instruction appointed a special adviser on library matters. About 800 towns and villages receive support from the aforementioned association, the state, and local authorities, and it is estimated that they hold around 500,000 volumes and circulate over 1,000,000 volumes each year.

The chief library in Norway is the University Library at Christiania, established at the same time as the university, September 2nd, 1811, by Frederick II., with a donation from the king of many thousands of duplicates from the Royal Library at Norway. Copenhagen, and since augmented by important bequests. Annual catalogues are issued and there are now over 420,000 vols. in the collection. The Deichmanske Bibliothek in Christiania was founded by Carl Deichmann in 1780 as a free library. In 1898 it was reorganized, and in 1903 the open shelf method was installed by Haakon Nyhuus, the librarian, who had been trained in the United States. The library is partly supported by endowment, partly by grants from the municipality. It now contains about 85,000 vols., and is a typical example of a progressive library. The Free Library at Bergen (1872) has about 90,000 vols. and has recently been re-housed in a new building. A free library, with open shelves, has also been opened at Trondhjem. The library connected with the Kongellige Videnskabers Selskab at Trondhjem now contains about 120,000 vols. Owing to the absence of small towns and villages in Norway, most of the library work is concentrated in the coast towns.

The main library in Norway is the University Library in Oslo, established alongside the university on September 2nd, 1811, by Frederick II, with a donation from the king of many thousands of duplicates from the Royal Library in Norway. Copenhagen, and has since been expanded through significant bequests. Annual catalogs are published, and the collection now holds over 420,000 volumes. The Deichmanske Bibliotek in Oslo was founded by Carl Deichmann in 1780 as a free library. It was reorganized in 1898, and in 1903, Haakon Nyhuus, the librarian trained in the United States, implemented the open shelf method. The library receives partial funding from endowments and grants from the municipality. It currently contains about 85,000 volumes and is a prime example of a modern library. The Free Library in Bergen (established in 1872) has around 90,000 volumes and has recently moved to a new building. A free library with open shelves has also opened in Trondheim. The library connected with the Kongelige Videnskabers Selskab in Trondheim now holds about 120,000 volumes. Due to the lack of small towns and villages in Norway, most library activities are centered in coastal towns.

The Royal Library at Stockholm was first established in 1585. The original collection was given to the university of Upsala by Gustavus II., that formed by Christina is at the Vatican, and the library brought together by Charles X. was destroyed by fire in 1697. Sweden. The present library was organized shortly afterwards. The Benzelstjerna-Engeström Library (14,500 printed vols. and 1200 MSS.) rich in materials for Swedish history, is now annexed to it. Natural history, medicine and mathematics are left to other libraries. Among the MSS. the Codex Aureus of the 6th or 7th century, with its interesting Anglo-Saxon inscription, is particularly noteworthy. The catalogues are in writing, and are both alphabetical and classified; printed catalogues have been issued of portions of the MSS. The present building was opened in 1882. The library now contains about 320,000 printed books and over 11,000 MSS. The Karolinska Institutet in Stockholm, contains a library of medical books numbering over 40,000.

The Royal Library in Stockholm was first established in 1585. The original collection was donated to Uppsala University by Gustavus II. The collection formed by Christina is located at the Vatican, and the library assembled by Charles X. was destroyed by fire in 1697. Sweden. The current library was organized shortly after that. The Benzelstjerna-Engeström Library, which has 14,500 printed volumes and 1,200 manuscripts rich in Swedish history, is now part of it. Natural history, medicine, and mathematics are housed in other libraries. Among the manuscripts, the Codex Aureus from the 6th or 7th century, featuring an interesting Anglo-Saxon inscription, is particularly notable. The catalogs are handwritten and organized both alphabetically and by classification; printed catalogs have been released for parts of the manuscripts. The current building opened in 1882. The library now holds about 320,000 printed books and over 11,000 manuscripts. The Karolinska Institutet in Stockholm has a library of medical books that includes more than 40,000 volumes.

The University Library at Upsala was founded by Gustavus Adolphus in 1620, from the remains of several convent libraries; he also provided an endowment. The MSS. chiefly relate to the history of the country, but include the Codex Argenteus, containing the Gothic gospels of Ulfilas. The general catalogue is in writing. A catalogue was printed in 1814; special lists of the foreign accessions have been published each year from 1850; the Arabic, Persian and Turkish MSS. are described by C. J. Tornberg, 1846. It now contains about 340,000 printed books and MSS. The library at Lund dates from the foundation of the university in 1668, and was based upon the old cathedral library. The MSS. include the de la Gardie archives, acquired in 1848. There are about 200,000 vols. in the library. The Stadsbibliotek of Gothenburg contains about 100,000 vols., and has a printed catalogue.

The University Library at Uppsala was established by Gustavus Adolphus in 1620, using the remnants of several convent libraries; he also provided funding. The manuscripts mainly focus on the country's history, but also include the Codex Argenteus, which contains the Gothic gospels of Ulfilas. The general catalogue is handwritten. A printed catalogue was released in 1814; special lists of foreign acquisitions have been published each year since 1850; the Arabic, Persian, and Turkish manuscripts are described by C. J. Tornberg, 1846. It currently holds about 340,000 printed books and manuscripts. The library at Lund was founded with the university in 1668 and was based on the old cathedral library. The manuscripts include the de la Gardie archives, acquired in 1848. There are around 200,000 volumes in the library. The Stadsbibliotek of Gothenburg has about 100,000 volumes and offers a printed catalogue.

Russia.

Russia.

The imperial Public Library at St Petersburg is one of the largest libraries in the world, and now possesses about 1,800,000 printed vols. and 34,000 MSS., as well as large collections of maps, autographs, photographs, &c. The beginning of this magnificent collection may be said to have been the books seized by the Czar Peter during his invasion of Courland in 1714; the library did not receive any notable augmentation, however, till the year 1795, when, by the acquisition of the famous Zaluski collection, the Imperial Library suddenly attained a place in the first rank among great European libraries. The Zaluski Library was formed by the Polish count Joseph Zaluski, who collected at his own expense during forty-three years no less than 200,000 vols., which were added to by his brother Andrew, bishop of Cracow, by whom in 1747 the library was thrown open to the public. At his death it was left under the control of the Jesuit College at Warsaw; on the suppression of the order it was taken care of by the Commission of Education; and finally in 1795 it was transferred by Suwaroff to St Petersburg as a trophy of war. It then extended to 260,000 printed vols. and 10,000 MSS., but in consequence of the withdrawal of many medical and illustrated works to enrich other institutions, hardly 238,000 vols. remained in 1810. Literature, history and theology formed the main features of the Zaluski Library; the last class alone amounted to one-fourth of the whole number. Since the beginning of the 19th century, through the liberality of the sovereigns, the gifts of individuals, careful purchases, and the application of the law of 1810, whereby two copies of every Russian publication must be deposited here, the Imperial Library has attained its present extensive dimensions. Nearly one hundred different collections, some of them very valuable and extensive, have been added from time to time. They include, for example, the Tolstoi Sclavonic collection (1830), Tischendorf’s MSS. (1858), the Dolgorousky Oriental MSS. (1859), and the Firkowitsch Hebrew (Karaite) collection (1862-1863), the libraries of Adelung (1858) and Tobler (1877), that of the Slavonic scholar Jungmann (1856), and the national MSS. of Karamzin (1867). This system of acquiring books, while it has made some departments exceedingly rich, has left others comparatively meagre. The library was not regularly opened to the public until 1814; it is under the control of the minister of public instruction. There are fine collections of Aldines and Elzevirs, and the numerous incunabula are instructively arranged.

The Imperial Public Library in St. Petersburg is one of the largest libraries in the world, currently holding about 1,800,000 printed volumes and 34,000 manuscripts, along with extensive collections of maps, autographs, photographs, etc. This impressive collection began with books seized by Czar Peter during his invasion of Courland in 1714. However, the library did not significantly grow until 1795 when it acquired the famous Zaluski collection, quickly establishing itself among the top European libraries. The Zaluski Library was created by Polish Count Joseph Zaluski, who spent forty-three years collecting around 200,000 volumes at his own expense, later added to by his brother Andrew, the Bishop of Cracow, who opened the library to the public in 1747. Upon Joseph’s death, it was managed by the Jesuit College in Warsaw; after the order was suppressed, it came under the oversight of the Commission of Education, and by 1795, it was transferred to St. Petersburg by Suwaroff as a war trophy. The library then contained 260,000 printed volumes and 10,000 manuscripts, but due to the withdrawal of many medical and illustrated works to enhance other institutions, only about 238,000 volumes remained in 1810. The primary focus of the Zaluski Library was literature, history, and theology, with theology alone making up a quarter of the total collection. Since the early 19th century, thanks to the generosity of the rulers, contributions from individuals, careful purchases, and the law of 1810 requiring two copies of every Russian publication to be deposited there, the Imperial Library has become as extensive as it is today. Nearly one hundred different collections, some very valuable and extensive, have been added over time. Examples include the Tolstoi Sclavonic collection (1830), Tischendorf’s manuscripts (1858), the Dolgorousky Oriental manuscripts (1859), and the Firkowitsch Hebrew (Karaite) collection (1862-1863), as well as the libraries of Adelung (1858) and Tobler (1877), the Slavonic scholar Jungmann (1856), and the national manuscripts of Karamzin (1867). This approach to acquiring books has made some areas very rich while leaving others relatively sparse. The library wasn’t officially open to the public until 1814 and is managed by the Minister of Public Instruction. It houses fine collections of Aldines and Elzevirs, with numerous incunabula showcased in an informative arrangement.

The manuscripts include 26,000 codices, 41,340 autographs, 4689 charters and 576 maps. The glory of this department is the celebrated Codex Sinaiticus of the Greek Bible, brought from the convent of St Catherine on Mount Sinai by Tischendorf in 1859. Other important Biblical and patristic codices are to be found among the Greek, and Latin MSS.; the Hebrew MSS. 577 include some of the most ancient that exist, and the Samaritan collection is one of the largest in Europe; the Oriental MSS. comprehend many valuable texts, and among the French are some of great historical value. The general catalogues are in writing, but many special catalogues of the MSS. and printed books have been published.

The manuscripts include 26,000 codices, 41,340 autographs, 4,689 charters, and 576 maps. The highlight of this department is the famous Codex Sinaiticus of the Greek Bible, which Tischendorf brought from the convent of St. Catherine on Mount Sinai in 1859. Other important Biblical and early Christian texts can be found among the Greek and Latin manuscripts; the Hebrew manuscripts include some of the oldest that exist, and the Samaritan collection is one of the largest in Europe. The Oriental manuscripts contain many valuable texts, and among the French manuscripts are some of significant historical importance. The general catalogues are handwritten, but many special catalogues of the manuscripts and printed books have been published.

The nucleus of the library at the Hermitage Palace was formed by the empress Catherine II., who purchased the books and MSS. of Voltaire and Diderot. In the year 1861 the collection amounted to 150,000 vols., of which nearly all not relating to the history of art were then transferred to the Imperial Library. There are many large and valuable libraries attached to the government departments in St Petersburg, and most of the academies and colleges and learned societies are provided with libraries.

The main collection of the library at the Hermitage Palace was created by Empress Catherine II, who bought the books and manuscripts of Voltaire and Diderot. By 1861, the collection had grown to 150,000 volumes, and almost all of those not related to art history were moved to the Imperial Library. There are many large and valuable libraries connected to government departments in St. Petersburg, and most of the academies, colleges, and scholarly societies have their own libraries.

The second largest library in Russia is contained in the Public Museum at Moscow. The class of history is particularly rich, and Russian early printed books are well represented. The MSS. number 5000, including many ancient Sclavonic codices and historical documents of value. One room is devoted to a collection of Masonic MSS., which comprehend the archives of the lodges in Russia between 1816 and 1821. There is a general alphabetical catalogue in writing; the catalogue of the MSS. has been printed, as well as those of some of the special collections. This large and valuable library now contains close upon 1,000,000 printed books and MSS. The Imperial University at Moscow (1755) has a library of over 310,000 vols., and the Duchovnaja Academy has 120,000 vols. The Imperial Russian Historical Museum (1875-1883) in Moscow contains nearly 200,000 vols. and most of the state institutions and schools are supplied with libraries. All the Russian universities have libraries, some of them being both large and valuable—Dorpat (1802) 400,000 vols.; Charkov (1804) 180,000 vols.; Helsingfors (1640-1827) 193,000 vols.; Kasan (1804) 242,000 vols.; Kiev (1832) 125,000 vols.; Odessa (1865) 250,000 vols.; and Warsaw (1817) 550,000 vols. There are also communal or public libraries at Charkov (1886) 110,000 vols.; Odessa (1830) 130,000 vols.; Reval (1825) 40,000 vols.; Riga, 90,000 vols.; Vilna (1856) 210,000 vols. and many other towns. A text-book on library economy, based on Graesel and Brown, was issued at St Petersburg in 1904.

The second largest library in Russia is located in the Public Museum in Moscow. The history section is particularly extensive, and early Russian printed books are well represented. There are 5,000 manuscripts, including many ancient Slavic codices and valuable historical documents. One room is dedicated to a collection of Masonic manuscripts, which includes the archives of lodges in Russia from 1816 to 1821. There is a handwritten general alphabetical catalog; the catalog of the manuscripts has been printed, along with catalogs for some of the special collections. This large and valuable library now holds nearly 1,000,000 printed books and manuscripts. The Imperial University in Moscow (established in 1755) has a library with over 310,000 volumes, and the Duchovnaja Academy has 120,000 volumes. The Imperial Russian Historical Museum (1875-1883) in Moscow contains around 200,000 volumes, and most state institutions and schools have libraries. All Russian universities have libraries, some of which are both large and valuable—Dorpat (1802) 400,000 volumes; Charkov (1804) 180,000 volumes; Helsingfors (1640-1827) 193,000 volumes; Kasan (1804) 242,000 volumes; Kiev (1832) 125,000 volumes; Odessa (1865) 250,000 volumes; and Warsaw (1817) 550,000 volumes. There are also community or public libraries in Charkov (1886) 110,000 volumes; Odessa (1830) 130,000 volumes; Reval (1825) 40,000 volumes; Riga 90,000 volumes; Vilna (1856) 210,000 volumes, and many other towns. A textbook on library science, based on Graesel and Brown, was published in St. Petersburg in 1904.

Eastern Europe.

Eastern Europe.

At Athens the National Library (1842) possesses about 260,000 vols., and there is also a considerable library at the university. The Public Library at Corfu has about 40,000 vols. Belgrade University Library has 60,000 vols. and the University Library of Sofia has 30,000 vols. Constantinople University in 1910 had a library in process of formation, and there are libraries at the Greek Literary Society (20,000 vols.) and Theological School (11,000 vols.).

At Athens, the National Library (1842) has around 260,000 volumes, and there’s also a significant library at the university. The Public Library at Corfu has about 40,000 volumes. Belgrade University Library holds 60,000 volumes, while the University Library of Sofia contains 30,000 volumes. Constantinople University had a library being developed in 1910, along with libraries at the Greek Literary Society (20,000 volumes) and Theological School (11,000 volumes).

China.

China.

Chinese books were first written on thin slips of bamboo, which were replaced by silk or cloth scrolls in the 3rd century B.C., paper coming into use in the beginning of the 2nd century. These methods were customary down to the 10th or 11th century. There were no public libraries in the western sense.

Chinese books were initially created on thin strips of bamboo, which were later replaced by silk or cloth scrolls in the 3rd century BCE, with paper being introduced at the start of the 2nd century. These methods were common until the 10th or 11th century. There were no public libraries in the way we think of them today.

The practice of forming national collections of the native literature originated in the attempts to recover the works destroyed in the “burning of the books” by the “First Emperor” (220 B.C.). In 190 B.C. the law for the suppression of literary works was repealed, but towards the close of the 1st century B.C. many works were still missing. Hsiao Wu (139-86 B.C.) formed the plan of Repositories, in which books might be stored, with officers to transcribe them. Liu Hsiang (80-9 B.C.) was specially appointed to classify the literature and form a library. His task was completed by his son, and the resumé of their labours is a detailed catalogue with valuable notes describing 11,332 “sections” (volumes) by 625 authors. Similar national collections were formed by nearly every succeeding dynasty. The high estimation in which literature has always been held has led to the formation of very large imperial, official and private collections of books. Large numbers of works, chiefly relating to Buddhism and Taoism, are also stored in many of the temples. Chinese books are usually in several, and frequently in many volumes. The histories and encyclopaedias are mostly of vast dimensions. Collections of books are kept in wooden cupboards or on open shelves, placed on their sides, each set (t’ao) of volumes (pên) being protected and held together by two thin wooden or card boards, one forming the front cover (in a European book) and the other the back cover, joined by two cords or tapes running round the whole. By untying and tying these tapes the t’ao is opened and closed. The titles of the whole work and of each section are written on the edge (either the top or bottom in a European book) and so face outwards as it lies on the shelf. Catalogues are simple lists with comments on the books, not the systematic and scientific productions used in Western countries. There are circulating libraries in large numbers in Peking, Canton and other cities.

The practice of creating national collections of native literature began as an effort to recover works lost during the “burning of the books” by the “First Emperor” (220 B.C.). In 190 B.C., the law against literary works was lifted, but by the end of the 1st century B.C., many works were still absent. Hsiao Wu (139-86 B.C.) proposed the idea of Repositories to store books, with officials to copy them. Liu Hsiang (80-9 B.C.) was specifically assigned to categorize the literature and create a library. His task was finished by his son, and the summary of their work is a detailed catalogue with valuable notes describing 11,332 “sections” (volumes) by 625 authors. Similar national collections were established by nearly every succeeding dynasty. The high regard for literature has led to the creation of large imperial, official, and private book collections. Many works, primarily relating to Buddhism and Taoism, are also kept in numerous temples. Chinese books often come in several, and sometimes many volumes. Histories and encyclopedias are usually quite large. Book collections are stored in wooden cabinets or on open shelves, placed horizontally, with each set (t’ao) of volumes (pên) protected and held together by two thin wooden or cardboards—one acting as the front cover (like in a European book) and the other as the back cover, connected by two cords or ribbons that wrap around the entire set. By untying and retieing these ribbons, the t’ao can be opened and closed. The titles of the complete work and each section are written on the edge (either the top or bottom in a European book) so they face outwards while on the shelf. Catalogues are straightforward lists with comments on the books, not the systematic and scientific compilations found in Western countries. There are many circulating libraries in cities like Peking, Canton, and others.

See E. T. C. Werner, “Chinese Civilisation” (in H. Spencer’s Descriptive Sociology, pt. ix.).

See E. T. C. Werner, “Chinese Civilization” (in H. Spencer’s Descriptive Sociology, pt. ix.).

Japan.

Japan.

The ancient history of libraries in Japan is analogous to that of China, with whose civilization and literature it had close relations. Since about 1870, however, the great cities and institutions have established libraries on the European model.

The ancient history of libraries in Japan is similar to that of China, with which it had strong ties in civilization and literature. However, since around 1870, the major cities and institutions have set up libraries based on the European model.

Perhaps the most extensive library of the empire is that of the Imperial Cabinet (1885) at Tokio with over 500,000 vols., consisting of the collections of the various government departments, and is for official use alone. The University Library (1872) is the largest open to students and the public; it contains over 400,000 vols. of which 230,000 are Chinese and Japanese. The Public Library and reading-room (Tosho-Kwan) at Ueno Park (1872) was formed in 1872 and contains over 250,000 vols., of which about one-fifth are European books. At Tokio are also to be found the Ohashi Library (1902) with 60,000 vols. and the Hibaya Library (1908) with 130,000 vols. and the Nanki Library (1899) with 86,000 vols. The library of the Imperial University of Kyoto contains nearly 200,000 vols., of which over 90,000 are in European languages. To this is attached the library of the Fukuoka Medical College with 113,000 vols. The Municipal Library of Kyoto (1898) contains 46,000 vols. Other important municipal libraries in Japan are those at Akita in the province Of Ugo (1899), 47,000 vols., at Mito, province of Hitachi (1908), 25,000 vols., Narita, province of Shimosa (1901), 36,000 vols., chiefly Buddhistic, Yamaguchi, province of Suó (1907), 23,000 vols. The libraries of the large temples often contain books of value to the philologist. Lending libraries of native and Chinese literature have existed in Japan from very early times.

Perhaps the largest library in the empire is the Imperial Cabinet (1885) in Tokyo, which has over 500,000 volumes. It includes collections from various government departments and is for official use only. The University Library (1872) is the biggest open to students and the public, containing over 400,000 volumes, of which 230,000 are in Chinese and Japanese. The Public Library and reading room (Tosho-Kwan) at Ueno Park (1872) was established in 1872 and holds over 250,000 volumes, about one-fifth of which are European books. In Tokyo, you can also find the Ohashi Library (1902) with 60,000 volumes, the Hibaya Library (1908) with 130,000 volumes, and the Nanki Library (1899) with 86,000 volumes. The library of the Imperial University of Kyoto has nearly 200,000 volumes, more than 90,000 of which are in European languages. Attached to this is the library of the Fukuoka Medical College, which contains 113,000 volumes. The Municipal Library of Kyoto (1898) has 46,000 volumes. Other significant municipal libraries in Japan include those in Akita in Ugo Province (1899) with 47,000 volumes, in Mito, Hitachi Province (1908) with 25,000 volumes, in Narita, Shimosa Province (1901) with 36,000 volumes, mainly Buddhistic texts, and in Yamaguchi, Suō Province (1907) with 23,000 volumes. The large temple libraries often hold valuable books for scholars. Lending libraries of native and Chinese literature have existed in Japan since ancient times.

Library Associations and Training

Library Groups and Training

The first and largest association established for the study of librarianship was the American Library Association (1876). The Library Association of the United Kingdom was formed in 1877 as an outcome of the first International Library Conference, held at London, and in 1898 it received a royal charter. It publishes a Year Book, the monthly Library Association Record, and a number of professional handbooks. It also holds examinations in Literary History, Bibliography and Library Economy, and issues certificates and diplomas. There are also English and Scottish district library associations. The Library Assistants Association was formed in 1895 and has branches in different parts of England, Wales and Ireland. It issues a monthly magazine entitled The Library Assistant. There is an important Library Association in Germany which issues a year-book giving information concerning the libraries of the country, and a similar organization in Austria-Hungary which issues a magazine at irregular intervals. An Association of Archivists and Librarians was formed at Brussels in 1907, and there are similar societies in France, Italy, Holland and elsewhere. In every country there is now some kind of association for the study of librarianship, archives or bibliography. International conferences have been held at London, 1877; London, 1897; Paris (at Exhibition), 1903; St Louis, 1904; Brussels (preliminary), 1908; and Brussels, 1910.

The first and largest organization set up to study librarianship was the American Library Association (1876). The Library Association of the United Kingdom was created in 1877 as a result of the first International Library Conference held in London, and in 1898 it received a royal charter. It publishes a Year Book, the monthly Library Association Record, and several professional handbooks. It also conducts exams in Literary History, Bibliography, and Library Economy, issuing certificates and diplomas. There are also regional library associations in England and Scotland. The Library Assistants Association was established in 1895 and has branches across England, Wales, and Ireland. It publishes a monthly magazine called The Library Assistant. There's a key Library Association in Germany that publishes a yearbook with information about the country's libraries, and a similar organization in Austria-Hungary that releases a magazine occasionally. An Association of Archivists and Librarians was formed in Brussels in 1907, with similar societies in France, Italy, Holland, and other places. Every country now has some form of association dedicated to the study of librarianship, archives, or bibliography. International conferences have taken place in London in 1877, London in 1897, Paris (at the Exhibition) in 1903, St. Louis in 1904, Brussels (preliminary) in 1908, and Brussels in 1910.

Library Periodicals.—The following is a list of the current periodicals which deal with library matters, with the dates of their establishment and place of publication: The Library Journal (New York, 1876); The Library (London, 1889); Public Libraries (Chicago, 1896); The Library World (London, 1898); The Library Assistant (1898); The Library Association Record (1899); Library Work (Minneapolis, U.S., 1906); Bulletin of the American Library Association (Boston, 1907); Revue des bibliothèques (Paris, 1891); Bulletin des bibliothèques populaires (Paris, 1906); Courrier des Bibliothèques (Paris); Bulletin de l’institut international de bibliographie (Brussels, 1895); Revue des bibliothèques et archives de Belgique (Brussels, 1903); Tijdschrift voor boek- en bibliotheekwezen (Hague, 1903); De Boekzaal (Hague, 1907); Bogsamlingsbladet (Copenhagen, 1906); For Folke-og Barnboksamlinger (Christiania, 1906); Folkebibliotheksbladet (Stockholm, 1903); Zentralblatt für Bibliothekswesen (Leipzig, 1884); Blätter für Volksbibliotheken und Lesehallen (1899; occasional supplement to the above); Bibliographie des Bibliotheks- und Buchwesens (ed. by Adalbert Hortzschansky, 1904; issued in the Zentralblatt); Jahrbuch der Deutschen Bibliotheken (Leipzig, 1902); Minerva. Jahrbuch der gelehrten Welt (Strassburg, 1890); Mitteilungen des österreichischen Vereins für Bibliothekswesen (Vienna, 1896); Ceská Osvéta (Novy Bydzov, Bohemia, 1905); Revista delle biblioteche e degli archivi (Florence, 1890); Bollettino delle biblioteche popolari (Milan, 1907); Revista de Archivos, Bibliotecas y Museos Madrid (1907); The Gakuto (Tokio, Japan, 1897).

Library Journals.—Here’s a list of current periodicals that focus on library issues, along with their establishment dates and places of publication: The Library Journal (New York, 1876); The Library (London, 1889); Public Libraries (Chicago, 1896); The Library World (London, 1898); The Library Assistant (1898); The Library Association Record (1899); Library Work (Minneapolis, U.S., 1906); Bulletin of the American Library Association (Boston, 1907); Revue des bibliothèques (Paris, 1891); Bulletin des bibliothèques populaires (Paris, 1906); Courrier des Bibliothèques (Paris); Bulletin de l’institut international de bibliographie (Brussels, 1895); Revue des bibliothèques et archives de Belgique (Brussels, 1903); Tijdschrift voor library and book services (Hague, 1903); De Boekzaal (Hague, 1907); Bogsamlingsbladet (Copenhagen, 1906); For Folke-og Barnboksamlinger (Christiania, 1906); Folkebibliotheksbladet (Stockholm, 1903); Zentralblatt für Bibliothekswesen (Leipzig, 1884); Blätter für Volksbibliotheken und Lesehallen (1899; occasional supplement to the above); Bibliographie des Bibliotheks- und Buchwesens (ed. by Adalbert Hortzschansky, 1904; issued in the Zentralblatt); Jahrbuch der Deutschen Bibliotheken (Leipzig, 1902); Minerva. Jahrbuch der gelehrten Welt (Strassburg, 1890); Mitteilungen des österreichischen Vereins für Bibliothekswesen (Vienna, 1896); Ceská Osvéta (Novy Bydzov, Bohemia, 1905); Revista delle biblioteche e degli archivi (Florence, 1890); Bollettino delle biblioteche popolari (Milan, 1907); Revista de Archivos, Bibliotecas y Museos Madrid (1907); The Gakuto (Tokyo, Japan, 1897).

(H. R. T.; J. D. Br.)

1 See Menant, Bibliothèque du palais de Ninive (Paris, 1880).

1 See Menant, Library of the Palace of Nineveh (Paris, 1880).

2 Grote, History of Greece, iv. 37, following Becker.

2 Grote, History of Greece, iv. 37, following Becker.

3 Ritschl, Die alexandrinischen Bibliotheken, p. 22; Opusc. phil. i. § 123.

3 Ritschl, The Alexandrian Libraries, p. 22; Philological Works i. § 123.

4 N.A. vi. 17.

__A_TAG_PLACEHOLDER_0__ N.A. 17.

5 De tranq. an. 9.

__A_TAG_PLACEHOLDER_0__ On tranquilizers. 9.

6 Parthey (Alexandrinisches Museum) assigns topographical reasons for doubting this story.

6 Parthey (Alexandrinisches Museum) gives geographical reasons for questioning this story.

7 Some of the authorities have been collected by Parthey, op. cit.

7 Some of the authorities have been gathered by Parthey, op. cit.

8 The oldest catalogue of a western library is that of the monastery of Fontanelle in Normandy compiled in the 8th century. Many catalogues may be found in the collections of D’Achery, Martene and Durand, and Pez, in the bibliographical periodicals of Naumann and Petzholdt and the Centralblatt f. Bibliothekswissenschaft. The Rev. Joseph Hunter has collected some particulars as to the contents of the English monastic libraries, and Ed. Edwards has printed a list of the catalogues (Libraries and Founders of Libraries, 1865, pp. 448-454). See also G. Becker, Catalogi Bibliothecarum Antiqui (1885). There are said to be over six hundred such catalogues in the Royal Library at Munich. In the 14th century the Franciscans compiled a general catalogue of the MSS. in 160 English libraries and about the year 1400 John Boston, a Benedictine monk of Bury, travelled over England and a part of Scotland and examined the libraries of 195 religious houses (Tanner, Bibliotheca Brit. Hibern. 1748). Leland’s list of the books he found during his visitation of the houses in 1539-1545 is printed in his Collectanea (ed. Hearne, 1715, 6 vols.). T. W. Williams has treated Gloucestershire and Bristol medieval libraries and their catalogues in a paper in the Bristol and Gloucestershire Arch. Soc. vol. xxxi.

8 The oldest catalog of a Western library is from the monastery of Fontanelle in Normandy, created in the 8th century. Many catalogs can be found in the collections of D’Achery, Martene, Durand, and Pez, as well as in the bibliographical journals of Naumann and Petzholdt and the Centralblatt f. Bibliothekswissenschaft. The Rev. Joseph Hunter gathered details about the contents of English monastic libraries, and Ed. Edwards published a list of the catalogs (Libraries and Founders of Libraries, 1865, pp. 448-454). See also G. Becker, Catalogi Bibliothecarum Antiqui (1885). It is said that there are over six hundred such catalogs in the Royal Library at Munich. In the 14th century, the Franciscans compiled a general catalog of the manuscripts in 160 English libraries, and around 1400, John Boston, a Benedictine monk from Bury, traveled across England and part of Scotland to examine the libraries of 195 religious houses (Tanner, Bibliotheca Brit. Hibern. 1748). Leland’s list of the books he found during his visits to the houses from 1539 to 1545 is published in his Collectanea (ed. Hearne, 1715, 6 vols.). T. W. Williams wrote about the medieval libraries and their catalogs in Gloucestershire and Bristol in a paper published in the Bristol and Gloucestershire Arch. Soc. vol. xxxi.

9 This subject has been specially treated by J. Willis Clark in several works, of which the chief is a masterly volume, The Care of Books (1901). See also Dom Gasquet, “On Medieval Monastic Libraries,” in his Old English Bible (1897).

9 J. Willis Clark has covered this topic in several works, with the main one being a brilliant book, The Care of Books (1901). Also, check out Dom Gasquet's “On Medieval Monastic Libraries” in his Old English Bible (1897).

10 Among the Arabs, however, as among the Christians, theological bigotry did not always approve of non-theological literature, and the great library of Cordova was sacrificed by Almanzor to his reputation for orthodoxy, 978 A.D.

10 Among the Arabs, just like among the Christians, theological intolerance didn’t always support non-religious literature, and the vast library of Cordova was destroyed by Almanzor to protect his reputation for orthodoxy, 978 CE

11 Guide to Librarianship by J. D. Brown (1909).

11 Guide to Librarianship by J. D. Brown (1909).

578

578

LIBRATION (Lat. libra, a balance), a slow oscillation, as of a balance; in astronomy especially the seeming oscillation of the moon around her axis, by which portions of her surface near the edge of the disk are alternately brought into sight and swung out of sight.

LIBRATION (from Latin libra, meaning a balance), a slow wobbling, like that of a balance; in astronomy, it particularly refers to the apparent wobble of the moon around its axis, which causes different parts of its surface near the edge of the disk to be alternately visible and hidden.

LIBYA, the Greek name for the northern part of Africa, with which alone Greek and Roman history are concerned. It is mentioned as a land of great fertility in Homer (Odyssey, iv. 85), but no indication of its extent is given. It did not originally include Egypt, which was considered part of Asia, and first assigned to Africa by Ptolemy, who made the isthmus of Suez and the Red Sea the boundary between the two continents. The name Africa came into general use through the Romans. In the early empire, North Africa (excluding Egypt) was divided into Mauretania, Numidia, Africa Propria and Cyrenaica. The old name was reintroduced by Diocletian, by whom Cyrenaica (detached from Crete) was divided into Marmarica (Libya inferior) in the east, and Cyrenaica (Libya superior) in the west. A further distinction into Libya interior and exterior is also known. The former (ἡ ἐντός) included the interior (known and unknown) of the continent, as contrasted with the N. and N.E. portion; the latter (ἡ ἔξω, called also simply Libya, or Libyae nomos), between Egypt and Marmarica, was so called as having once formed an Egyptian “nome.” See Africa, Roman.

LIBYA, the Greek name for the northern part of Africa, which is the focus of Greek and Roman history. Homer mentions it as a land of great fertility in the Odyssey (iv. 85), but there's no detail given about its size. It didn’t originally include Egypt, which was regarded as part of Asia until Ptolemy assigned it to Africa, using the isthmus of Suez and the Red Sea as the boundary between the two continents. The term Africa became widely used thanks to the Romans. In the early empire, North Africa (excluding Egypt) was divided into Mauretania, Numidia, Africa Propria, and Cyrenaica. The previous name was brought back by Diocletian, who split Cyrenaica (separated from Crete) into Marmarica (Libya inferior) in the east, and Cyrenaica (Libya superior) in the west. There was also a further distinction made between Libya interior and exterior. The former (the inside) referred to the interior (both known and unknown) of the continent, as opposed to the northern and northeastern part; the latter (the outside, also simply called Libya, or Libyae nomos), which lay between Egypt and Marmarica, was named as it used to be part of an Egyptian “nome.” See Africa, Roman.

LICATA, a seaport of Sicily, in the province of Girgenti, 24 m. S.E. of Girgenti direct and 54 m. by rail. Pop. (1901) 22,931. It occupies the site of the town which Phintias of Acragas (Agrigentum) erected after the destruction of Gela, about 281 B.C., by the Mamertines, and named after himself. The river Salso, which flows into the sea on the east of the town, is the ancient Himera Meridionalis. The promontory at the foot of which the town is situated, the Poggio di Sant’ Angelo, is the Ecnomus (Eknomon) of the Greeks, and upon its slopes are scanty traces of ancient structures and rock tombs. It was off this promontory that the Romans gained the famous naval victory over the Carthaginians in the spring of 256 B.C., while the plain to the north was the scene of the defeat of Agathocles by Hamilcar in 310 B.C. The modern town is mainly important as a shipping port for sulphur.

LICATA, is a seaport in Sicily, located in the province of Girgenti, 24 miles southeast of Girgenti in a straight line and 54 miles by rail. As of 1901, the population was 22,931. It stands on the site of the town that Phintias of Acragas (Agrigentum) established after Gela was destroyed by the Mamertines around 281 BCE, naming it after himself. The Salso River, which flows into the sea to the east of the town, is the ancient Himera Meridionalis. The promontory where the town is located, called Poggio di Sant’ Angelo, is the Ecnomus (Eknomon) from Greek history, and there are sparse remnants of ancient structures and rock tombs on its slopes. It was off this promontory that the Romans achieved a significant naval victory over the Carthaginians in the spring of 256 BCE, while the plain to the north was where Agathocles was defeated by Hamilcar in 310 B.C. Today, the town is primarily known as a shipping port for sulfur.

LICENCE (through the French from Lat. licentia, licere, to be lawful), permission, leave, liberty, hence an abuse of liberty, licentiousness; in particular, a formal authority to do some lawful act. Such authority may be either verbal or written; when written, the document containing the authority is called a “licence.” Many acts, lawful in themselves, are regulated by statutory authority, and licences must be obtained. For the sale of alcoholic liquor see Liquor Laws.

LICENSE (from the French, derived from Lat. licentia, licere, meaning to be lawful), refers to permission, leave, or freedom, often implying an abuse of that freedom, or licentiousness; specifically, it denotes formal authority to perform a lawful act. This authority can be granted either verbally or in writing; when it’s in writing, the document that contains the authority is called a “license.” Many lawful acts are governed by statutory authority, requiring licenses to be obtained. For information on the sale of alcoholic beverages, see Liquor Laws.

LICHEN (lichen ruber), in medical terminology, a papular disease of the skin, consisting of an eruption in small thickly set, slightly elevated red points, more or less widely distributed over the body, and accompanied by slight febrile symptoms.

LICHEN (lichen ruber), in medical terms, is a skin condition characterized by a rash of small, closely packed, slightly raised red spots, spread across the body to varying degrees, and often accompanied by mild fever symptoms.

LICHENS, in botany, compound or dual organisms each consisting of an association of a higher fungus, with a usually unicellular, sometimes filamentous, alga. The fungal part of the organism nearly always consists of a number of the Discomycetes or Pyrenomycetes, while the algal portion is a member of the Schizophyceae (Cyanophyceae or Blue-green Algae) or of the Green Algae; only in a very few cases is the fungus a member of the Basidiomycetes. The special fungi which take part in the association are, with rare exceptions, not found growing separately, while the algal forms are constantly found free. The reproductive organs of the lichen are of a typically fungal character, i.e. are apothecia or perithecia (see Fungi) and spermogonia. The algal cells are never known to form spores while part of the lichen-thallus, but they may do so when separated from it and growing free. The fungus thus clearly takes the upper hand in the association.

LICHENS, in botany, are compound or dual organisms made up of an association between a higher fungus and usually a single-celled, sometimes filamentous, alga. The fungal part of the organism typically consists of several types of Discomycetes or Pyrenomycetes, while the algal part belongs to the Schizophyceae (Cyanophyceae or Blue-green Algae) or the Green Algae. Only in a few rare cases is the fungus a member of the Basidiomycetes. The specific fungi involved in this association are usually not found growing on their own, while the algal forms can often be found independently. The reproductive organs of the lichen have typical fungal characteristics, i.e. they are apothecia or perithecia (see Fungi) and spermogonia. The algal cells do not produce spores while they are part of the lichen thallus, but they can do so when they are separated and growing independently. This shows that the fungus clearly dominates in the association.

Owing to their peculiar dual nature, lichens are able to live in situations where neither the alga nor fungus could exist alone. The enclosed alga is protected by the threads (hyphae) of the fungus, and supplied with water and salts and, possibly, organic nitrogenous substances; in its turn the alga by means of its green or blue-green colouring matter and the sun’s energy manufactures carbohydrates which are used in part by the fungus. An association of two organisms to their mutual advantage is known as symbiosis, and the lichen in botanical language is described as a symbiotic union of an alga and a fungus. This form of relationship is now known in other groups of plants (see Bacteriology and Fungi), but it was first discovered in the lichens. The lichens are characterized by their excessively slow growth and their great length of life.

Due to their unique dual nature, lichens can thrive in environments where neither the alga nor the fungus could survive on their own. The alga is safeguarded by the fungus’s threads (hyphae), which provide water, salts, and possibly organic nitrogen compounds. In return, the alga, using its green or blue-green pigments and the sun’s energy, produces carbohydrates that the fungus uses. An association between two organisms that benefits both is called symbiosis, and in botanical terms, a lichen is described as a symbiotic relationship between an alga and a fungus. This type of relationship is recognized in other groups of plants (see Bacteriology and Fungi), but it was first noted in lichens. Lichens are known for their extremely slow growth and long lifespan.

Until comparatively recent times the lichens were considered as a group of simple organisms on a level with algae and fungi. The green (or blue-green) cells were termed gonidia by Wallroth, who looked upon them as asexual reproductive cells, but when it was later realized that they were not reproductive elements they were considered as mere outgrowths of the hyphae of the thallus which had developed chlorophyll. In 1865 De Bary suggested the possibility that such lichens as Collema, Ephebe, &c., arose as a result of the attack of parasitic Ascomycetes upon the algae, Nostoc, Chroococcus, &c. In 1867 the observations of Famintzin and Baranetzky showed that the gonidia, in certain cases, were able to live outside the lichen-thallus, and in the case of Physcia, Evernia and Cladonia were able to form zoospores. Baranetzky therefore concluded that a certain number, if not all of the so-called algae were nothing more than free living lichen-gonidia. In 1869 Schwendener put forward the really illuminating view—exactly opposite to that of Baranetzky—that the gonidia in all cases were algae which had been attacked by parasitic fungi. Although Schwendener supported this view of the “dual” nature of lichens by very strong evidence and identified the more common lichen-gonidia with known free-living algae, yet the theory was received with a storm of opposition by nearly all lichenologists. These workers were unable to consider with equanimity the loss of the autonomy of their group and its reduction to the level of a special division of the fungi. The observations of Schwendener, however, received ample support from Bornet’s (1873) examination of 60 genera. He investigated the exact relation of fungus and alga and showed that the same alga is able to combine with a number of different fungi to form lichens; thus Chroolepus umbrinus is found as the gonidia of 13 different lichen genera.

Until relatively recently, lichens were seen as a group of simple organisms, similar to algae and fungi. The green (or blue-green) cells were called gonidia by Wallroth, who viewed them as asexual reproductive cells. However, when it was later realized that they weren't reproductive elements, they were considered just outgrowths of the hyphae of the thallus that had developed chlorophyll. In 1865, De Bary suggested that lichens like Collema, Ephebe, and others arose from the attack of parasitic Ascomycetes on algae like Nostoc and Chroococcus. In 1867, Famintzin and Baranetzky observed that the gonidia, in some cases, could live outside the lichen-thallus and, in the case of Physcia, Evernia, and Cladonia, could form zoospores. Therefore, Baranetzky concluded that some, if not all, of the so-called algae were simply free-living lichen-gonidia. In 1869, Schwendener offered the truly enlightening perspective—exactly opposite to Baranetzky's—that the gonidia in all cases were algae attacked by parasitic fungi. Although Schwendener backed this view of the “dual” nature of lichens with strong evidence and identified the more common lichen-gonidia with known free-living algae, the theory faced a deluge of opposition from nearly all lichenologists. These researchers struggled to accept the loss of their group’s autonomy and its demotion to a special division of fungi. However, Schwendener’s observations gained significant support from Bornet’s (1873) examination of 60 genera. He explored the exact relationship between fungi and algae and showed that the same alga could combine with different fungi to form lichens; for example, Chroolepus umbrinus is found as the gonidia of 13 different lichen genera.

The view of the dual nature of lichens had hitherto been based on analysis; the final proof of this view was now supplied by the actual synthesis of a lichen from fungal and algal constituents. Rees in 1871 produced the sterile thallus of a Collema from its constituents; later Stahl did the same for three species. Later Bonnier (1886) succeeded in producing fertile thalli by sowing lichen spores and the appropriate algae upon sterile glass plates or portions of bark, and growing them in sterilized air (fig. 1). Möller also in 1887 succeeded in growing small lichen-thalli without their algal constituent (gonidia) on nutritive solutions; in the case of Calicium pycnidia were actually produced under these conditions.

The understanding of the dual nature of lichens had previously relied on analysis; the ultimate evidence for this idea was provided by the actual synthesis of a lichen from fungal and algal components. In 1871, Rees created the sterile thallus of a Collema from its components; later, Stahl did the same for three species. Then, in 1886, Bonnier succeeded in producing fertile thalli by seeding lichen spores and the right algae onto sterile glass plates or pieces of bark and growing them in sterilized air (fig. 1). Möller, also in 1887, managed to cultivate small lichen-thalli without their algal component (gonidia) in nutrient solutions; in the case of Calicium, pycnidia were actually formed under these conditions.

The thallus or body of the lichen is of very different form in different genera. In the simplest filamentous lichens (e.g. Ephebe pubescens) the form of thallus is the form of the filamentous alga which is merely surrounded by the fungal hyphae (fig. 2). The next simplest forms are gelatinous lichens (e.g. Collemaceae); in these the algae are Chroococcaceae and Nostocaceae, and the fungus makes its way into the gelatinous membranes of the algal cells and ramifies there (fig. 3). We can distinguish this class of forms as lichens with a homoiomerous thallus, i.e. one in which the alga and fungus are equally distributed. The majority of the lichens, however, possess a stratified thallus in which the gonidia are found as a definite layer or layers embedded in a pseudo-parenchymatous mass of fungal hyphae, i.e. they are heteromerous (figs. 8 and 9). Obviously these two conditions may merge 579 into one another, and the distinction is not of classificatory value.

The body of the lichen, known as the thallus, varies greatly among different genera. In the simplest filamentous lichens (e.g., *Ephebe pubescens*), the thallus resembles the filamentous alga, which is just surrounded by fungal hyphae (fig. 2). The next simplest types are gelatinous lichens (e.g., *Collemaceae*); in these, the algae are from the Chroococcaceae and Nostocaceae families, and the fungus penetrates the gelatinous membranes of the algal cells and spreads throughout (fig. 3). We can classify this group as lichens with a *homoiomerous* thallus, meaning the algae and fungus are evenly distributed. However, most lichens have a stratified thallus where the gonidia are contained in distinct layers within a pseudo-parenchymatous mass of fungal hyphae, meaning they are *heteromerous* (figs. 8 and 9). Clearly, these two conditions can blend into one another, and this distinction isn’t particularly useful for classification.

After Bonnier, from v. Tavel.   From Strasburger’s Lehrbuch der Botanik, by permission of Gustav Fischer.
Fig. 1.Xanthoria parietina. By the fusion of the hyphae in the middle of the mycelium a pseudo-parenchymatous cortical layer has begun to form.

1, Germinating ascospore (sp) with branching germ-tube applied to the Cystococcus cells (a).

1, Germinating ascospore (sp) with a branching germ tube applied to the Cystococcus cells (a).

2, Thallus in process of formation.

2, Thallus in the process of forming.

sp, Two ascospores.

Two ascospores.

p, Cystococcus cells.

p, Cystococcus cells.

In external form the heteromerous thallus presents the following modifications. (a) The foliaceous (leaf-like) thallus, which may be either peltate, i.e. rounded and entire, as in Umbilicaria, &c., or variously lobed and laciniated, as in Sticta, Parmelia, Cetraria (fig. 4), &c. This is the highest type of its development, and is sometimes very considerably expanded. (b) The fruticose thallus may be either erect, becoming pendulous, as in Usnea (fig. 5), Ramalina, &c., or prostrate, as in Alectoria jubata, var. chalybeiformis. It is usually divided into branches and branchlets, bearing some resemblance to a miniature shrub. An erect cylindrical thallus terminated by the fruit is termed a podetium, as in Cladonia (fig. 7). (c) The crustaceous thallus, which is the most common of all, forms a mere crust on the substratum, varying in thickness, and may be squamose (in Squamaria), radiate (in Placodium), areolate, granulose or pulverulent (in various Lecanorae and Lecideae). (d) The hypophloeodal thallus is often concealed beneath the bark of trees (as in some Verrucariae and Arthoniae), or enters into the fibres of wood (as in Xylographa and Agyrium), being indicated externally only by a very thin film (figs. 3, 4, 5, 6, 7 and 8). In colour also the thallus externally is very variable. In the dry and more typical state it is most frequently white or whitish, and almost as often greyish or greyish glaucous. Less commonly it is of different shades of brown, red, yellow and black. In the moist state of the thallus these colours are much less apparent, as the textures then become more or less translucent, and the thallus usually prevents the greenish colour of the gonidia (e.g. Parmelia Borreri, Peltidea aphthosa, Umbilicaria pustulata and pulverulent Lecideae).

In its external shape, the complex thallus shows the following adaptations. (a) The leaf-like thallus can be either peltate, meaning rounded and complete, like in Umbilicaria, etc., or variously lobed and split, as seen in Sticta, Parmelia, Cetraria (fig. 4), etc. This is the most advanced form of its development and can sometimes be significantly large. (b) The shrub-like thallus can be either upright, becoming hanging as in Usnea (fig. 5), Ramalina, etc., or flat, as seen in Alectoria jubata, var. chalybeiformis. It usually has branches and smaller branches, resembling a tiny shrub. An upright cylindrical thallus topped by the fruit is called a podetium, like in Cladonia (fig. 7). (c) The crusty thallus, which is the most common form, creates a thin layer on the surface it grows on, varying in thickness, and can be scaly (in Squamaria), radiating (in Placodium), or have a cracked, grainy, or powdery texture (in various Lecanorae and Lecideae). (d) The hidden thallus is often found beneath tree bark (as in some Verrucariae and Arthoniae) or within the wood fibers (as in Xylographa and Agyrium), and is only slightly visible on the outside as a very thin film (figs. 3, 4, 5, 6, 7, and 8). The thallus also varies greatly in color. When dry and more typical, it is usually white or off-white, and often grayish or with a bluish-gray tint. Less frequently, it can appear in different shades of brown, red, yellow, and black. When the thallus is moist, these colors are much less visible since the textures become somewhat see-through, and the thallus usually hides the greenish hue of the gonidia (for example, Parmelia Borreri, Peltidea aphthosa, Umbilicaria pustulata, and powdery Lecideae).

The thallus may be free upon the surface of the substratum (e.g. Collema) or may be fixed more or less closely to it by special hyphae or rhizoids. These may penetrate but slightly into the substratum, but the connexion established may be so close that it is impossible to remove the thallus from the substratum without injury (e.g. Physcia, Placodium). In some cases the rhizoids are united together into larger strands, the rhizines.

The thallus can either float on the surface of the substrate (e.g. *Collema*) or be more or less attached to it by special hyphae or rhizoids. These may only slightly penetrate into the substrate, but the connection can be so tight that it's impossible to detach the thallus from the substrate without causing damage (e.g. *Physcia*, *Placodium*). In some situations, the rhizoids join together to form larger strands called *rhizines*.

The typical heteromerous thallus shows on section a peripheral, thin and therefore transparent, layer, the cortical layer, and centrally a mass of denser tissue the so-called medullary layer, between these two layers is the algal zone or gonidial layer (figs. 8 and 9).

The typical heteromerous thallus displays a thin, transparent outer layer called the cortical layer, and in the center, there is a denser tissue mass known as the medullary layer. Between these two layers is the algal zone or gonidial layer (figs. 8 and 9).

The term epithallus is sometimes applied to the superficial dense portion of the cortical layer and the term hypothallus to the layer, when specially modified, in immediate contact with the substratum; the hypothallus is usually dark or blackish. The cylindrical branches of the fruticose forms are usually radially symmetrical, but the flattened branches of these forms and also the thalli of the foliaceous form show a difference in the cortex of the upper and lower side. The cortical layer is usually more developed on the side towards the light, while in many lichens this is the only side provided with a cortical layer. The podetia of some species of Cladonia possess no cortical layer at all. The surface of the thallus often exhibits outgrowths in the form of warts, hairs, &c. The medullary layer, which usually forms the main part of the thallus, is distinguished from the cortical layer by its looser consistence and the presence in it of numerous, large, air-containing spaces.

The term epithallus is sometimes used to refer to the dense outer layer of the cortex, while hypothallus describes the layer that is specially modified and directly in contact with the surface it grows on; the hypothallus is typically dark or blackish. The cylindrical branches of fruticose forms are usually radially symmetrical, but the flattened branches of these forms, as well as the thalli of the foliaceous form, show a difference between the cortex on the upper and lower sides. The cortical layer is generally more developed on the side facing the light, and in many lichens, this is the only side that has a cortical layer. Some species of Cladonia have podetia that don’t have any cortical layer at all. The surface of the thallus often shows outgrowths like warts, hairs, etc. The medullary layer, which usually makes up the bulk of the thallus, can be identified from the cortical layer by its looser texture and the presence of numerous large air-filled spaces.

After Sachs, from De Bary’s Vergleichende Morphologie und Biologie der Pilze, Mycetozoen und Bacterien, by permission of Wilhelm Engelmann. Fig. 3.—Section of Homoiomerous Thallus of Collema conglomeratum, with Nostoc threads scattered among the hyphae.
Fig. 2.Ephebe pubescens, Fr. A branched filiform thallus of Stigonema with the hyphae of the fungus growing through its gelatinous membranes. Extremity of a branch of the thallus with a young lateral branch a; h, hyphae; g, cells of the alga; gs, the apex of the thallus.  

Gonidia.—It has been made clear above that the gonidia are nothing more than algal cells, which have been ensnared by fungal hyphae and made to develop in captivity (fig. 1). Funfstuck gives ten free living algae which have been identified as the gonidia of lichens. Pleurococcus (Cystococcus) humicola in the majority of lichens, e.g. Usnea, Cladonia, Physcia, Parmelia, Calicium, many species of Lecidea, &c., Trentepohlia (Chroolepus) umbrina in many species of Verrucaria, Graphidieae and Lecidea; Palmella botryoides in Epigloea; Pleurococcus vulgaris in Acarospora, Dermatocarpon, Catillaria; Dactylococcus infusionum in Solorina, Nephromia; Nostoc lichenoides in most of the Collemaceae; Rivularia rutida in Omphalaria; Lichina, &c., Polycoccus punctiformis in Peltigera, Pannaria and Stictina; Gloeocapsa polydermatica in Baeomyces and Omphalaria; Sirosiphon pulvinatus in Ephebe pubescens. The majority of lichens are confined to one particular kind of gonidium (i.e. species of alga) but a few forms are known (Lecanora granatina, Solorina crocea) which make use of more than one kind in their development. In the case of Solorina, for example, the principal alga is a green alga, one of the Palmellaceae, but Nostoc (a blue-green alga) is also found playing a subsidiary part as 580 gonidia. In L. granatina the primary alga is Pleurococcus, the secondary, Gleococapsa.

Gonidia.—It has been made clear above that the gonidia are simply algal cells, which have been trapped by fungal hyphae and caused to develop in captivity (fig. 1). Funfstuck lists ten free-living algae identified as gonidia of lichens. Pleurococcus (Cystococcus) humicola is found in most lichens, such as Usnea, Cladonia, Physcia, Parmelia, Calicium, many species of Lecidea, etc., Trentepohlia (Chroolepus) umbrina in many species of Verrucaria, Graphidieae, and Lecidea; Palmella botryoides in Epigloea; Pleurococcus vulgaris in Acarospora, Dermatocarpon, Catillaria; Dactylococcus infusionum in Solorina, Nephromia; Nostoc lichenoides in most of the Collemaceae; Rivularia rutida in Omphalaria; Lichina, etc., Polycoccus punctiformis in Peltigera, Pannaria, and Stictina; Gloeocapsa polydermatica in Baeomyces and Omphalaria; Sirosiphon pulvinatus in Ephebe pubescens. Most lichens are limited to one specific type of gonidium (i.e. species of alga), but a few forms are known (Lecanora granatina, Solorina crocea) that use more than one type in their development. For instance, in Solorina, the main alga is a green alga from the Palmellaceae, but Nostoc (a blue-green alga) is also present as a secondary gonidium. In L. granatina, the primary alga is Pleurococcus, while the secondary is Gleococapsa.

From Strasburger’s Lehrbuch der Botanik, by permission of Gustav Fischer. From Strasburger’s Lehrbuch der Botanik, by permission of Gustav Fischer.
Fig. 4.Cetraria islandica. (Nat. size.) ap, Apothecium. Fig. 5.—Usnea barbata. (Nat. size.) ap, Apothecium.

Cephalodia.—In about 100 species of lichens peculiar growths are developed in the interior of the thallus which cause a slight projection of the upper or lower surface. These structures are known as cephalodia and they usually occupy a definite position in the thallus. They are distinguished by possessing as gonidia algae foreign to the ordinary part of the thallus. The foreign algae are always members of the Cyanophyceae and on the same individual and even in the same cephalodium more than one type of gonidium may be found. The function of these peculiar structures is unknown. Zukal has suggested that they may play the part of water-absorbing organs.

Cephalodia.—In about 100 species of lichens, unique growths form inside the thallus, resulting in a slight bump on the upper or lower surface. These structures are called cephalodia and usually have a specific location within the thallus. They are characterized by containing gonidia, which are algae different from the usual part of the thallus. The foreign algae always belong to the Cyanophyceae group, and within the same individual and even in the same cephalodium, multiple types of gonidium can be found. The exact function of these unusual structures is still unknown. Zukal has proposed that they might serve as water-absorbing organs.

The exact relation of gonidia and hyphae has been investigated especially by Bornet and also by Hedlund, and very considerable differences have been shown to exist in different genera. In Physma, Arnoldia, Phylliscum and other genera the gonidia are killed sooner or later by special hyphal branches, haustoria, which pierce the membrane of the algal cell, penetrate the protoplasm and absorb the contents (fig. 11, C). In other cases, e.g. Synalissa, Micarea, the haustoria pierce the membrane, but do not penetrate the protoplasm (fig. 11, D). In many other cases, especially those algae possessing Pleurococcus as their gonidia, there are no penetrating hyphae, but merely special short hyphal branches which are in close contact with the membrane of the algal cell (fig. 3).

The exact relationship between gonidia and hyphae has been studied, especially by Bornet and Hedlund, revealing significant differences across different genera. In Physma, Arnoldia, Phylliscum, and other genera, the gonidia are eventually killed by specific hyphal branches called haustoria, which pierce the membrane of the algal cell, invade the protoplasm, and absorb the contents (fig. 11, C). In other instances, like Synalissa and Micarea, the haustoria penetrate the membrane but don't invade the protoplasm (fig. 11, D). In many other cases, especially among algae with Pleurococcus as their gonidia, there are no penetrating hyphae; instead, there are just special short hyphal branches that are in close contact with the algal cell membrane (fig. 3).

From Strasburger’s Lehrbuch der Botanik, by permission of Gustav Fischer. From Strasburger’s Lehrbuch der Botanik, by permission of Gustav Fischer.
Fig. 6.—Cladonia rangiferina. (Nat. size.) Fig. 7.—Cladonia coccifera. Podetia bearing apothecia. (Nat. size.)

A, Sterile.

A, Clean.

B, With ascus-fruit at the ends of the branches.

B, With ascus fruit at the ends of the branches.

t, Scales of primary thallus.

Scales of primary thallus.

Reproduction.

Reproduction.

There are three methods of reproduction of the lichen: by fragmentation, by soredia, by the formation of fungal spores. In the first process, portions of thallus containing gonidia may be accidentally separated and so may start new plants. The second method is only a special process of fragmentation. The soredia are found in a large number of lichens, and consist of a single gonidium or groups of gonidia, surrounded by a sheath and hyphae. They arise usually in the gonidial layer of the thallus by division of the gonidia and the development around them of the hyphal investment; their increase in number leads to the rupture of the enclosing cortical layer and the soredia escape from the thallus as a powdery mass (fig. 12). Since they are provided with both fungal and algal elements, they are able to develop directly, under suitable conditions, into a new thallus. The soredia are the most successful method of reproduction in lichens, for not only are some forms nearly always without spore-formation and in others the spores largely abortive, but in all cases the spore represents only the fungal component of the thallus, and its success in the development of a new lichen-thallus depends on the chance meeting, at the time of germination, with the appropriate algal component.

There are three ways lichens reproduce: through fragmentation, soredia, and the formation of fungal spores. In the first process, parts of the thallus that contain gonidia can accidentally break off and start new plants. The second method is a specific kind of fragmentation. Soredia are found in many lichens and consist of a single gonidium or groups of gonidia, surrounded by a sheath and hyphae. They usually form in the gonidial layer of the thallus by the division of the gonidia and the development of the hyphal covering around them; as their numbers increase, the outer cortical layer breaks open, and the soredia escape from the thallus as a powdery mass (fig. 12). Since soredia contain both fungal and algal elements, they can develop directly into a new thallus under the right conditions. Soredia are the most effective method of reproduction in lichens because some forms nearly always lack spore formation, and in others, the spores are mostly abortive. In all cases, the spore represents just the fungal part of the thallus, and its success in developing into a new lichen thallus relies on the chance encounter with the right algal component at the time of germination.

Conidia.—Contrary to the behaviour of the non-lichen forming Ascomycetes the lichen-fungi show very few cases of ordinary conidial formation. Bornet describes free conidia in Arnoldia minitula, and Placodium decipiens and Conidia-formation has been described by Neubner in the Caliciae.

Conidia.—Unlike non-lichen forming Ascomycetes, lichen fungi show very few instances of typical conidial formation. Bornet describes free conidia in Arnoldia minitula and Placodium decipiens, and Neubner has documented conidia formation in the Caliciae.

After Sachs, from De Bary’s Vergleichende Morphologie und Biologie der Pilze, Mycetozoen und Bacterien, by permission of Wilhelm Engelmann. From Beiträge zur Wissenschaftlichen Botanik.
Fig. 8.—Usnea barbata. (Mag. nearly 100 times.) Fig. 9.—Section of Heteromerous Lichen Thallus.

A, Optical longitudinal section of the extremity of a thin branch of the thallus which has become transparent in solution of potash.

A, Optical longitudinal section of the end of a thin branch of the thallus that has become clear in a potash solution.

B, Transverse section through a stronger branch with the point of origin of an adventitious branch (sa).

B, Cross-section through a thicker branch at the point where an additional branch (sa) originates.

r, Cortical layer.

Cortical layer.

m, Medullary layer.

Medullary layer.

x, Stout axile strand.

x, Strong central thread.

g, The algal zone (Cystococcus).

The algal zone (Cystococcus).

s, Apex of the branch.

s, Top of the branch.

a, Upper cortical layer.

Upper cortical layer.

d, Lower cortical layer.

Lower cortical layer.

c, Medullary layer.

Medullary layer.

b, Gonidial layer.

Gonidial layer.

Spermatia.—In the majority of genera of lichens small flask-shaped structures are found embedded in the thallus (fig. 13). These were investigated by Tulasne in 1853, who gave them the name spermogonia The lower, ventral portion of the spermogonium is lined by delicate hyphae, the sterigmata, which give origin to minute colourless cells, the spermatia. The sterigmata are either simple (fig. 13, C) or septate—the so-called arthrosterigmata (fig. 13, B). The spermogonia open by a small pore at the apex, towards which the sterigmata converge and through which the spermatia escape (fig. 13). There are two views as to the nature of the spermatia. In one view they are mere asexual conidia, and the term pycnoconidia is accordingly applied since they are borne in structures like the non-sexual pycnidia of other fungi. In the other view the spermatia are the male sexual cells and thus are rightly named; it should, however, be pointed out that this was not the view of Tulasne, though we owe to him the designation which carries with it the sexual significance. The question is one very difficult to settle owing to the fact that the majority of spermatia appear to be functionless. In favour of the conidial view is the fact that in the case of Collema and a few other forms the spermatia have been made to germinate in artificial cultures, and in the case of Calicium parietinum Möfler succeeded in producing a spermogonia bearing thallus from a spermatium. For the germination of the spermatia in nature there is only the observation of Hedlund, that in Catillaria denigrata and C. prasena a thallus may be derived from the spermatia under natural conditions. In relation to the view that the spermatia are sexual cells, or at least were primitively so, it must be pointed out that although the actual fusion of the spermatial nucleus with a female nucleus has not been observed, yet in a few cases the spermatia have been seen to fuse with a projecting portion (trichogyne) of the ascogonium, as in Collema and Physcia, and there is very strong circumstantial evidence that fertilization takes place (see later in section on development of ascocarp). The resemblance of the spermatia and spermogonia to those of Uredineae should be pointed out, where also there is considerable evidence for their original sexual nature, though they appear in that group to be functionless in all cases. The observations of Möller, &c., on the germination cannot be assumed to negative the sexual hypothesis for the sexual cells of Ulothrix and Ectocarpus, for example 581 are able to develop with or without fusion. The most satisfactory view in the present state of our knowledge seems to be that the spermatia are male cells which, while retaining their fertilizing action in a few cases are now mainly functionless. The female sexual organs, the ascogonia, would thus in the majority of cases develop by the aid of some reduced sexual process or the ascocarps be developed without relation to sexual organs. A further argument in support of this view is that it is in complete agreement with what we know of the sexuality of the ordinary, free-living ascomycetes, where we find both normal and reduced forms (see Fungi).

Spermatia.—In most genera of lichens, small flask-shaped structures are found embedded in the thallus (fig. 13). These were studied by Tulasne in 1853, who named them spermogonia. The lower, ventral part of the spermogonium is lined with delicate hyphae, called sterigmata, which produce tiny colorless cells known as spermatia. The sterigmata can be either simple (fig. 13, C) or septate—the so-called arthrosterigmata (fig. 13, B). The spermogonia open through a small pore at the top, where the sterigmata converge, allowing the spermatia to escape (fig. 13). There are two opinions about the nature of the spermatia. One view suggests they are simply asexual conidia, and the term pycnoconidia is used since they are found in structures similar to the non-sexual pycnidia of other fungi. The other view posits that spermatia are the male sexual cells, and thus the name is appropriate; however, it's important to note that this was not Tulasne's perspective, even though he provided the term that carries a sexual implication. This question is quite challenging to resolve due to most spermatia appearing to be non-functional. Supporting the conidial view is the fact that in the case of Collema and a few other forms, spermatia have been induced to germinate in artificial cultures, and with Calicium parietinum, Möfler managed to produce a spermogonia bearing thallus from a spermatium. For the natural germination of spermatia, there’s only Hedlund's observation that in Catillaria denigrata and C. prasena, a thallus can develop from spermatia under natural conditions. Regarding the possibility that spermatia are sexual cells, or at least were originally, it should be noted that while actual fusion of a spermatial nucleus with a female nucleus hasn’t been documented, in a few instances, spermatia have been observed fusing with a protruding part (trichogyne) of the ascogonium, as seen in Collema and Physcia, and there is substantial circumstantial evidence suggesting that fertilization occurs (more on this in the section on the development of ascocarp). The similarity of spermatia and spermogonia to those of Uredineae should be highlighted, where there is also considerable evidence of their original sexual nature, although they seem to be functionless in all cases within that group. The observations by Möller, et al., regarding germination don't necessarily contradict the sexual hypothesis for the sexual cells of Ulothrix and Ectocarpus, for example, can develop with or without fusion. The most satisfactory current perspective appears to be that spermatia are male cells that, while still retaining the ability to fertilize in some cases, are now mainly non-functional. Therefore, the female sexual organs, the ascogonia, would mostly develop through some reduced sexual process, or the ascocarps could develop independently of sexual organs. An additional argument supporting this view is that it aligns perfectly with what we know about the sexuality of typical, free-living ascomycetes, where we observe both normal and reduced forms (see Fungi).

After Bornet, from De Bary’s Vergleichende Morphologie und Biologie der Pilze, Myceiozoen und Bacterien, by permission of Wilhelm Engelmann.
Fig. 11.—Lichen-forming Algae. (A, C, D, E mag. 950, B 650 times.) The alga is in all cases indicated by the letter g, the assailing hyphae by h.

A, Pleurococcus, Ag. (Cystococcus, Näg.) attacked by the germ-tube from a spore of Physica parietina.

A, Pleurococcus, Ag. (Cystococcus, Näg.) affected by the germ-tube from a spore of Physica parietina.

B, Scytonema from the thallus of Stereocaulon famulosum.

B, Scytonema from the thallus of Stereocaulon famulosum.

C, Nostoc from the thallus of Physma chalazanum.

C, Nostoc from the body of Physma chalazanum.

D, Gloeocapsa from the thallus of Synalissa Symphorea.

D, Gloeocapsa from the thallus of Synalissa Symphorea.

E, Pleurococcus Sp. (Cystococcus) from the thallus of Cladonia furcata.

E, Pleurococcus Sp. (Cystococcus) from the thallus of Cladonia furcata.

Fruit Bodies.—We find two chief types of fruit bodies in the lichens, the perithecium and apothecium; the first when the fungal element is a member of the Pyrenomycetes division of the Ascomycetes, the second when the fungus belongs to the Discomycetes division. In the two genera of lichens—the Basidiolichens—in which the fungus is a member of the Basidiomycetes, we have the fructification characteristic of that class of fungi: these are dealt with separately. The perithecium is very constant in form and since the gonidia take no part in the formation of this organ or that of the apothecium it has the general structure characteristic of that division of fungi. The apothecia, though of the normal fungal type and usually disk-shaped, are somewhat more variable, and since the variations are of value in classification some more details may be added.

Fruit Bodies.—There are two main types of fruit bodies in lichens: the perithecium and the apothecium; the first occurs when the fungal component is part of the Pyrenomycetes division of the Ascomycetes, while the second arises when the fungus is part of the Discomycetes division. In the two genera of lichens—the Basidiolichens—where the fungus is part of the Basidiomycetes, we see the characteristic fruiting bodies of that class of fungi: these are addressed separately. The perithecium has a consistent shape and since the gonidia do not contribute to the formation of this structure or that of the apothecium, it maintains the typical structure associated with that fungal division. The apothecia, while generally of the standard fungal type and often disk-shaped, exhibit a bit more variability, and since these variations are useful for classification, some additional details may follow.

After Schwendener, from De Bary’s Vergleichende Morphologie und Biologie der Pilze Mycetozoen und Bacterien, by permission of Wilhelm Engelmann.
Fig. 12.—Usnea barbata. (Mag. more than 500 times.)

c, An isolated mature soredium, with an algal cell (Pleurococcus) in the envelope or hyphae.

c, A single mature soredium, containing an algal cell (Pleurococcus) within the envelope or hyphae.

d, Another with several algal cells in optical longitudinal section.

d, Another showing multiple algal cells in a clear longitudinal section.

e, f, Two soredia in the act of germinating; the hyphal envelope has grown out below into rhizoid branches, and above shows already the structure of the apex of the thallus (see fig 9).

e, f, Two soredia starting to germinate; the hyphal covering has extended downward into rhizoid branches, and above it already shows the structure of the tip of the thallus (see fig 9).

They present various shapes, of which the following are the principal: (a) peltate, which are large, rounded, without any distinct thalline margin1 (e.g. Usnea, Peltigera); (b) lecanorine, or scutelliform, which are orbicular and surrounded by a distinct, more or less prominent thalline margin (e.g. Parmelia, Lecanora), having sometimes also in addition a proper one¹ (e.g. Thelotrema, Urceolaria); (c) lecideine, or patelliform, which are typically orbicular, with only a proper margin (e.g. Lecidea), sometimes obsolete, and which are occasionally irregular in shape, angular or flexuose (e.g. Lecidea jurana, L. myrmecina), or complicated and gyrose (e.g. Gyrophora), and even stipitate (e.g. Baeomyces); (d) lirelliform, which are of very irregular figure, elongated, branched or flexuose, with only a proper margin (e.g. Xylographa, Graphis, &c.) or none (e.g. some Arthoniae), and often very variable even in the same species. In colour the apothecia are extremely variable, and it is but rarely that they are the same colour as the thallus (e.g. Usnea, Ramalina). Usually they are of a different colour, and may be black, brown, yellowish, or also less frequently rose-coloured, rusty-red, orange-reddish, saffron, or of various intermediate shades. Occasionally in the same species their colour is very variable (e.g. Lecanora metaboloides, Lecidea decolorans), while sometimes they are white or glaucous, rarely greenish, pruinose. Lecideine apothecia, which are not black, but otherwise variously coloured, are termed biatorine.

They come in various shapes, the main ones being: (a) peltate, which are large and rounded, without any distinct thalline margin1 (e.g. Usnea, Peltigera); (b) lecanorine, or scutelliform, which are circular and have a distinct, more or less prominent thalline margin (e.g. Parmelia, Lecanora), sometimes with an additional proper one¹ (e.g. Thelotrema, Urceolaria); (c) lecideine, or patelliform, which are usually circular, with just a proper margin (e.g. Lecidea), sometimes barely noticeable, and can occasionally be irregular in shape, angular, or wavy (e.g. Lecidea jurana, L. myrmecina), or complex and gyrose (e.g. Gyrophora), and even stalked (e.g. Baeomyces); (d) lirelliform, which are very irregular in shape, elongated, branched, or wavy, with only a proper margin (e.g. Xylographa, Graphis, &c.) or none at all (e.g. some Arthoniae), and often very variable even within the same species. In terms of color, the apothecia are extremely varied, and it’s rare for them to match the color of the thallus (e.g. Usnea, Ramalina). Usually, they are a different color and can be black, brown, yellowish, or less frequently rose-colored, rusty-red, orange-reddish, saffron, or various intermediate shades. Occasionally, within the same species, their color is very variable (e.g. Lecanora metaboloides, Lecidea decolorans), and sometimes they may be white or glaucous, rarely greenish or pruinose. Lecideine apothecia, which are not black but otherwise come in various colors, are called biatorine.

After Tulasne, from De Bary’s Vergleichende Morphologie und Biologie der Pilze, Mycetozoen und Bacterien, by permission of Wilhelm Engelmann.
Fig. 13.—A, B, Gyrophora cylindrica. (A mag. 90, B 390 times, C highly magnified.)

A, A vertical median section through a spermogonium imbedded in the thallus.

A, A vertical median section through a spermogonium embedded in the thallus.

o, Upper rind.

O, Upper shell.

u, Under rind.

Under skin.

m, Medullary layer of the thallus.

m, Medullary layer of the thallus.

B, Portion of a very thin section from the base of the spermogonium.

B, A part of a very thin slice from the base of the spermogonium.

w, Its wall from which proceed sterigmata with rod-like spermatia (s).

w, The wall from which rod-like sperm cells, known as sterigmata (s), emerge.

m, Medullary hyphae of the thallus.

m, Medullary hyphae of the thallus.

C, Cladonia novae Angliae, Delise; sterigmata with spermatia from the spermogonium.

C, Cladonia novae Angliae, Delise; sterigmata with sperm cells from the spermogonium.

The two principal parts of which an apothecium consists are the hypothecium and the hymenium, or thecium. The hypothecium is the basal part of the apothecium on which the hymenium is borne; the latter consists of asci (thecae) with ascospores, and paraphyses. The paraphyses (which may be absent entirely in the Pyrenolichens) are erect, colourless filaments which are usually dilated and coloured at the apex; the apices are usually cemented together into a definite layer, the epithecium (fig. 14). The spores themselves may be unicellular without a septum or multicellular with one or more septa. Sometimes the two cavities are restricted to the two ends of the spore, the polari-bilocular type and the two loculi may be united 582 by a narrow channel (fig. 15). At other times the spores are divided by both transverse and longitudinal septa producing the muriform (murali-divided) spore so called from the resemblance of the individual chambers to the stones in a wall. The very large single spores of Pertusaria have been shown to contain numerous nuclei and when they germinate develop a large number of germ tubes.

The two main parts of an apothecium are the hypothecium and the hymenium, or thecium. The hypothecium is the base of the apothecium that supports the hymenium; the latter is made up of asci (thecae) with ascospores and paraphyses. The paraphyses (which may be entirely absent in Pyrenolichens) are upright, colorless filaments that are usually widened and colored at the tip; these tips are typically fused together into a distinct layer called the epithecium (fig. 14). The spores can be unicellular without a septum or multicellular with one or more septa. Sometimes the two cavities are limited to the ends of the spore, forming the polari-bilocular type, and the two loculi can be connected by a narrow channel (fig. 15). Other times, the spores have both transverse and longitudinal septa, creating the muriform (murali-divided) spore, named for the way the individual chambers resemble the stones in a wall. The large single spores of Pertusaria have been found to contain many nuclei, and when they germinate, they produce a large number of germ tubes.

After Darbishire, from Berichte der deutschen botanischen Gesellschaft, by permission of Borntraeger & Co.
Fig. 14.—Diagram showing Apothecium in Section and surrounding Portion of Thallus, and special terms used to designate these parts.

Development of the Ascocarps.—As the remarks on the nature of the spermatia show, the question of the sexuality of the lichens has been hotly disputed in common with that of the rest of the Ascomycetes. As indicated above, the weight of evidence seems to favour what has been put forward in the case of the non-lichen-forming fungi (see Fungi), that in some cases the ascogonia develop as a result of a previous fertilization by spermatia, in other cases the ascogonia develop without such a union, while in still other cases the reduction goes still farther and the ascogenous hyphae instead of developing from the ascogonia are derived directly from the vegetative hyphae.

Development of the Ascocarps.—As the observations about the nature of the spermatia indicate, the debate over the sexuality of lichens has been fiercely contested, just like that of other Ascomycetes. As mentioned earlier, the majority of evidence seems to support what has been suggested regarding non-lichen-forming fungi (see Fungi), that in some cases the ascogonia form as a result of prior fertilization by spermatia, while in other cases the ascogonia develop without any union. In yet other situations, the reduction goes even further, and the ascogenous hyphae, instead of coming from the ascogonia, are directly derived from the vegetative hyphae.

Fig. 15.—Vertical Section of Apothecium of Xanthoria parietina.

a, Paraphyses.

a, Paraphyses.

b, Asci (thecae) with bilocular spores.

b, Asci (thecae) with two chambers of spores.

c, Hypothecium.

c, Hypothecium.

After E. Baur, from Strasburger’s Lehrbuch der Botanik, by permission of Gustav Fischer.
Fig. 16.Collema crispum.

A, Carpogonium, c, with its trichogyne t.

A, Carpogonium, c, with its trichogyne t.

B, Apex of the trichogyne with the spermatium, s, attached.

B, Top of the trichogyne with the spermatium, s, connected.

The first exact knowledge as to the origin of the ascocarp was the work of Stahl on Collema in 1877. He showed that the archicarp consisted of two parts, a lower coiled portion, the ascogonium, and an upper portion, the trichogyne, which projected from the thallus. Only when a spermatium was found attached to the trichogyne did the further development of the ascogonium take place. From these observations he drew the natural conclusion that the spermatium was a male, sexual cell. This view was hotly contested by many workers and it was sought to explain the trichogyne—without much success—as a respiratory organ, or as a boring organ which made a way for the developing apothecium. It was not till 1898, however, that Stahl’s work received confirmation and addition at the hands of Baur (fig. 16). The latter showed that in Collema crispum there are two kinds of thalli, one with numerous apothecia, the other quite sterile or bearing only a few. The sterile thalli possessed no spermogonia, but were found to show sometimes as many as 1000 archicarps with trichogynes; yet none or very few came to maturity. The fertile thalli were shown to bear either spermogonia or to be in immediate connexion with spermogonia-bearing thalli. Furthermore Baur showed that after the fusion of the spermatium with the trichogyne the transverse walls of that organ became perforated. There was thus very strong circumstantial evidence in favour of fertilization, although the male nucleus was not traced. The further work of Baur, and that of Darbishire, Funfstuck and Lindau, have shown that in a number of other cases trichogynes are present. Thus ascogonia with trichogynes have been observed in Endocarpon, Collema, Pertusaria, Lecanora, Gyrophora, Parmelia, Ramalina, Physcia, Anaptychia and Cladonia. In Nephroma, Peltigera, Peltidea and Solorina a cogonia without trichogynes have been observed. In Collema and a form like Xanthoria parietina it is probable that actual fertilization takes place, and possibly also in some of the other forms. It is probable, however, that in the majority of cases the ascogonia develop without normal fertilization, as is necessarily the case where the ascogonia have no trichogynes or the spermatia are absent. In these cases we should expect to find some reduced process of fertilization similar to that of Humaria granulata among the ordinary Ascomycetes, where in the absence of the antheridia the female nuclei fuse in pairs. In other lichens we should expect to find the ascogenous hyphae arising directly from the vegetative hyphae as in Humaria rutilans among the ordinary fungi, where the process is associated with the fusion of vegetative nuclei. It is possible that Solorina saccata belongs to this class. Cytological details of nuclear behaviour among the lichens are, however, difficult to obtain owing to the slow growth of these forms and the often refractory nature of the material in the matter of preparation for microscopical examination.

The first definitive knowledge about the origin of the ascocarp was Stahl's work on Collema in 1877. He demonstrated that the archicarp was made up of two parts: a lower coiled section called the ascogonium and an upper part known as the trichogyne, which extended from the thallus. The development of the ascogonium only progressed when a spermatium was attached to the trichogyne. From these findings, he logically concluded that the spermatium was a male reproductive cell. This perspective faced strong opposition from many researchers, who attempted—unsuccessfully—to explain the trichogyne as a respiratory organ or a boring organ facilitating the growth of the developing apothecium. However, it wasn't until 1898 that Stahl's research was confirmed and expanded upon by Baur (fig. 16). Baur revealed that in Collema crispum there are two types of thalli: one with multiple apothecia and another that is mostly sterile or only produces a few. The sterile thalli lacked spermogonia but sometimes contained up to 1000 archicarps with trichogynes, though very few or none reached maturity. The fertile thalli either had spermogonia or were directly connected to thalli that bore spermogonia. Additionally, Baur showed that after the spermatium fused with the trichogyne, the transverse walls of that structure became perforated. This provided compelling circumstantial evidence for fertilization, even if the male nucleus was not observed. Further research by Baur, along with that of Darbishire, Funfstuck, and Lindau, has indicated that trichogynes are found in several other species. Thus, ascogonia with trichogynes have been noted in Endocarpon, Collema, Pertusaria, Lecanora, Gyrophora, Parmelia, Ramalina, Physcia, Anaptychia, and Cladonia. In Nephroma, Peltigera, Peltidea, and Solorina, ascogonia without trichogynes have been identified. In Collema and a form similar to Xanthoria parietina, it's likely that actual fertilization occurs, and possibly in some of the other species as well. However, in most cases, it's probable that the ascogonia develop without regular fertilization, especially where trichogynes are absent or sparmatia are missing. In such instances, we would expect to find some form of reduced fertilization process akin to that observed in Humaria granulata among standard Ascomycetes, where the absence of the antheridia allows the female nuclei to fuse in pairs. In other lichens, we might discover the ascogenous hyphae forming directly from the vegetative hyphae, similar to what happens in Humaria rutilans among common fungi, where this is linked to the fusion of vegetative nuclei. It's also possible that Solorina saccata falls into this category. However, obtaining cytological details about nuclear behavior in lichens is challenging due to their slow growth and the often stubborn nature of the material when preparing for microscopic examination.

Ejection of Spores.—The spores are ejected from the apothecia and perithecia as in the fungi by forcible ejaculation from the asci. In the majority of forms it is clear that the soredia rather than the ascospore must play the more important part in lichen distribution as the development of the ordinary spores is dependent on their finding the proper alga on the substratum on which they happen to fall. In a number of forms (Endocarpon pusillum, Stigmaatonima cataleptum, various species of Staurothele), however, there is a special arrangement by which the spores are, on ejection, associated with gonidia. In these forms gonidia are found in connexion with the young fruit; such algal cells undergo numerous divisions becoming very small in size and penetrating into the hymenium among the asci and paraphyses. When the spores are thrown out some of these hymenial gonidia, as they are called, are carried with them. When the spores germinate the germ-tubes surround the algal cells, which now increase in size and become the normal gonidia of the thallus.

Ejection of Spores.—The spores are ejected from the apothecia and perithecia, similar to how fungi forcefully release spores from the asci. In most cases, it’s clear that soredia play a more crucial role in the distribution of lichens than ascospores, since the development of the regular spores relies on finding the right alga on the surface they land on. However, in several forms (Endocarpon pusillum, Stigmaatonima cataleptum, various species of Staurothele), there’s a special arrangement where the spores are associated with gonidia upon ejection. In these cases, gonidia are linked to the young fruit; these algal cells undergo many divisions, becoming quite small and penetrating into the hymenium among the asci and paraphyses. When the spores are released, some of these hymenial gonidia, as they are called, are carried along with them. When the spores germinate, the germ-tubes surround the algal cells, which then grow larger and become the typical gonidia of the thallus.

Basidiolichens.

Basidiolichens.

From Strasburger’s Lehrbuch der Botanik, by permission of Gustav Fischer.
Fig. 17.Cora pavonia. A, Viewed from above; B, From below; hym, hymenium. (Nat. size.)

As is clear from the above, nearly all the lichens are produced by the association of an ascomycetous fungus with algae. For some obscure reason the Basidiomycetes do not readily form lichens, so that only a few forms are known in which the fungal element is a member of this family. The two best-known genera are Cora and Dictyonema; Corella, whose hymenium is unknown, is also placed here by Wainio. The so-called Gasterolichens, Trichocoma and Emericella, have been shown to be merely ascomycetous fungi. Clavaria mucida, however, has apparently some claims to be considered as a Basidiolichen, since the base of the fruit body and the thallus from which it arises, according to Coker, always shows a mixture of hyphae and algae.

As is clear from the above, almost all lichens are formed by the partnership of an ascomycetous fungus and algae. For some unknown reason, the Basidiomycetes don't easily form lichens, so only a few that include a member of this family are known. The two most recognized genera are Cora and Dictyonema; Corella, whose hymenium is not known, is also classified here by Wainio. The so-called Gasterolichens, Trichocoma and Emericella, have been shown to be just ascomycetous fungi. However, Clavaria mucida seems to have some criteria that allow it to be considered a Basidiolichen, since the base of the fruit body and the thallus from which it emerges, according to Coker, always displays a mix of hyphae and algae.

The best-known species is Cora pavonia, which is found in tropical regions growing on the bare earth and on trees; the gonidia belong to the genus Chroococcus while the fungus belongs, apparently, to the Thelephoreae (see Fungi). This lichen seems unique in the fact that the fungal element is also found growing and fruiting entirely devoid of algae, while in the 583 ascolichens the fungus portion seems to have become so specialized to its symbiotic mode of life that it is never found growing independently.

The most well-known species is Cora pavonia, which grows in tropical areas on bare ground and trees; the gonidia are part of the genus Chroococcus, while the fungus appears to belong to the Thelephoreae (see Fungi). This lichen is unique because the fungal part can grow and reproduce completely without algae, whereas in the 583 ascolichens, the fungal component seems to have become so specialized for its symbiotic lifestyle that it is never found growing on its own.

The genus Dictyonema has gonidia belonging to the blue-green alga, Scytonema. When the fungus predominates in the thallus it has a bracket-like mode of growth and is found projecting from the branches of trees with the hymenium on the under side. When the alga is predominant it forms felted patches on the bark of trees, the Laudatea form. It is said that the fungus of Cora pavonia and of Dictyonema is identical, the difference being in the nature of the alga.

The genus Dictyonema has gonidia from the blue-green alga, Scytonema. When the fungus is more prominent in the thallus, it grows in a bracket-like shape and sticks out from the branches of trees with the hymenium underneath. When the alga takes over, it forms felted patches on tree bark, which is the Laudatea form. It’s said that the fungi from Cora pavonia and Dictyonema are the same, with the only difference being the type of alga.

Mode of Life.

Lifestyle.

Lichens are found growing in various situations such as bare earth, the bark of trees, dead wood, the surface of stones and rocks, where they have little competition to fear from ordinary plants. As is well known, the lichens are often found in the most exposed and arid situations; in the extreme polar regions these plants are practically the only vegetable forms of life. They owe their capacity to live under the most inhospitable conditions to the dual nature of the organism, and to their capacity to withstand extremes of heat, cold and drought without destruction. On a bare rocky surface a fungus would die from want of organic substance and an alga from drought and want of mineral substances. The lichen, however, is able to grow as the alga supplies organic food material and the fungus has developed a battery of acids (see below) which enable it actually to dissolve the most resistant rocks. It is owing to the power of disintegrating by both mechanical and chemical means the rocks on which they are growing that lichens play such an important part in soil-production. The resistance of lichens is extraordinary; they may be cooled to very low temperatures and heated to high temperatures without being killed. They may be dried so thoroughly that they can easily be reduced to powder yet their vitality is not destroyed but only suspended; on being supplied with water they absorb it rapidly by their general surface and renew their activity. The life of many lichens thus consists of alternating periods of activity when moisture is plentiful, and completely suspended animation under conditions of dryness. Though so little sensitive to drought and extremes of temperature lichens appear to be very easily affected by the presence in the air of noxious substances such as are found in large cities or manufacturing towns. In such districts lichen vegetation is entirely or almost entirely absent. The growth of lichens is extremely slow and many of them take years before they arrive at a spore-bearing stage. Xanthoria parietina has been known to grow for forty-five years before bearing apothecia. This slowness of growth is associated with great length of life and it is probable that individuals found growing on hard mountain rocks or on the trunks of aged trees are many hundreds of years old. It is possible that specimens of such long-lived species as Lecidea geographica actually outrival in longevity the oldest trees.

Lichens can be found growing in various places like bare soil, tree bark, dead wood, and the surfaces of stones and rocks, where they face little competition from typical plants. As is widely known, lichens often inhabit the most exposed and dry locations; in the extreme polar regions, these organisms are nearly the only forms of plant life. They owe their ability to survive in the harshest conditions to their unique structure and their capacity to endure extreme heat, cold, and drought without damage. In a bare rocky area, a fungus would die due to lack of organic material, and an alga would perish from drought and lack of minerals. However, a lichen can thrive because the alga provides organic food, while the fungus has developed acids (see below) that can actually dissolve even the toughest rocks. It is this ability to break down rocks through both mechanical and chemical means that allows lichens to play a significant role in soil production. Lichens are incredibly resilient; they can be cooled to very low temperatures or heated to high temperatures without dying. They can be dried out so much that they can be easily turned into powder, yet their vitality remains intact; once they receive water, they quickly absorb it through their surface and resume their activity. The life cycle of many lichens consists of alternating periods of activity when moisture is abundant and complete dormancy in dry conditions. Despite being so resilient to drought and temperature extremes, lichens seem to be very vulnerable to harmful substances in the air, such as those found in large cities or industrial areas. In these regions, lichen growth is largely absent. The growth of lichens is extremely slow, with many taking years to reach a stage where they can produce spores. For instance, Xanthoria parietina has been observed taking forty-five years before producing apothecia. This slow growth is associated with a long lifespan, and it’s likely that lichens growing on hard mountain rocks or the trunks of old trees are several hundred years old. Some long-lived species like Lecidea geographica may actually outlive the oldest trees.

Relation of Fungus and Alga.

Relationship Between Fungus and Alga.

The relation of the two constituents of the lichen have been briefly stated in the beginning of this article. The relation of the fungus to the alga, though it may be described in general terms as one of symbiosis, partakes also somewhat of the nature of parasitism. The algal cells are usually controlled in their growth by the hyphae and are prevented from forming zoospores, and in some cases, as already described, the algal cells are killed sooner or later by the fungus. The fungus seems, on the other hand, to stimulate the algal cells to special development, for those in the lichen are larger than those in the free state, but this is not necessarily adverse to the idea of parasitism, for it is well known that an increase in the size of the cells of the host is often the result of the attacks of parasitic fungi. It must be borne in mind that the exact nutritive relations of the two constituents of the lichen have not been completely elucidated, and that it is very difficult to draw the line between symbiosis and parasitism. The lichen algae are not alone in their specialization to the symbiotic (or parasitic) mode of life, for, as stated earlier, the fungus appear in the majority of cases to have completely lost the power of independent development since with very rare exceptions they are not found alone. They also differ very markedly from free living fungi in their chemical reactions.

The relationship between the two components of lichen was briefly mentioned at the start of this article. The connection between the fungus and the alga can generally be described as symbiotic, but it also has elements of parasitism. The algal cells are typically influenced in their growth by the hyphae, which prevent them from producing zoospores, and in some cases, as previously mentioned, the fungus eventually kills the algal cells. On the flip side, the fungus seems to encourage the algal cells to develop in specific ways, as those within the lichen are larger than those existing freely, but this doesn’t contradict the concept of parasitism; it’s well known that a host's cell size can increase as a result of parasitic fungi attacks. It's important to keep in mind that the exact nutritional relationships between the two components of lichen haven’t been fully clarified, and it’s quite challenging to differentiate between symbiosis and parasitism. Lichen algae aren’t alone in adapting to a symbiotic (or parasitic) lifestyle, as, as mentioned earlier, the fungus in most cases seems to have completely lost the ability to develop independently since they are rarely found alone. They also show significant differences from free-living fungi in their chemical reactions.

Chemistry of Lichens.

Lichen Chemistry.

The chemistry of lichens is very complex, not yet fully investigated and can only be very briefly dealt with here. The wall of the hyphae of the fungus give in the young state the ordinary reactions of cellulose but older material shows somewhat different reactions, similar to those of the so-called fungus-cellulose. In many lichen-fungi the wall shows various chemical modifications. In numerous lichens, e.g. Cetraria islandica, the wall contains Lichenin (C6H10O5), a gummy substance which swells in cold water and dissolves in hot. Besides this substance, a very similar one, Isolichenin, is also found which is distinguished from lichenin by the fact that it dissolves in cold water and turns blue under the reaction of Iodine. Calcium oxalate is a very common substance, especially in crustaceous lichens; fatty oil in the form of drops or as an infiltration in the membrane is also common; it sometimes occurs in special cells and in extreme cases may represent 90% of the dry substance as in Verrucaria calciseda, Biatora immersa.

The chemistry of lichens is very complex, not yet fully explored, and can only be briefly discussed here. The walls of the fungal hyphae show typical cellulose reactions when they are young, but as they age, they exhibit different reactions, similar to those of what's called fungus-cellulose. In many lichen-fungi, the wall shows various chemical modifications. In numerous lichens, like Cetraria islandica, the wall contains Lichenin (C6H10O5), a gummy substance that swells in cold water and dissolves in hot water. Along with this, a very similar substance called Isolichenin is also found, which differs from lichenin in that it dissolves in cold water and turns blue when exposed to iodine. Calcium oxalate is a common substance, especially in crusty lichens; fatty oil often appears as drops or infiltrates the membranes and can sometimes make up 90% of the dry weight, as seen in Verrucaria calciseda and Biatora immersa.

Colouring Matters.—Many lichens, as is well known, exhibit a vivid colouring which is usually due to the incrustation of the hyphae with crystalline excretory products. These excretory products have usually an acid nature and hence are generally known as lichen-acids. A large number of these acids, which are mostly benzene derivatives, have been isolated and more or less closely investigated. They are characterized by their insolubility or very slight solubility in water; as examples may be mentioned erythrinic acid in Roccella and Lecanora; evernic acid in species of Evernia, Ramalina and Cladonia; lecanoric acid in Lecanora, Gyrophora. The so-called chrysophanic acid found in Xanthoria (Physcia) parietina is not an acid but a quinone and is better termed physcion.

Color Matters.—Many lichens are known for their bright colors, which usually come from the coating of their hyphae with crystalline waste products. These waste products are typically acidic, so they’re commonly referred to as lichen acids. Many of these acids, most of which are derivatives of benzene, have been isolated and studied to some extent. They are marked by their insolubility or very low solubility in water; for example, erythrinic acid in Roccella and Lecanora; evernic acid in species of Evernia, Ramalina, and Cladonia; lecanoric acid in Lecanora and Gyrophora. The so-called chrysophanic acid found in Xanthoria (Physcia) parietina isn’t actually an acid but a quinone, and it’s more accurately called physcion.

Colour Reactions of Lichens.—The classification of lichens is unique in the fact that chemical colour reactions are used by many lichenologists in the discrimination of species, and these reactions are included in the specific diagnoses. The substances used as tests in these reactions are caustic potash and calcium hypochlorite; the former being the substance dissolved in an equal weight of water and the latter a saturated extract of bleaching powder in water. These substances are represented by lichenologists by the signs K and CaCl respectively, and the presence or absence of the colour reactions are represented thus, K+, CaCl+, or K−, CaCl−. If the cortical layer should exhibit positive reaction and the medulla of the same species a negative reaction with both reagents, the result is represented thus, K±CaCl±. If a reaction is only produced after the consecutive addition of the two reagents, this is symbolized by K(CaCl)+. A solution of iodine is also used as a test owing to the blue or wine-red colour which the thallus, hymenium or spores may give with this reagent. The objection to the case of these colour reactions is due to the indefinite nature of the reaction and the doubt as to the constant presence of a definite chemical compound in a given species. A yellow colour with caustic potash solution is produced not only by atranoric acid but also by evernic acid, thamnolic acid, &c. Again in the case of Xanthoria parietina vulpinic acid is only to be found in young thalli growing on sandstone; in older forms or in those growing on another substratum it is not to be detected. A similar relation between oil formation and the nature of the substratum has been observed in many lichens. Considerations such as these should make one very wary in placing reliance on these colour reactions for the purposes of classification.

Color Reactions of Lichens.—The classification of lichens is distinct because many lichenologists use chemical color reactions to identify species, and these reactions are part of the specific diagnoses. The substances used for testing are caustic potash and calcium hypochlorite; the former is dissolved in an equal weight of water and the latter is a saturated extract of bleaching powder in water. These substances are denoted by lichenologists as K and CaCl, respectively, and the presence or absence of the color reactions is indicated as K+, CaCl+, or K−, CaCl−. If the outer layer shows a positive reaction while the inner part of the same species shows a negative reaction with both reagents, this is represented as K±CaCl±. If a reaction occurs only after adding both reagents consecutively, it's indicated as K(CaCl)+. A solution of iodine is also used as a test due to the blue or wine-red color it can produce in the thallus, hymenium, or spores. The criticism of these color reactions stems from their uncertain nature and the doubt about whether a specific chemical compound is consistently present in a certain species. A yellow color with caustic potash solution can be caused not only by atranoric acid but also by evernic acid, thamnolic acid, etc. Additionally, in the case of Xanthoria parietina, vulpinic acid is only found in young thalli growing on sandstone; it cannot be detected in older forms or those on different substrates. A similar connection between oil formation and the type of substrate has been observed in many lichens. Such considerations should make one very cautious about relying on these color reactions for classification purposes.

Economic Uses of Lichens.

Practical Uses of Lichens.

In the arts, as food and as medicine, many lichens have been highly esteemed, though others are not now employed for the same purposes as formerly.

In the arts, as food, and as medicine, many lichens have been highly valued, although some are no longer used for the same purposes as before.

1. Lichens Used in the Arts.—Of these the most important are such as yield, by maceration in ammonia, the dyes known in commerce as archil, cudbear and litmus. These, however, may with propriety be regarded as but different names for the same pigmentary substance, the variations in the character of which are attributable to the different modes in which the pigments are manufactured. Archil proper is derived from several species of Roccella (e.g. R. Montaguei, R. tinctoria), which yield a rich purple dye; it once fetched a high price in the market. Of considerable value is the “perelle” prepared from Lecanora parella, and used in the preparation of a red or crimson dye. Inferior to this is “cudbear,” derived from Lecanora tartarea, which was formerly very extensively employed by the peasantry of north Europe for giving a scarlet or purple colour to woollen cloths. By adding certain alkalies to the other ingredients used 584 in the preparation of these pigments, the colour becomes indigo-blue, in which case it is the litmus of the Dutch manufacturers. Amongst other lichens affording red, purple or brown dyes may be mentioned Ramalina scopulorum, Parmelia, saxatilis and P. amphalodes, Umbilicaria pustulata and several species of Gyrophora, Urceolaria scruposa, all of which are more or less employed as domestic dyes. Yellow dyes, again, are derived from Chlorea vulpina, Platysma juniperinum, Parmelia caperata and P. conspersa, Physcia flavicans, Ph. parietina and Ph. lychnea, though like the preceding they do not form articles of commerce, being merely used locally by the natives of the regions in which they occur most plentifully. In addition to these, many exotic lichens, belonging especially to Parmelia and Sticta (e.g. Parmelia tinctorum, Sticta argyracea), are rich in colouring matter, and, if obtained in sufficient quantity, would yield a dye in every way equal to archil. These pigments primarily depend upon special acids contained in the thalli of lichens, and their presence may readily be detected by means of the reagents already noticed. In the process of manufacture, however, they undergo various changes, of which the chemistry is still but little understood. At one time also some species were used in the arts for supplying a gum as a substitute for gum-arabic. These were chiefly Ramalina fraxinea, Evernia prunastri and Parmelia physodes, all of which contain a considerable proportion of gummy matter (of a much inferior quality, however, to gum-arabic), and were employed in the process of calico-printing and in the making of parchment and cardboard. In the 17th century some filamentose and fruticulose lichens, viz. species of Usnea and Ramalina, also Evernia furfuracea and Cladonia rangiferina, were used in the art of perfumery. From their supposed aptitude to imbibe and retain odours, their powder was the basis of various perfumes, such as the celebrated “Poudre de Cypre” of the hairdressers, but their employment in this respect has long since been abandoned.

1. Lichens Used in the Arts.—The most important lichens are those that produce dyes known in commerce as archil, cudbear, and litmus when soaked in ammonia. These can be viewed as different names for the same pigment, with variations due to the different methods used to make the pigments. Archil comes from several species of Roccella (like R. Montaguei and R. tinctoria), which produce a rich purple dye that was once quite valuable. The “perelle,” made from Lecanora parella, is also valuable and is used to create a red or crimson dye. “Cudbear,” produced from Lecanora tartarea, was widely used by rural populations in Northern Europe for dyeing wool fabrics scarlet or purple. By adding certain alkalis to the ingredients in these pigments, the color shifts to indigo-blue, known as the litmus made by Dutch manufacturers. Other lichens that provide red, purple, or brown dyes include Ramalina scopulorum, Parmelia saxatilis, P. amphalodes, Umbilicaria pustulata, and various species of Gyrophora and Urceolaria scruposa, which are often used as domestic dyes. Yellow dyes come from Chlorea vulpina, Platysma juniperinum, Parmelia caperata, P. conspersa, Physcia flavicans, Ph. parietina, and Ph. lychnea, but like the previous dyes, they are used locally by the natives in areas where they are abundant rather than sold commercially. Additionally, many exotic lichens, particularly from Parmelia and Sticta (such as Parmelia tinctorum and Sticta argyracea), are full of coloring agents and could produce a dye on par with archil if gathered in large enough quantities. These pigments depend mainly on specific acids found in the lichens, which can be detected using the previously mentioned reagents. During production, they go through various changes that are still not well understood in terms of chemistry. Once upon a time, some lichens were also used to provide a gum substitute for gum-arabic. Mainly Ramalina fraxinea, Evernia prunastri, and Parmelia physodes contain a significant amount of gummy material (though of much lower quality than gum-arabic) and were used in calico printing and to create parchment and cardboard. In the 17th century, some thread-like and branched lichens, such as species of Usnea, Ramalina, Evernia furfuracea, and Cladonia rangiferina, were used in perfumery. Their ability to absorb and hold scents meant their powdered form was a base for various perfumes, including the famous “Poudre de Cypre” used by hairdressers, though their use in this area has long been discontinued.

2. Nutritive Lichens.—Of still greater importance is the capacity of many species for supplying food for man and beast. This results from their containing starchy substances, and in some cases a small quantity of saccharine matter of the nature of mannite. One of the most useful nutritious species is Cetraria islandica, “Iceland moss,” which, after being deprived of its bitterness by boiling in water, is reduced to a powder and made into cakes, or is boiled and eaten with milk by the poor Icelander, whose sole food it often constitutes. Similarly Cladonia rangiferina and Cl. sylvatica, the familiar “reindeer moss,” are frequently eaten by man in times of scarcity, after being powdered and mixed with flour. Their chief importance, however, is that in Lapland and other northern countries they supply the winter food of the reindeer and other animals, who scrape away the snow and eagerly feed upon them. Another nutritious lichen is the “Tripe de Roche” of the arctic regions, consisting of several species of the Gyrophorei, which when boiled is often eaten by the Canadian hunters and Red Indians when pressed by hunger. But the most singular esculent lichen of all is the “manna lichen,” which in times of drought and famine has served as food for large numbers of men and cattle in the arid steppes of various countries stretching from Algiers to Tartary. This is derived chiefly from Lecanora esculenta, which grows unattached on the ground in layers from 3 to 6 in. thick over large tracts of country in the form of small irregular lumps of a greyish or white colour. In connexion with their use as food we may observe that of recent years in Scandinavia and Russia an alcoholic spirit has been distilled from Cladonia rangiferina and extensively consumed, especially in seasons when potatoes were scarce and dear. Formerly also Sticta pulmonaria was much employed in brewing instead of hops, and it is said that a Siberian monastery was much celebrated for its beer which was flavoured with the bitter principle of this species.

2. Nutritive Lichens.—Even more importantly, many species can provide food for both humans and animals. This is due to their content of starchy substances, and in some cases, a small amount of sugar-like matter called mannitol. One of the most useful nutritious species is Cetraria islandica, known as “Iceland moss,” which is made less bitter by boiling in water, then ground into a powder and formed into cakes, or boiled and eaten with milk by the impoverished Icelanders, for whom it often serves as their only food. Similarly, Cladonia rangiferina and Cl. sylvatica, commonly referred to as “reindeer moss,” are frequently consumed by people during tough times, after being ground and mixed with flour. However, their primary significance lies in the fact that in Lapland and other northern regions, they provide winter food for reindeer and other animals, who dig through the snow to eat them. Another nourishing lichen is the “Tripe de Roche” found in arctic areas, which includes several species of Gyrophorei; it is often boiled and eaten by Canadian hunters and Indigenous peoples when they are hungry. The most unique edible lichen is the “manna lichen,” which has been used as food for many people and animals during droughts and famines in the dry steppes across various countries from Algeria to Tartary. This mainly comes from Lecanora esculenta, which grows unattached on the ground in thick layers of 3 to 6 inches over large areas, appearing as small irregular lumps that are greyish or white in color. In relation to their use as food, it’s worth noting that in recent years, an alcoholic drink has been distilled from Cladonia rangiferina in Scandinavia and Russia and has been widely consumed, particularly during times when potatoes were scarce and pricey. Additionally, Sticta pulmonaria was previously used significantly in brewing as a substitute for hops, and it’s said that a monastery in Siberia was quite famous for beer flavored with the bitter compound from this species.

3. Medicinal Lichens.—During the middle ages, and even in some quarters to a much later period, lichens were extensively used in medicine in various European countries. Many species had a great repute as demulcents, febrifuges, astringents, tonics, purgatives and anthelmintics. The chief of those employed for one or other, and in some cases for several, of these purposes were Cladonia pyxidata, Usnea barbata, Ramalina farinacea, Evernia prunastri, Cetraria ìslandica, Sticla pulmonaria, Parmelia saxatilis, Xanthoria parietina and Pertusaria amara. Others again were believed to be endowed with specific virtues, e.g. Peltigera canina, which formed the basis of the celebrated “pulvis antilyssus” of Dr Mead, long regarded as a sovereign cure for hydrophobia; Platysma juniperinum, lauded as a specific in jaundice, no doubt on the similia similibus principle from a resemblance between its yellow colour and that of the jaundiced skin; Peltidea aphthosa, which on the same principle was regarded by the Swedes, when boiled in milk, as an effectual remedy for the aphthae or rash on their children. Almost all of these virtues, general or specific, were imaginary; and at the present day, except perhaps in some remoter districts of northern Europe, only one of them is employed as a remedial agent. This is the “Iceland moss” of the druggists’ shops, which is undoubtedly an excellent demulcent in various dyspeptic and chest complaints. No lichen is known to be possessed of any poisonous properties to man, although Chlorea vulpina is believed by the Swedes to be so. Zukal has considered that the lichen acids protect the lichen from the attacks of animals; the experiments of Zopf, however, have cast doubt on this; certainly lichens containing very bitter acids are eaten by mites though some of the acids appear to be poisonous to frogs.

3. Medicinal Lichens.—During the Middle Ages, and even in some areas for much longer, lichens were widely used in medicine across various European countries. Many species were highly regarded as soothing agents, fever reducers, astringents, tonics, laxatives, and anti-parasitic treatments. The main ones used for one or more of these purposes included Cladonia pyxidata, Usnea barbata, Ramalina farinacea, Evernia prunastri, Cetraria islandica, Sticla pulmonaria, Parmelia saxatilis, Xanthoria parietina, and Pertusaria amara. Others were thought to have special properties, such as Peltigera canina, which was the main ingredient in the famous “pulvis antilyssus” from Dr. Mead, long considered a cure for rabies; Platysma juniperinum, praised as a treatment for jaundice, likely due to its yellow color resembling that of jaundiced skin; and Peltidea aphthosa, which the Swedes believed, when boiled in milk, was an effective remedy for the rash in their children. Almost all of these believed benefits, whether general or specific, were unfounded; today, except maybe in some remote areas of northern Europe, only one is still used for medical purposes. This is the “Iceland moss” found in pharmacies, which is indeed a good soothing agent for various digestive and respiratory issues. No lichen is known to be poisonous to humans, although the Swedes think Chlorea vulpina may be. Zukal has suggested that the acids in lichens protect them from animals, but Zopf’s experiments have raised doubts about this; certainly, lichens with very bitter acids are eaten by mites, even though some of the acids seem to be toxic to frogs.

Classification.

Classification.

The dual nature of the lichen thallus introduces at the outset a classificatory difficulty. Theoretically the lichens may be classified on the basis of their algal constituent, on the basis of their fungal constituent, or they may be classified as if they were homogeneous organisms. The first of these systems is impracticable owing to the absence of algal reproductive organs and the similarity of the algal cells (gonidia) in a large number of different forms. The second system is the most obvious one, since the fungus is the dominant partner and produces reproductive organs. The third system was that of Nylander and his followers, who did not accept the Schwenderian doctrine of duality. In actual practice the difference between the second and third methods is not very great since the fungus is the producer of the reproductive organs and generally the main constituent. Most systems agree in deriving the major divisions from the characters of the reproductive organs (perithecia, apothecia, or basidiospore bearing fructification), while the characters of the algal cells and those of the thallus generally are used for the minor divisions. The difference between the various systems lies in the relative importance given to the reproductive characters on the one hand and the vegetative characters on the other. In the system (1854-1855) of Nylander the greater weight is given to the latter, while in more modern systems the former characters receive the more attention.

The dual nature of the lichen thallus presents a classification challenge from the start. In theory, lichens can be classified based on their algal component, their fungal component, or they can be treated as if they were uniform organisms. The first classification system is impractical because of the lack of algal reproductive organs and the similarity of algal cells (gonidia) across many different forms. The second system is the most straightforward, since the fungus is the dominant partner and produces reproductive organs. The third system, proposed by Nylander and his followers, dismissed the Schwenderian idea of duality. In practice, the difference between the second and third methods is not very significant since the fungus produces the reproductive organs and is usually the main component. Most classification systems agree on categorizing the major divisions based on the characteristics of the reproductive organs (perithecia, apothecia, or basidiospore-bearing structures), while the characteristics of the algal cells and the thallus are typically used for minor divisions. The main difference among various systems lies in the emphasis placed on reproductive characters versus vegetative characters. In Nylander's system (1854-1855), more weight is given to vegetative characteristics, while more modern systems focus more on reproductive traits.

A brief outline of a system of classification, mainly that of Zahlbruckner as given in Engler and Prantl’s Pflanzenfamilien, is outlined below.

A brief outline of a classification system, primarily that of Zahlbruckner as presented in Engler and Prantl’s Pflanzenfamilien, is provided below.

There are two main divisions of lichens, Ascolichenes and Basidiolichenes, according to the nature of the fungal element, whether an ascomycete or basidiomycete. The Ascolichenes are again divided into Pyrenocarpeae or Pyrenolichenes and Gymnocarpeae or Discolichenes; the first having an ascocarp of the nature of a perithecium, the second bearing their ascospores in an open apothecium.

There are two main categories of lichens, Ascolichenes and Basidiolichenes, based on the type of fungus involved, whether it's an ascomycete or a basidiomycete. The Ascolichenes are further divided into Pyrenocarpeae or Pyrenolichenes and Gymnocarpeae or Discolichenes; the first group has an ascocarp similar to a perithecium, while the second contains their ascospores in an open apothecium.

Pyrenolichenes

Pyrenolichenes

Series I. Perithecium simple not divided.

Series I. Simple perithecium not divided.

a. With Pleurococcus or Palmella gonidia. Moriolaceae, Verrucariaceae, Pyrenothamnaceae.

a. With Pleurococcus or Palmella cells. Moriolaceae, Verrucariaceae, Pyrenothamnaceae.

b. With Chroolepus gonidia. Pyrenulaceae, Paratheliaceae.

With Chroolepus gonidia. Pyrenulaceae, Paratheliaceae.

c. With Phyllactidium or Cephaleurus gonidia. Strigulaceae.

c. With Phyllactidium or Cephaleurus gonidia. Strigulaceae.

d. With Nostoc or Scytonema gonidia. Pyrenidiaceae.

d. With Nostoc or Scytonema cells. Pyrenidiaceae.

Series II. Perithecia divided or imperfectly divided by cross-walls. Mycoporaceae with Palmella or Chroolepus gonidia.

Series II. Perithecia split or not fully split by cross-walls. Mycoporaceae with Palmella or Chroolepus gonidia.

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Discolichenes

Discolichenes

Series I. Coniocarpineae. The paraphyses branch and form a network (capillitium) over the asci, the capillitium and ejected spores forming a long persistent powdery mass (mazaedium).

Series I. Coniocarpineae. The paraphyses branch out and create a network (capillitium) above the asci, with the capillitium and released spores coming together to form a long-lasting powdery mass (mazaedium).

Caliciaceae, Cypheliaceae, Sphaerophoraceae.

Caliciaceae, Cypheliaceae, Sphaerophoraceae.

Series II. Graphidineae. Apothecia seldom round, usually elongated-ellipsoidal, no capillitium.

Series II. Graphidineae. Apothecia are rarely round, usually elongated-ellipsoidal, with no capillitium.

Arthoniaceae, Graphidiaceae, Roccellaceae.

Arthoniaceae, Graphidiaceae, Roccellaceae.

Series III. Cyclocarpineae, Apothecium usually circular, no capillitium.

Series III. Cyclocarpineae, Apothecium usually round, no capillitium.

A. Spores usually two-celled, either with a strongly thickened cross-wall often perforated by a narrow canal or with cross-wall only slightly thickened. In the first case the spores are usually colourless, the second case always brown. Buelliaceae, Physciaceae.

A. Spores are usually two cells, either with a thick cross-wall that often has a narrow opening or with a cross-wall that is only slightly thickened. In the first case, the spores are typically colorless; in the second case, they are always brown. Buelliaceae, Physciaceae.

B. Spores unicellular, parallel-multicellular or muriform, usually colourless, cross-walls usually thin.

B. Spores are unicellular, parallel-multicellular, or muriform, typically colorless, with cross-walls usually being thin.

α Thallus in moist state more or less gelatinous. Gonidia always belonging to the Cyanophyceae, Lichinaceae, Ephebaceae, Collemaceae, Pyrenopsidaceae.

α Thallus in a moist state is more or less gelatinous. Gonidia are always associated with the Cyanophyceae, Lichinaceae, Ephebaceae, Collemaceae, and Pyrenopsidaceae.

β Thallus not gelatinous. Coenogoniaceae, Lecideaceae, Cladoniaceae, Lecanoraceae, Pertusariaceae, Peltigeraceae, Stictaceae, Pannariaceae, Gyrophoraceae, Parmeliaceae, Cladoniaceae, Usneaceae.

β Thallus not gelatinous. Coenogoniaceae, Lecideaceae, Cladoniaceae, Lecanoraceae, Pertusariaceae, Peltigeraceae, Stictaceae, Pannariaceae, Gyrophoraceae, Parmeliaceae, Cladoniaceae, Usneaceae.

Basidiolichenes (Hymenolichenes)

Basidiolichenes (Hymenolichenes)

Cora, Dictyonema (incl. Laudatea), Corella (doubtfully placed here as the hymenium is unknown).

Cora, Dictyonema (including Laudatea), Corella (questionably included here as the hymenium is not known).

Habitats and Distribution of Lichens.

Lichen Habitats and Distribution.

1. Habitats.—These are extremely varied, and comprise a great number of very different substrata. Chiefly, however, they are the bark of trees, rocks, the ground, mosses and, rarely, perennial leaves. (a) With respect to corticolous lichens, some prefer the rugged bark of old trees (e.g. Ramalina, Parmelia, Stictei) and others the smooth bark of young trees and shrubs (e.g. Graphidei and some Lecideae). Many are found principally in large forests (e.g. Usnea, Alectoria jubata); while a few occur more especially on trees by roadsides (e.g. Physcia parietina and Ph. pulverulenta). In connexion with corticolous lichens may be mentioned those lignicole species which grow on decayed, or decaying wood of trees and on old pales (e.g. Caliciei, various Lecideae, Xylographa), (b) As to saxicolous lichens, which occur on rocks and stones, they may be divided into two sections, viz. calcicolous and calcifugous. To the former belong such as are found on calcareous and cretaceous rocks, and the mortar of walls (e.g. Lecanora calcarea, Lecidea calcivora and several Verrucariae), while all other saxicolous lichens may be regarded as belonging to the latter, whatever may be the mineralogical character of the substratum. It is here worthy of notice that the apothecia of several calcicolous lichens (e.g. Lecanora Prevostii, Lecidea calcivora) have the power of forming minute cavities in the rock, in which they are partially buried. (c) With respect to terrestrial species, some prefer peaty soil (e.g. Cladonia, Lecidea decolorans), others calcareous soil (e.g. Lecanora crassa, Lecidea decipiens), others sandy soil or hardened mud (e.g. Collema limosum, Peltidea venosa); while many may be found growing on all kinds of soil, from the sands of the sea-shore to the granitic detritus of lofty mountains, with the exception of course of cultivated ground, there being no agrarian lichens. (d) Muscicolous lichens again are such as are most frequently met with on decayed mosses and Jungermannia, whether on the ground, trees or rocks (e.g. Leptogium muscicola, Gomphillus calicioides). (e) The epiphyllous species are very peculiar as occurring upon perennial leaves of certain trees and shrubs, whose vitality is not at all affected by their presence as it is by that of fungi. In so far, however, as is known, they are very limited in number (e.g. Lecidea, Bouteillei, Strigula).

1. Habitats.—These are incredibly diverse and include a wide range of different surfaces. Generally, they consist of tree bark, rocks, soil, mosses, and, less commonly, everlasting leaves. (a) Regarding corticolous lichens, some prefer the rough bark of old trees (e.g. Ramalina, Parmelia, Stictei), while others favor the smooth bark of young trees and shrubs (e.g. Graphidei and some Lecideae). Many are primarily found in large forests (e.g. Usnea, Alectoria jubata), while a few specifically grow on trees along roadsides (e.g. Physcia parietina and Ph. pulverulenta). In connection with corticolous lichens, it's worth noting the lignicole species that grow on decayed or decaying wood of trees and on old fence posts (e.g. Caliciei, various Lecideae, Xylographa). (b) As for saxicolous lichens, which grow on rocks and stones, they can be divided into two categories: calcicolous and calcifugous. The first group includes those found on limestone and chalky rocks, as well as the mortar of walls (e.g. Lecanora calcarea, Lecidea calcivora, and several Verrucariae), while all other saxicolous lichens can be classified as belonging to the latter category, regardless of the mineral composition of the surface. It's notable that the apothecia of several calcicolous lichens (e.g. Lecanora Prevostii, Lecidea calcivora) can create small cavities in the rock where they are partially embedded. (c) Concerning terrestrial species, some prefer peat soil (e.g. Cladonia, Lecidea decolorans), others thrive in calcareous soil (e.g. Lecanora crassa, Lecidea decipiens), and some favor sandy soil or hardened mud (e.g. Collema limosum, Peltidea venosa); many can be found growing in various types of soil, from seaside sand to granitic debris of high mountains, except of course in cultivated areas, which do not have any agricultural lichens. (d) Muscicolous lichens are typically found on decayed mosses and Jungermannia, whether on the ground, trees, or rocks (e.g. Leptogium muscicola, Gomphillus calicioides). (e) The epiphyllous species are quite unique, occurring on the perennial leaves of certain trees and shrubs, and they do not affect the vitality of their hosts as fungi do. However, as far as is known, they are quite limited in number (e.g. Lecidea, Bouteillei, Strigula).

Sometimes various lichens occur abnormally in such unexpected habitats as dried dung of sheep, bleached bones of reindeer and whales, old leather, iron and glass, in districts where the species are abundant. It is apparent that in many cases lichens are quite indifferent to the substrata on which they occur, whence we infer that the preference of several for certain substrata depends upon the temperature of the locality or that of the special habitat. Thus in the case of saxicolous lichens the mineralogical character of the rock has of itself little or no influence upon lichen growth, which is influenced more especially and directly by their physical properties, such as their capacity for retaining heat and moisture. As a rule lichens grow commonly in open exposed habitats, though some are found only or chiefly in shady situations; while, as already observed, scarcely any occur where the atmosphere is impregnated with smoke. Many species also prefer growing in moist places by streams, lakes and the sea, though very few are normally and probably none entirely, aquatic, being always at certain seasons exposed for a longer or shorter period to the atmosphere (e.g. Lichina, Leptogium rivulare, Endocarpon fluviatile, Verrucaria maura). Some species are entirely parasitical on other lichens (e.g. various Lecideae and Pyrenocarpei), and may be peculiar to one (e.g. Lecidea vitellinaria) or common to several species (e.g. Habrothallus parmeliarum). A few, generally known as erratic species, have been met with growing unattached to any substratum (e.g. Parmella revoluta, var. concentrica, Lecanora esculenta); but it can hardly be that these are really free ab initio (vide Crombie in Journ. Bot., 1872, p. 306). It is to the different characters of the stations they occupy with respect to exposure, moisture, &c., that the variability observed in many types of lichens is to be attributed.

Sometimes different lichens show up unexpectedly in places like dried sheep dung, bleached reindeer and whale bones, old leather, iron, and glass, in areas where the species are common. It seems that in many cases, lichens don't really care about the surfaces they grow on, which leads us to conclude that the preference of some for certain surfaces is influenced by the temperature of the area or the specific habitat. For example, saxicolous lichens aren't significantly affected by the mineral content of the rock they grow on; instead, factors like their ability to retain heat and moisture are more important. Generally, lichens thrive in open, exposed environments, though some prefer shaded spots; and, as previously noted, very few can survive in smoky atmospheres. Many species also like to grow in moist areas near streams, lakes, and the sea, but very few, if any, are truly aquatic, as they're usually exposed to the air at certain times (e.g., Lichina, Leptogium rivulare, Endocarpon fluviatile, Verrucaria maura). Some species are entirely parasitic on other lichens (e.g., various Lecideae and Pyrenocarpei) and may be specific to one type (e.g., Lecidea vitellinaria) or common to a number of species (e.g., Habrothallus parmeliarum). A few, often referred to as erratic species, have been found growing unattached to any surface (e.g., Parmella revoluta, var. concentrica, Lecanora esculenta); however, it's unlikely that these are truly free from the start (see Crombie in Journ. Bot., 1872, p. 306). The variability seen in many lichen types can be attributed to the different characteristics of the habitats they occupy regarding exposure, moisture, etc.

2. Distribution.—From what has now been said it will readily be inferred that the distribution of lichens over the surface of the globe is regulated, not only by the presence of suitable substrata, but more especially by climatic conditions. At the same time it may safely be affirmed that their geographical range is more extended than that of any other class of plants, occurring as they do in the coldest and warmest regions—on the dreary shores of arctic and antarctic seas and in the torrid valleys of tropical climes, as well as on the greatest mountain elevations yet attained by man, on projecting rocks even far above the snowline (e.g. Lecidea geographica). In arctic regions lichens form by far the largest portion of the vegetation, occurring everywhere on the ground and on rocks, and fruiting freely; while terrestrial species of Cladonia and Stereocaulon are seen in the greatest luxuriance and abundance spreading over extensive tracts almost to the entire exclusion of other vegetation. The lichen flora of temperate regions again is essentially distinguished from the preceding by the frequency of corticolous species belonging to Lecanora, Lecidea and Graphidei. In intertropical regions lichens attain their maximum development (and beauty) in the foliaceous Stictei and Parmeliei, while they are especially characterized by epiphyllous species, as Strigula, and by many peculiar corticole Thelotremei, Graphidei and Pyrenocarpei. Some lichens, especially saxicolous ones, seem to be cosmopolitan (e.g. Lecanora subfusca, Cladonia pyxidata); and others, not strictly cosmopolitan, have been observed in regions widely apart. A considerable number of species, European and exotic, seem to be endemic, but further research will no doubt show that most of them occur in other climatic regions similar to those in which they have hitherto alone been detected. To give any detailed account, however, of the distribution of the different genera (not to speak of that of individual species) of lichens would necessarily far exceed available limits.

2. Distribution.—From what has been discussed, it’s clear that the distribution of lichens across the globe is determined not only by the presence of suitable surfaces but, more importantly, by climate conditions. At the same time, it's safe to say that their geographical spread is broader than that of any other type of plant, found in both the coldest and warmest areas—on the bleak shores of the Arctic and Antarctic oceans, and in the hot valleys of tropical regions, as well as at the highest mountain elevations reached by humans, on exposed rocks even high above the snowline (e.g. Lecidea geographica). In Arctic regions, lichens make up a significant portion of the vegetation, covering the ground and rocks everywhere and reproducing freely; while terrestrial species of Cladonia and Stereocaulon are seen in great abundance covering vast areas, almost completely pushing out other types of vegetation. The lichen flora of temperate regions is notably different from the previous one due to the prevalence of tree-dwelling species that belong to Lecanora, Lecidea, and Graphidei. In tropical regions, lichens reach their peak development (and beauty) in the leaf-like Stictei and Parmeliei, and are particularly noted for their leaf-dwelling species such as Strigula, along with many unique tree-dwelling Thelotremei, Graphidei, and Pyrenocarpei. Some lichens, especially those that grow on rocks, appear to be cosmopolitan (e.g. Lecanora subfusca, Cladonia pyxidata); while others, not strictly cosmopolitan, have been found in widely separated regions. Many species, both European and exotic, seem to be endemic, but further research will likely reveal that most of these species also exist in other climatic areas that are similar to those where they’ve only been found so far. However, providing a detailed account of the distribution of different genera (let alone that of individual species) of lichens would exceed the available limits.

Bibliography.—General: Engler and Prantl, Die natürlichen Pflanzenfamilien, Teil I, Abt. 1 * where full literature will be found up to 1898. M. Funfstuck, “Der gegenwärtige Stand der Flechtenkunde,” Refer. Generalvers. d. deut. bot. Ges. (1902). Dual Nature: J. Baranetzky, “Beiträge zur Kenntnis des selbstständigen Lebens der Flechtengonidien,” Prings. Jahrb. f. wiss. Bot. vii. (1869); E. Bornet, “Recherches sur les gonidies des lichens,” Ann. de sci. nat. bot., 5 sér. n. 17 (1873); G. Bonnier, “Recherches sur la synthèse des lichens,” Ann. de sci. nat. bot., 7 sér. n. 9 (1889); A. Famintzin and J. Baranetzky, “Zur Entwicklungsgeschichte der Gonidien u. Zoosporenbildung der Lichenen,” Bot. Zeit. (1867, p. 189, 1868, p. 169); S. Schwendener, Die Algentypen der Flechtengonidien (Basel, 1869); A. Möller, Über die Kultur flechtenbildender Ascomyceten ohne Algen. (Münster, 1887). Sexuality: E. Stahl, Beiträge zur Entwickelungsgeschichte der Flechten (Leipzig, 1877); G. Lindau, Über Anlage und Entwickelung einiger Flechtenapothecien (Flora, 1888); E. Baur, “Zur Frage nach der Sexualität der Collemaceae,” Ber. d. deut. bot. Ges. (1898); “Über Anlage und 586 Entwicklung einiger Flechtenapothecien” (Flora, Bd. 88, 1901); “Untersuchungen über die Entwicklungsgeschichte der Flechtenapothecien,” Bot. Zeit. (1904); O. V. Darbishire, “Über die Apothecium-entwickelung der Flechte, Physcia pulverulenta,” Nyl. Prings. Jahrb. (Bd. 34, 1900). Chemistry.—W. Zopf, “Vergleichende Produkte,” Beitr. z. bot. Centralbl. (Bd. 14, 1903); Die Flechtenstoffe (Jena, 1907).

References.—General: Engler and Prantl, The Natural Plant Families, Part I, Section 1 * where complete literature can be found up to 1898. M. Funfstuck, “The Current State of Lichenology,” Report of the General Meeting of the German Botanical Society (1902). Dual Nature: J. Baranetzky, “Contributions to the Knowledge of the Independent Life of Lichen Gonidia,” Prings. Journal of Scientific Botany vii. (1869); E. Bornet, “Research on the Gonidia of Lichens,” Annals of Natural Sciences Botany, 5th series, no. 17 (1873); G. Bonnier, “Research on the Synthesis of Lichens,” Annals of Natural Sciences Botany, 7th series, no. 9 (1889); A. Famintzin and J. Baranetzky, “On the Developmental History of Gonidia and Zoospore Formation in Lichens,” Botanical Journal (1867, p. 189, 1868, p. 169); S. Schwendener, The Algal Types of Lichen Gonidia (Basel, 1869); A. Möller, On the Culture of Lichen-Forming Ascomycetes Without Algae (Münster, 1887). Sexuality: E. Stahl, Contributions to the Developmental History of Lichens (Leipzig, 1877); G. Lindau, On the Formation and Development of Some Lichen Apothecia (Flora, 1888); E. Baur, “On the Issue of Sexuality in the Collemaceae,” Reports of the German Botanical Society (1898); “On the Formation and Development of Some Lichen Apothecia” (Flora, Vol. 88, 1901); “Studies on the Developmental History of Lichen Apothecia,” Botanical Journal (1904); O. V. Darbishire, “On the Apothecium Development of the Lichen, Physcia pulverulenta,” Nyl. Prings. Journal (Vol. 34, 1900). Chemistry.—W. Zopf, “Comparative Products,” Contributions to Botanical Central News (Vol. 14, 1903); The Lichen Substances (Jena, 1907).

(J. M. C; V. H. B.)

1 The thalline margin (margo thallinus) is the projecting edge of a special layer of thallus, the amphithecium, round the actual apothecium; the proper margin (margo proprius) is the projecting edge of the apothecium itself.

1 The thalline margin (margo thallinus) is the raised edge of a specific layer of thallus, the amphithecium, surrounding the actual apothecium; the proper margin (margo proprius) is the raised edge of the apothecium itself.

LICHFIELD, a city, county of a city, and municipal borough in the Lichfield parliamentary division of Staffordshire, England, 118 m. N.W. from London. Pop. (1901) 7902. The London and North-Western railway has stations at Trent Valley Junction on the main line, and in the city on a branch westward. The town lies in a pleasant country, on a small stream draining eastward to the Trent, with low hills to the E. and S. The cathedral is small (the full internal length is only 370 ft., and the breadth of the nave 68 ft.), but beautiful in both situation and style. It stands near a picturesque sheet of water named Minster Pool. The present building dates from various periods in the 13th and early 14th centuries, but the various portions cannot be allocated to fixed years, as the old archives were destroyed during the Civil Wars of the 17th century. The earlier records of the church are equally doubtful. A Saxon church founded by St Chad, who was subsequently enshrined here, occupied the site from the close of the 7th century; of its Norman successor portions of the foundations have been excavated, but no record exists either of its date or of its builders. The fine exterior of the cathedral exhibits the feature, unique in England, of a lofty central and two lesser western spires, of which the central, 252 ft. high, is a restoration attributed to Sir Christopher Wren after its destruction during the Civil Wars. The west front is composed of three stages of ornate arcading, with niches containing statues, of which most are modern. Within, the south transept shows simple Early English work, the north transept and chapter house more ornate work of a later period in that style, the nave, with its geometrical ornament, marks the transition to the Decorated style, while the Lady chapel is a beautiful specimen of fully developed Decorated work with an apsidal east end. The west front probably falls in date between the nave and the Lady chapel. Among numerous monuments are—memorials to Samuel Johnson, a native of Lichfield, and to David Garrick, who spent his early life and was educated here; a monument to Major Hodson, who fell in the Indian mutiny, and whose father was canon of Lichfield; the tomb of Bishop Hacket, who restored the cathedral after the Civil Wars; and a remarkable effigy of Perpendicular date displaying Sir John Stanley stripped to the waist and awaiting chastisement. Here is also the “Sleeping Children,” a masterpiece by Chantrey (1817).

LICHFIELD, is a city, a county of a city, and a municipal borough in the Lichfield parliamentary division of Staffordshire, England, located 118 miles northwest of London. Population (1901) was 7,902. The London and North-Western railway has stations at Trent Valley Junction on the main line and in the city on a branch line going west. The town is situated in a charming landscape, along a small stream that flows eastward into the River Trent, bordered by low hills to the east and south. The cathedral, though small (with an internal length of only 370 feet and a nave width of 68 feet), is beautiful in its location and architecture. It is near a picturesque body of water called Minster Pool. The current building was constructed over several periods in the 13th and early 14th centuries, but it's hard to pinpoint specific years for the different parts since the old records were lost during the Civil Wars in the 17th century. The earlier records of the church are similarly uncertain. A Saxon church founded by St. Chad, who was later honored here, stood on this site since the late 7th century; parts of the foundations of its Norman successor have been uncovered, but no details about its date or builders are available. The cathedral’s impressive exterior features a unique layout in England, with a tall central spire and two smaller western spires; the central spire, at 252 feet high, is a restoration attributed to Sir Christopher Wren after it was damaged during the Civil Wars. The west front showcases three tiers of ornate arcading with niches housing mostly modern statues. Inside, the south transept displays simple Early English architecture, while the north transept and chapter house feature more elaborate work from a later period in that style. The nave, adorned with geometric designs, marks the transition to the Decorated style, and the Lady chapel is a stunning example of fully developed Decorated architecture, complete with an apsidal east end. The west front likely dates between the nave and the Lady chapel. Among several monuments, there are memorials to Samuel Johnson, a Lichfield native, and to David Garrick, who spent his early life and education here; a monument to Major Hodson, who died during the Indian mutiny, and whose father was a canon of Lichfield; the tomb of Bishop Hacket, who restored the cathedral after the Civil Wars; and a remarkable effigy from the Perpendicular period showing Sir John Stanley bare to the waist, awaiting punishment. There's also the “Sleeping Children,” a masterpiece by Chantrey (1817).

A picturesque bishop’s palace (1687) and a theological college (1857) are adjacent to the cathedral. The diocese covers the greater part of Staffordshire and about half the parishes in Shropshire, with small portions of Cheshire and Derbyshire. The church of St Chad is ancient though extensively restored; on its site St Chad is said to have occupied a hermit’s cell. The principal schools are those of King Edward and St Chad. There are many picturesque half-timbered and other old houses, among which is that in which Johnson was born, which stands in the market-place, and is the property of the corporation and opened to the public. There is also in the market place a statue to Johnson. A fair is held annually on Whit-Monday, accompanied by a pageant of ancient origin. Brewing is the principal industry, and in the neighbourhood are large market gardens. The city is governed by a mayor, 6 aldermen and 18 councillors. Area, 3475 acres.

A charming bishop’s palace (1687) and a theological college (1857) are next to the cathedral. The diocese covers most of Staffordshire and about half of the parishes in Shropshire, with small parts of Cheshire and Derbyshire. The church of St Chad is old but has been extensively restored; it's believed that St Chad once lived in a hermit's cell on this site. The main schools are King Edward’s and St Chad’s. There are many attractive half-timbered and other historic houses, including the one where Johnson was born, which is located in the marketplace, owned by the corporation, and open to the public. There's also a statue of Johnson in the marketplace. An annual fair takes place on Whit-Monday, featuring a pageant of ancient origins. Brewing is the main industry, and there are large market gardens nearby. The city is run by a mayor, 6 aldermen, and 18 councillors. Area: 3,475 acres.

There is a tradition that “Christianfield” near Lichfield was the site of the martyrdom of a thousand Christians during the persecutions of Maximian about 286, but there is no evidence in support of the tradition. At Wall, 3 m. from the present city, there was a Romano-British village called Letocetum (“grey wood”), from which the first half of the name Lichfield is derived. The first authentic notice of Lichfield (Lyecidfelth, Lychfeld, Litchfield) occurs in Bede’s history where it is mentioned as the place where St Chad fixed the episcopal see of the Mercians. After the foundation of the see by St Chad in 669, it was raised in 786 by Pope Adrian through the influence of Offa, King of Mercia, to the dignity of an archbishopric, but in 803 the primacy was restored to Canterbury. In 1075 the see of Lichfield was removed to Chester, and thence a few years later to Coventry, but it was restored in 1148. At the time of the Domesday Survey Lichfield was held by the bishop of Chester: it is not called a borough, and it was a small village, whence, on account of its insignificance, the see had been moved. The lordship and manor of the town were held by the bishop until the reign of Edward VI., when they were leased to the corporation. There is evidence that a castle existed here in the time of Bishop Roger Clinton (temp. Henry I.), and a footpath near the grammar-school retains the name of Castle-ditch. Richard II. gave a charter (1387) for the foundation of the gild of St Mary and St John the Baptist; this gild obtained the whole local government, which it exercised until its dissolution by Edward VI., who incorporated the town (1548), vesting the government in two bailiffs and twenty-four burgesses; further charters were given by Mary, James I. and Charles II. (1664), the last, incorporating it under the title of the “bailiffs and citizens of the city of Lichfield,” was the governing charter until 1835; under this charter the governing body consisted of two bailiffs and twenty-four brethren. Lichfield sent two members to the parliament of 1304 and to a few succeeding parliaments, but the representation did not become regular until 1552; in 1867 it lost one member, and in 1885 its representation was merged in that of the county. By the charter of James I. the market day was changed from Wednesday to Tuesday and Friday; the Tuesday market disappeared during the 19th century; the only existing fair is a small pleasure fair of ancient origin held on Ash-Wednesday; the annual fête on Whit-Monday claims to date from the time of Alfred. In the Civil Wars Lichfield was divided. The cathedral authorities with a certain following were for the king, but the townsfolk generally sided with the parliament, and this led to the fortification of the close in 1643. Lord Brooke, notorious for his hostility to the church, came against it, but was killed by a deflected bullet on St Chad’s day, an accident welcomed as a miracle by the Royalists. The close yielded and was retaken by Prince Rupert in this year; but on the breakdown of the king’s cause in 1646 it again surrendered. The cathedral suffered terrible damage in these years.

There’s a tradition that “Christianfield” near Lichfield was where a thousand Christians were martyred during the persecutions of Maximian around 286, but there’s no evidence to back up this claim. At Wall, 3 miles from the current city, there was a Romano-British village called Letocetum (“grey wood”), which is where the first part of Lichfield’s name comes from. The first verified mention of Lichfield (Lyecidfelth, Lychfeld, Litchfield) is in Bede’s history, where it’s noted as the place where St Chad established the episcopal see of the Mercians. After St Chad founded the see in 669, Pope Adrian elevated it to an archbishopric in 786 due to the influence of Offa, King of Mercia, but the primacy was returned to Canterbury in 803. In 1075, the see of Lichfield was moved to Chester, and a few years later to Coventry, but it was restored in 1148. At the time of the Domesday Survey, Lichfield was held by the bishop of Chester; it wasn’t referred to as a borough and was just a small village, which is why the see was moved. The lordship and manor of the town were held by the bishop until the reign of Edward VI, when they were leased to the corporation. There is evidence that a castle existed here during the time of Bishop Roger Clinton (temp. Henry I.), and a footpath near the grammar school still carries the name Castle-ditch. Richard II granted a charter (1387) for the establishment of the gild of St Mary and St John the Baptist; this gild gained control over local government, which it maintained until it was dissolved by Edward VI, who incorporated the town (1548), placing governance in the hands of two bailiffs and twenty-four burgesses. Additional charters were granted by Mary, James I, and Charles II (1664); the last one incorporated it under the title “the bailiffs and citizens of the city of Lichfield” and served as the governing charter until 1835. Under this charter, the governing body consisted of two bailiffs and twenty-four brethren. Lichfield sent two members to the parliament of 1304 and a few subsequent parliaments, but regular representation didn’t begin until 1552; in 1867 it lost one member, and in 1885 its representation was combined with that of the county. By the charter of James I, the market day was changed from Wednesday to Tuesday and Friday; the Tuesday market disappeared during the 19th century; the only remaining fair is a small pleasure fair of ancient origin held on Ash-Wednesday; the annual fête on Whit-Monday claims to have started during the time of Alfred. During the Civil Wars, Lichfield was divided. The cathedral authorities, along with some supporters, were for the king, but the townsfolk mostly backed the parliament, leading to the fortification of the close in 1643. Lord Brooke, known for his animosity towards the church, attacked it but was killed by a ricochet bullet on St Chad’s day, which the Royalists celebrated as a miracle. The close surrendered and was retaken by Prince Rupert that year; however, after the king’s cause fell apart in 1646, it surrendered again. The cathedral sustained significant damage during these years.

See Rev. T. Harwood, Hist. and Antiquities of Church and City of Lichfield (1806), Victoria County History, Stafford.

See Rev. T. Harwood, Hist. and Antiquities of Church and City of Lichfield (1806), Victoria County History, Stafford.

LICH-GATE, or Lych-gate (from O. Eng. lic “a body, a corpse”; cf. Ger. Leiche), the roofed-in gateway or porch-entrance to churchyards. Lich-gates existed in England certainly thirteen centuries ago, but comparatively few early ones survive, as they were almost always of wood. One at Bray, Berkshire, is dated 1448. Here the clergy meet the corpse and some portion of the service is read. The gateway was really part of the church; it also served to shelter the pall-bearers while the bier was brought from the church. In some lich-gates there stood large flat stones called lich-stones upon which the corpse, usually uncoffined, was laid. The most common form of lich-gate is a simple shed composed of a roof with two gabled ends, covered with tiles or thatch. At Berrynarbor, Devon, there is a lich-gate in the form of a cross, while at Troutbeck, Westmorland, there are three lich-gates to one churchyard. Some elaborate gates have chambers over them. The word lich entered into composition constantly in old English, thus, lich-bell, the hand-bell rung before a corpse; lich-way, the path along which a corpse was carried to burial (this in some districts was supposed to establish a right-of-way); lich-owl, the screech-owl, because its cry was a portent of death; and lyke-wake, a night watch over a corpse.

LICH-GATE, or Lychgate (from Old English lic meaning “a body, a corpse”; similar to German Leiche), is the covered entrance or porch to churchyards. Lich-gates have been around in England for at least thirteen centuries, but there are very few early examples left, as they were mostly made of wood. One at Bray, Berkshire, is dated 1448. This is where the clergy would meet the body and part of the service would be conducted. The gateway was considered part of the church; it also provided shelter for the pall-bearers while the coffin was brought from inside the church. In some lich-gates, there were large flat stones called lich-stones where the body, usually without a coffin, was placed. The typical lich-gate is a simple structure with a roof and two gabled ends, covered with tiles or thatch. In Berrynarbor, Devon, there is a lich-gate shaped like a cross, while in Troutbeck, Westmorland, there are three lich-gates at one churchyard. Some ornate gates even have chambers above them. The word lich frequently appeared in Old English combinations, such as lich-bell, the hand-bell rung before a body; lich-way, the path along which a body was carried to burial (in some areas, this was thought to establish a right-of-way); lich-owl, the screech-owl, because its call was seen as a sign of death; and lyke-wake, a night vigil over a body.

LICHTENBERG, GEORG CHRISTOPH (1742-1799), German physicist and satirical writer, was born at Oberramstadt, near Darmstadt, on the 1st of July 1742. In 1763 he entered Göttingen university, where in 1769 he became extraordinary professor of physics, and six years later ordinary professor. This post he held till his death on the 24th of February 1799. As a physicist 587 he is best known for his investigations in electricity, more especially as to the so-called Lichtenberg figures, which are fully described in two memoirs Super nova methodo motum ac naturam fluidi electrici investigandi (Göttingen, 1777-1778). These figures, originally studied on account of the light they were supposed to throw on the nature of the electric fluid or fluids, have reference to the distribution of electricity over the surface of non-conductors. They are produced as follows: A sharp-pointed needle is placed perpendicular to a non-conducting plate, such as of resin, ebonite or glass, with its point very near to or in contact with the plate, and a Leyden jar is discharged into the needle. The electrification of the plate is now tested by sifting over it a mixture of flowers of sulphur and red lead. The negatively electrified sulphur is seen to attach itself to the positively electrified parts of the plate, and the positively electrified red lead to the negatively electrified parts. In addition to the distribution of colour thereby produced, there is a marked difference in the form of the figure, according to the nature of the electricity originally communicated to the plate. If it be positive, a widely extending patch is seen on the plate, consisting of a dense nucleus, from which branches radiate in all directions; if negative the patch is much smaller and has a sharp circular boundary entirely devoid of branches. If the plate receives a mixed charge, as, for example, from an induction coil, a “mixed” figure results, consisting of a large red central nucleus, corresponding to the negative charge, surrounded by yellow rays, corresponding to the positive charge. The difference between the positive and negative figures seems to depend on the presence of the air; for the difference tends to disappear when the experiment is conducted in vacuo. Riess explains it by the negative electrification of the plate caused by the friction of the water vapour, &c., driven along the surface by the explosion which accompanies the disruptive discharge at the point. This electrification would favour the spread of a positive, but hinder that of a negative discharge. There is, in all probability, a connexion between this phenomenon and the peculiarities of positive and negative brush and other discharge in air.

LICHTENBERG, GEORG CHRISTOPH (1742-1799), a German physicist and satirical writer, was born in Oberramstadt, near Darmstadt, on July 1, 1742. In 1763, he started at Göttingen University, and by 1769, he became an extraordinary professor of physics, later becoming an ordinary professor six years after that. He held this position until his death on February 24, 1799. As a physicist, 587 he is most recognized for his work in electricity, particularly the so-called Lichtenberg figures, which are detailed in two papers titled Super nova methodo motum ac naturam fluidi electrici investigandi (Göttingen, 1777-1778). These figures were initially studied because of the insights they were thought to provide about the nature of electric fluids and relate to how electricity is distributed over non-conducting surfaces. They are created by placing a sharp-pointed needle perpendicular to a non-conducting plate, like resin, ebonite, or glass, with its point very close to or touching the plate, and then discharging a Leyden jar into the needle. To test the electrification of the plate, a mixture of powdered sulfur and red lead is sifted over it. The negatively charged sulfur attaches to the positively charged areas of the plate, while the positively charged red lead attaches to the negatively charged areas. Besides the color distribution caused, there is a distinct difference in the form of the figure based on the type of electricity initially applied to the plate. If it's positive, a large patch appears on the plate with a dense center from which branches spread out in all directions; if it's negative, the patch is significantly smaller and has a sharp circular edge with no branches. If the plate receives a mixed charge, like from an induction coil, a “mixed” figure results, featuring a large red center corresponding to the negative charge, surrounded by yellow rays that correspond to the positive charge. The difference between the positive and negative figures seems to be influenced by the presence of air; this difference diminishes when the experiment is conducted in a vacuum. Riess explains this as the negative charge on the plate being caused by the friction from water vapor, etc., driven along the surface during the explosive discharge at the point. This electrification would facilitate the spread of a positive discharge while impeding that of a negative one. There is likely a connection between this phenomenon and the characteristics of positive and negative brush and other discharges in air.

As a satirist and humorist Lichtenberg takes high rank among the German writers of the 18th century. His biting wit involved him in many controversies with well-known contemporaries, such as Lavater, whose science of physiognomy he ridiculed, and Voss, whose views on Greek pronunciation called forth a powerful satire, Über die Pronunciation der Schöpse des alten Griechenlandes (1782). In 1769 and again in 1774 he resided for some time in England and his Briefe aus England (1776-1778), with admirable descriptions of Garrick’s acting, are the most attractive of his writings. He contributed to the Göttinger Taschenkalender from 1778 onwards, and to the Göttingisches Magazin der Literatur und Wissenschaft, which he edited for three years (1780-1782) with J. G. A. Forster. He also published in 1794-1799 an Ausführliche Erklärung der Hogarthschen Kupferstiche.

As a satirist and humorist, Lichtenberg is a prominent figure among German writers of the 18th century. His sharp wit led to many disputes with notable contemporaries, like Lavater, whom he mocked for his physiognomy theories, and Voss, whose opinions on Greek pronunciation inspired a strong satire, Über die Pronunciation der Schöpse des alten Griechenlandes (1782). He spent time in England in 1769 and again in 1774, and his Briefe aus England (1776-1778), featuring remarkable descriptions of Garrick’s performances, are among his most appealing works. He contributed to the Göttinger Taschenkalender starting in 1778 and edited the Göttingisches Magazin der Literatur und Wissenschaft with J. G. A. Forster for three years (1780-1782). He also published an Ausführliche Erklärung der Hogarthschen Kupferstiche from 1794 to 1799.

Lichtenberg’s Vermischte Schriften were published by F. Kries in 9 vols. (1800-1805); new editions in 8 vols. (1844-1846 and 1867). Selections by E. Grisebach, Lichtenbergs Gedanken und Maximen (1871); by F. Robertag (in Kürschner’s Deutsche Nationalliteratur (vol. 141, 1886); and by A. Wilbrandt (1893). Lichtenberg’s Briefe have been published in 3 vols, by C. Schüddekopf and A. Leitzmann (1900-1902); his Aphorismen by A. Leitzmann (3 vols., 1902-1906). See also R. M. Meyer, Swift und Lichtenberg (1886); F. Lauchert, Lichtenbergs schriftstellerische Tätigkeit (1893); and A. Leitzmann, Aus Lichtenbergs Nachlass (1899).

Lichtenberg’s Vermischte Schriften were published by F. Kries in 9 volumes (1800-1805); new editions were released in 8 volumes (1844-1846 and 1867). Selections by E. Grisebach, Lichtenbergs Gedanken und Maximen (1871); by F. Robertag (in Kürschner’s Deutsche Nationalliteratur (vol. 141, 1886); and by A. Wilbrandt (1893). Lichtenberg’s Briefe have been published in 3 volumes by C. Schüddekopf and A. Leitzmann (1900-1902); his Aphorismen by A. Leitzmann (3 volumes, 1902-1906). See also R. M. Meyer, Swift und Lichtenberg (1886); F. Lauchert, Lichtenbergs schriftstellerische Tätigkeit (1893); and A. Leitzmann, Aus Lichtenbergs Nachlass (1899).

LICHTENBERG, formerly a small German principality on the west bank of the Rhine, enclosed by the Nahe, the Blies and the Glan, now belonging to the government district of Trier, Prussian Rhine province. The principality was constructed of parts of the electorate of Trier, of Nassau-Saarbrücken and other districts, and lay between Rhenish Bavaria and the old Prussian province of the Rhine. Originally called the lordship of Baumholder, it owed the name of Lichtenberg and its elevation in 1819 to a principality to Ernest, duke of Saxe-Coburg, to whom it was ceded by Prussia, in 1816, in accordance with terms agreed upon at the congress of Vienna. The duke, however, restored it to Prussia in 1834, in return for an annual pension of £12,000 sterling. The area is about 210 sq. m.

LICHTENBERG, was once a small German principality located on the west bank of the Rhine, bordered by the Nahe, the Blies, and the Glan. It is now part of the Trier government district in the Prussian Rhine province. The principality was made up of regions from the electorate of Trier, Nassau-Saarbrücken, and other areas, situated between Rhenish Bavaria and the former Prussian province of the Rhine. Initially known as the lordship of Baumholder, it was renamed Lichtenberg and elevated to principality status in 1819 by Ernest, the duke of Saxe-Coburg, who received it from Prussia in 1816 as part of the agreements made at the Congress of Vienna. However, the duke returned it to Prussia in 1834 in exchange for an annual pension of £12,000 sterling. The area covers approximately 210 square miles.

LICINIANUS, GRANIUS, Roman annalist, probably lived in the age of the Antonines (2nd century A.D.). He was the author of a brief epitome of Roman history based upon Livy, which he utilized as a means of displaying his antiquarian lore. Accounts of omens, portents, prodigies and other remarkable things apparently took up a considerable portion of the work. Some fragments of the books relating to the years 163-178 B.C. are preserved in a British Museum MS.

LICINIANUS, GRANIUS, Roman historian, likely lived during the Antonine period (2nd century CE). He wrote a brief summary of Roman history based on Livy, which he used to showcase his knowledge of ancient culture. Stories about omens, portents, prodigies, and other extraordinary events seemingly made up a significant part of his work. Some fragments of the texts covering the years 163-178 BCE are preserved in a manuscript at the British Museum.

Editions.—C. A. Pertz (1857); seven Bonn students (1858); M. Flemisch (1904); see also J. N. Madvig, Kleine philologische Schriften (1875), and the list of articles in periodicals in Flemisch’s edition (p. iv.).

Editions.—C. A. Pertz (1857); seven Bonn students (1858); M. Flemisch (1904); see also J. N. Madvig, Kleine philologische Schriften (1875), and the list of articles in periodicals in Flemisch’s edition (p. iv.).

LICINIUS [Flavius Galerius Valerius Licinianus], Roman emperor, A.D. 307-324, of Illyrian peasant origin, was born probably about 250. After the death of Flavius Valerius Severus he was elevated to the rank of Augustus by Galerius, his former friend and companion in arms, on the 11th of November 307, receiving as his immediate command the provinces of Illyricum. On the death of Galerius, in May 311, he shared the entire empire with Maximinus, the Hellespont and the Thracian Bosporus being the dividing line. In March 313 he married Constantia, half-sister of Constantine, at Mediolanum (Milan), in the following month inflicted a decisive defeat on Maximinus at Heraclea Pontica, and established himself master of the East, while his brother-in-law, Constantine, was supreme in the West. In 314 his jealousy led him to encourage a treasonable enterprise on the part of Bassianus against Constantine. When his perfidy became known a civil war ensued, in which he was twice severely defeated—first near Cibalae in Pannonia (October 8th, 314), and next in the plain of Mardia in Thrace; the outward reconciliation, which was effected in the following December, left Licinius in possession of Thrace, Asia Minor, Syria and Egypt, but added numerous provinces to the Western empire. In 323 Constantine, tempted by the “advanced age and unpopular vices” of his colleague, again declared war against him, and, having defeated his army at Adrianople (3rd of July 323), succeeded in shutting him up within the walls of Byzantium. The defeat of the superior fleet of Licinius by Flavius Julius Crispus, Constantine’s eldest son, compelled his withdrawal to Bithynia, where a last stand was made; the battle of Chrysopolis, near Chalcedon (18th of September), finally resulted in his submission. He was interned at Thessalonica and executed in the following year on a charge of treasonable correspondence with the barbarians.

LICINIUS [Flavius Galerius Valerius Licinianus], Roman emperor, CE 307-324, was born around 250 and came from a peasant family in Illyria. After Flavius Valerius Severus died, he was promoted to the rank of Augustus by Galerius, his former friend and fellow soldier, on November 11, 307, and was given control of the provinces of Illyricum. Following Galerius's death in May 311, he divided the empire with Maximinus, with the Hellespont and the Thracian Bosporus as the boundary between them. In March 313, he married Constantia, the half-sister of Constantine, in Mediolanum (Milan). The next month, he achieved a significant victory over Maximinus at Heraclea Pontica, establishing himself as the ruler of the East while his brother-in-law, Constantine, held power in the West. In 314, his jealousy prompted him to support a plot by Bassianus against Constantine. Once his betrayal was uncovered, a civil war broke out in which he was defeated twice—first near Cibalae in Pannonia on October 8, 314, and then in the plain of Mardia in Thrace. The peace agreement in December left Licinius in control of Thrace, Asia Minor, Syria, and Egypt but transferred many provinces to the Western empire. In 323, Constantine, seeing his colleague's “advanced age and unpopular vices,” declared war on him again. After defeating Licinius's army at Adrianople on July 3, 323, he managed to besiege him in Byzantium. The loss of Licinius's superior fleet to Flavius Julius Crispus, Constantine’s eldest son, forced him to retreat to Bithynia for a final stand. The battle of Chrysopolis, near Chalcedon, on September 18, ultimately led to his surrender. He was confined in Thessalonica and executed the following year on charges of treasonous communications with barbarian invaders.

See Zosimus ii. 7-28; Zonaras xiii. 1; Victor, Caes. 40, 41; Eutropius x. 3; Orosius vii. 28.

See Zosimus ii. 7-28; Zonaras xiii. 1; Victor, Caes. 40, 41; Eutropius x. 3; Orosius vii. 28.

LICINIUS CALVUS STOLO, GAIUS, Roman statesman, the chief representative of the plebeian Licinian gens, was tribune in 377 B.c., consul in 361. His name is associated with the Licinian or Licinio-Sextian laws (proposed 377, passed 367), which practically ended the struggle between patricians and plebeians. He was himself fined for possessing a larger share of the public land than his own law allowed.

LICINIUS CALVUS STOLO, GAIUS, Roman statesman, the main representative of the plebeian Licinian family, was tribune in 377 B.C. and consul in 361. His name is linked to the Licinian or Licinio-Sextian laws (proposed in 377, passed in 367), which essentially ended the conflict between patricians and plebeians. He was fined for having more public land than his own law allowed.

See Rome: History, II. “The Republic.”

See Rome: History, II. “The Republic.”

LICINIUS MACER CALVUS, GAIUS (82-47 B.C.), Roman poet and orator, was the son of the annalist Licinius Macer. As a poet he is associated with his friend Catullus, whom he followed in style and choice of subjects. As an orator he was the leader of the opponents of the florid Asiatic school, who took the simplest Attic orators as their model and attacked even Cicero as wordy and artificial. Calvus held a correspondence on questions connected with rhetoric, perhaps (if the reading be correct) the commentarii alluded to by Tacitus (Dialogus, 23; compare also Cicero, Ad Fam. xv. 21). Twenty-one speeches by him are mentioned, amongst which the most famous were those delivered against Publius Vatinius. Calvus was very short of stature, and is alluded to by Catullus (Ode 53) as Salaputium disertum (eloquent Lilliputian).

LICINIUS MACER CALVUS, GAIUS (82-47 BCE), a Roman poet and speaker, was the son of the historian Licinius Macer. As a poet, he's known for being friends with Catullus, following his style and themes. As a speaker, he led the opposition against the ornate Asiatic school, favoring the simpler styles of the early Attic orators and even criticized Cicero for being too verbose and artificial. Calvus had a correspondence about rhetoric, possibly the commentarii mentioned by Tacitus (Dialogus, 23; see also Cicero, Ad Fam. xv. 21). Twenty-one of his speeches are noted, with the most notable ones being against Publius Vatinius. Calvus was quite short, and Catullus referred to him in Ode 53 as Salaputium disertum (the eloquent Lilliputian).

For Cicero’s opinion see Brutus, 82; Quintilian x. I. 115; Tacitus, Dialogus, 18. 21; the monograph by F. Plessis (Paris, 1896) contains a collection of the fragments (verse and prose).

For Cicero’s opinion, see Brutus, 82; Quintilian x. I. 115; Tacitus, Dialogus, 18. 21; the monograph by F. Plessis (Paris, 1896) contains a collection of the fragments (verse and prose).

588

588

LICODIA EUBEA, a town of Sicily in the province of Catania, 4 m. W. of Vizzini, which is 39 m. S.W. of Catania by rail. Pop. (1901) 7033. The name Eubea was given to the place in 1872 owing to a false identification with the Greek city of Euboea, a colony of Leontini, founded probably early in the 6th century B.C. and taken by Gelon. The town occupies the site of an unknown Sicel city, the cemeteries of which have been explored. A few vases of the first period were found, but practically all the tombs explored in 1898 belonged to the fourth period (700-500 B.C.) and show the gradual process of Hellenization among the Sicels.

LICODIA EUBEA, is a town in Sicily, located in the province of Catania, 4 miles west of Vizzini, which is 39 miles southwest of Catania by train. The population in 1901 was 7,033. The name Eubea was assigned to the town in 1872 due to a mistaken connection with the Greek city of Euboea, a colony of Leontini, likely founded in the early 6th century BCE and later taken by Gelon. The town is built on the site of an unknown Sicel city, and its cemeteries have been investigated. A few vases from the earliest period were discovered, but almost all the tombs examined in 1898 date from the fourth period (700-500 BCE) and illustrate the gradual Hellenization of the Sicels.

See Römische Mitteilungen, 1898, 305 seq.; Notizie degli scavi, 1902, 219.

See Römische Mitteilungen, 1898, 305 seq.; Notizie degli scavi, 1902, 219.

(T. As.)

LICTORS (lictores), in Roman antiquities, a class of the attendants (apparitores) upon certain Roman and provincial magistrates.1 As an institution (supposed by some to have been borrowed from Etruria) they went back to the regal period and continued to exist till imperial times. The majority of the city lictors were freedmen; they formed a corporation divided into decuries, from which the lictors of the magistrates in office were drawn; provincial officials had the nomination of their own. In Rome they wore the toga, perhaps girded up; on a campaign and at the celebration of a triumph, the red military cloak (sagulum); at funerals, black. As representatives of magistrates who possessed the imperium, they carried the fasces and axes in front of them (see Fasces). They were exempt from military service; received a fixed salary; theoretically they were nominated for a year, but really for life. They were the constant attendants, both in and out of the house, of the magistrate to whom they were attached. They walked before him in Indian file, cleared a passage for him (summovere) through the crowd, and saw that he was received with the marks of respect due to his rank. They stood by him when he took his seat on the tribunal; mounted guard before his house, against the wall of which they stood the fasces; summoned offenders before him, seized, bound and scourged them, and (in earlier times) carried out the death sentence. It should be noted that directly a magistrate entered an allied, independent state, he was obliged to dispense with his lictors. The king had twelve lictors; each of the consuls (immediately after their institution) twelve, subsequently limited to the monthly officiating consul, although Caesar appears to have restored the original arrangement; the dictator, as representing both consuls, twenty-four; the emperors twelve, until the time of Domitian, who had twenty-four. The Flamen Dialis, each of the Vestals, the magister-vicorum (overseer of the sections into which the city was divided) were also accompanied by lictors. These lictors were probably supplied from the lictores curiatii, thirty in number, whose functions were specially religious, one of them being in attendance on the pontifex maximus. They originally summoned the comitia curiata, and when its meetings became merely a formality, acted as the representatives of that assembly. Lictors were also assigned to private individuals at the celebration of funeral games, and to the aediles at the games provided by them and the theatrical representations under their supervision.

LICTORS (lictores), in ancient Rome, were a group of attendants (apparitores) for certain Roman and provincial magistrates. 1 As an institution (thought by some to have been borrowed from the Etruscans), they date back to the time of kings and lasted until the imperial era. Most city lictors were former slaves; they formed a corporation divided into decuries, from which lictors for the currently serving magistrates were chosen; provincial officials selected their own. In Rome, they wore the toga, possibly tucked up; during campaigns and triumph celebrations, they donned the red military cloak (sagulum); at funerals, they wore black. As representatives of magistrates with imperium, they carried the fasces and axes in front of them (see Fasces). They were exempt from military duty, received a fixed salary, and were theoretically appointed for a year, but in practice, they served for life. They were the constant attendants, both in and out of the home, of the magistrate they served. They walked ahead of him in single file, cleared a path for him (summovere) through crowds, and ensured he was greeted with the respect his rank required. They stood by him when he took his seat on the tribunal, guarded his house, against which they stood the fasces, summoned offenders before him, apprehended, bound, and whipped them, and (in earlier times) carried out death sentences. It is worth noting that as soon as a magistrate entered an allied, independent state, he had to do without his lictors. The king had twelve lictors; each consul (just after their establishment) had twelve, which were later limited to the monthly serving consul, although Caesar seems to have reinstated the original number; the dictator, representing both consuls, had twenty-four; and emperors had twelve until Domitian, who had twenty-four. The Flamen Dialis, each of the Vestals, and the magister-vicorum (overseer of the city divisions) were also accompanied by lictors. These lictors likely came from the lictores curiatii, numbering thirty, whose duties were specifically religious, with one attending the pontifex maximus. They originally summoned the comitia curiata, and when those meetings became a mere formality, they served as representatives of that assembly. Lictors were also assigned to private individuals during funeral games and to the aediles for the games they organized and the theatrical performances they supervised.

For the fullest account of the lictors, see Mommsen, Römisches Staatsrecht, i. 355, 374 (3rd ed., 1887).

For the complete account of the lictors, see Mommsen, Römisches Staatsrecht, i. 355, 374 (3rd ed., 1887).


1 The Greek equivalents of lictor are ῥαβδοῦχος, ῥαβδοφόρος, ῥαβδονόμος (rod-bearer); the Latin word is variously derived from: (a) ligare, to bind or arrest a criminal; (b) licere, to summon, as convoking assemblies or haling offenders before the magistrate; (c) licium, the girdle with which (according to some) their toga was held up; (d) Plutarch (Quaestiones Romanae, 67), assuming an older form λιτωρ, suggests an identification with λειτουργός, one who performs a public office.

1 The Greek words for lictor are ῥαβδοῦχος, ῥαβδοφόρος, ῥαβδονόμος (rod-bearer); the Latin term comes from various sources: (a) ligare, meaning to bind or arrest a criminal; (b) licere, to summon, like calling meetings or bringing offenders before the authorities; (c) licium, the belt that (according to some) held their toga up; (d) Plutarch (Quaestiones Romanae, 67), referring to an older form λιτωρ, suggests a connection with official, which refers to someone performing a public duty.

LIDDELL, HENRY GEORGE (1811-1898), English scholar and divine, eldest son of the Rev. Henry George Liddell, younger brother of the first Baron Ravensworth, was born at Binchester, near Bishop Auckland, on the 6th of February 1811. He was educated at Charterhouse and Christ Church, Oxford. Gaining a double first in 1833, Liddell became a college tutor, and was ordained in 1838. In the same year Dean Gaisford appointed him Greek reader in Christ Church, and in 1846 he was appointed to the headmastership of Westminster School. Meanwhile his life work, the great Lexicon (based on the German work of F. Passow), which he and Robert Scott began as early as 1834, had made good progress, and the first edition appeared in 1843. It immediately became the standard Greek-English dictionary and still maintains this rank, although, notwithstanding the great additions made of late to our Greek vocabulary from inscriptions, papyri and other sources, scarcely any enlargement has been made since about 1880. The 8th edition was published in 1897. As headmaster of Westminster Liddell enjoyed a period of great success, followed by trouble due to the outbreak of fever and cholera in the school. In 1855 he accepted the deanery of Christ Church, then vacant by the death of Gaisford. In the same year he brought out a History of Ancient Rome (much used in an abridged form as the Student’s History of Rome) and took a very active part in the first Oxford University Commission. His tall figure, fine presence and aristocratic mien were for many years associated with all that was characteristic of Oxford life. Coming just at the transition period when the “old Christ Church,” which Pusey strove so hard to preserve, was inevitably becoming broader and more liberal, it was chiefly due to Liddell that necessary changes were effected with the minimum of friction. In 1859 Liddell welcomed the then prince of Wales when he matriculated at Christ Church, being the first holder of that title who had matriculated since Henry V. In conjunction with Sir Henry Acland, Liddell did much to encourage the study of art at Oxford, and his taste and judgment gained him the admiration and friendship of Ruskin. In 1891, owing to advancing years, he resigned the deanery. The last years of his life were spent at Ascot, where he died on the 18th of January 1898. Dean Liddell married in July 1846 Miss Lorina Reeve (d. 1910), by whom he had a numerous family.

LIDDELL, HENRY GEORGE (1811-1898), English scholar and theologian, was the eldest son of Rev. Henry George Liddell and the younger brother of the first Baron Ravensworth. He was born in Binchester, near Bishop Auckland, on February 6, 1811. He attended Charterhouse and Christ Church, Oxford. After earning a double first in 1833, Liddell became a college tutor and was ordained in 1838. That same year, Dean Gaisford appointed him as the Greek reader at Christ Church, and in 1846 he became the headmaster of Westminster School. Meanwhile, his major work, the comprehensive Lexicon (based on the German work of F. Passow), which he and Robert Scott started as early as 1834, progressed well, with the first edition published in 1843. It quickly became the standard Greek-English dictionary and continues to hold that status, though, despite significant additions to our Greek vocabulary from inscriptions, papyri, and other sources, it has hardly been expanded since around 1880. The 8th edition was published in 1897. As headmaster of Westminster, Liddell experienced a successful period, but later faced difficulties due to outbreaks of fever and cholera at the school. In 1855, he accepted the deanery of Christ Church, which had become vacant after Gaisford's death. That same year, he published a History of Ancient Rome (often used in simplified form as the Student’s History of Rome) and played an active role in the first Oxford University Commission. His tall stature, strong presence, and distinguished demeanor were closely associated with the essence of Oxford life for many years. He came at a time of transition when the “old Christ Church,” which Pusey worked hard to maintain, was inevitably becoming more inclusive and liberal. Much of the necessary change occurred with minimal friction thanks to Liddell. In 1859, he welcomed the then Prince of Wales when he enrolled at Christ Church, making him the first prince to do so since Henry V. Alongside Sir Henry Acland, Liddell significantly promoted the study of art at Oxford, earning the admiration and friendship of Ruskin for his taste and judgment. In 1891, due to his advancing age, he resigned from the deanery. He spent his final years in Ascot, where he passed away on January 18, 1898. Dean Liddell married Miss Lorina Reeve in July 1846 (d. 1910), and together they had a large family.

See memoir by H. L. Thompson, Henry George Liddell (1899).

See memoir by H. L. Thompson, Henry George Liddell (1899).

LIDDESDALE, the valley of Liddel Water, Roxburghshire, Scotland, extending in a south-westerly direction from the vicinity of Peel Fell to the Esk, a distance of 21 m. The Waverley route of the North British railway runs down the dale, and the Catrail, or Picts’ Dyke, crosses its head. At one period the points of vantage on the river and its affluents were occupied with freebooters’ peel-towers, but many of them have disappeared and the remainder are in decay. Larriston Tower belonged to the Elliots, Mangerton to the Armstrongs and Park to “little Jock Elliot,” the outlaw who nearly killed Bothwell in an encounter in 1566. The chief point of interest in the valley, however, is Hermitage Castle, a vast, massive H-shaped fortress of enormous strength, one of the oldest baronial buildings in Scotland. It stands on a hill overlooking Hermitage Water, a tributary of the Liddel. It was built in 1244 by Nicholas de Soulis and was captured by the English in David II.’s reign. It was retaken by Sir William Douglas, who received a grant of it from the king. In 1492 Archibald Douglas, 5th earl of Angus, exchanged it for Bothwell Castle on the Clyde with Patrick Hepburn, 1st earl of Bothwell. It finally passed to the duke of Buccleuch, under whose care further ruin has been arrested. It was here that Sir Alexander Ramsay of Dalhousie was starved to death by Sir William Douglas in 1342, and that James Hepburn, 4th earl of Bothwell, was visited by Mary, queen of Scots, after the assault referred to.

LIDDESDALE, the valley of Liddel Water, Roxburghshire, Scotland, stretches southwest from near Peel Fell to the Esk, covering a distance of 21 miles. The Waverley route of the North British railway runs through the dale, and the Catrail, or Picts’ Dyke, crosses its upper end. At one time, strategic points along the river and its tributaries were occupied by the strongholds of outlaws, but many have vanished, and those that remain are crumbling. Larriston Tower was owned by the Elliots, Mangerton by the Armstrongs, and Park by "little Jock Elliot," the outlaw who nearly killed Bothwell during a confrontation in 1566. The main attraction in the valley is Hermitage Castle, a massive, impressive H-shaped fortress of considerable strength, one of the oldest baronial structures in Scotland. It sits on a hill overlooking Hermitage Water, a tributary of the Liddel. It was built in 1244 by Nicholas de Soulis and was taken by the English during the reign of David II. Sir William Douglas later recaptured it and received a royal grant for it. In 1492, Archibald Douglas, the 5th Earl of Angus, traded it for Bothwell Castle on the Clyde with Patrick Hepburn, the 1st Earl of Bothwell. It eventually came into the possession of the Duke of Buccleuch, who has helped preserve it from further ruin. This is where Sir Alexander Ramsay of Dalhousie was starved to death by Sir William Douglas in 1342, and where James Hepburn, the 4th Earl of Bothwell, was visited by Mary, Queen of Scots, after the previous assault.

To the east of the castle is Ninestane Rig, a hill 943 ft. high, 4 m. long and 1 m. broad, where it is said that William de Soulis, hated for oppression and cruelty, was (in 1320) boiled by his own vassals in a copper cauldron, which was supported on two of the nine stones which composed the “Druidical” circle that gave the ridge its name. Only five of the stones remain. James Telfer (1802-1862), the writer of ballads, who was born in the parish of Southdean (pronounced Soudan), was for several years schoolmaster of Saughtree, near the head of the valley. The castle of the lairds of Liddesdale stood near the junction of Hermitage Water and the Liddel and around it grew up the village of Castleton.

To the east of the castle is Ninestane Rig, a hill 943 ft. high, 4 m. long and 1 m. wide, where it’s said that William de Soulis, despised for his oppression and cruelty, was boiled by his own vassals in a copper cauldron in 1320. The cauldron was supported on two of the nine stones that made up the “Druidical” circle that gave the ridge its name. Only five of the stones are left. James Telfer (1802-1862), a writer of ballads who was born in the parish of Southdean (pronounced Soudan), was the schoolmaster of Saughtree for several years, near the head of the valley. The castle of the lairds of Liddesdale was located near the junction of Hermitage Water and the Liddel, and around it, the village of Castleton developed.

LIDDON, HENRY PARRY (1829-1890), English divine, was the son of a naval captain and was born at North Stoneham, Hampshire, on the 20th of August 1829. He was educated at King’s College School, London, and at Christ Church, Oxford, 589 where he graduated, taking a second class, in 1850. As vice-principal of the theological college at Cuddesdon (1854-1859) he wielded considerable influence, and, on returning to Oxford as vice-principal of St Edmund’s Hall, became a growing force among the undergraduates, exercising his influence in strong opposition to the liberal reaction against Tractarianism, which had set in after Newman’s secession in 1845. In 1864 the bishop of Salisbury (W. K. Hamilton), whose examining chaplain he had been, appointed him prebendary of Salisbury cathedral. In 1866 he delivered his Bampton Lectures on the doctrine of the divinity of Christ. From that time his fame as a preacher, which had been steadily growing, may be considered established. In 1870 he was made canon of St Paul’s Cathedral, London. He had before this published Some Words for God, in which, with great power and eloquence, he combated the scepticism of the day. His preaching at St Paul’s soon attracted vast crowds. The afternoon sermon, which fell to the lot of the canon in residence, had usually been delivered in the choir, but soon after Liddon’s appointment it became necessary to preach the sermon under the dome, where from 3000 to 4000 persons used to gather to hear the preacher. Few orators belonging to the Church of England have acquired so great a reputation as Liddon. Others may have surpassed him in originality, learning or reasoning power, but for grasp of his subject, clearness of language, lucidity of arrangement, felicity of illustration, vividness of imagination, elegance of diction, and above all, for sympathy with the intellectual position of those whom he addressed, he has hardly been rivalled. In the elaborate arrangement of his matter he is thought to have imitated the great French preachers of the age of Louis XIV. In 1870 he had also been made Ireland professor of exegesis at Oxford. The combination of the two appointments gave him extensive influence over the Church of England. With Dean Church he may be said to have restored the waning influence of the Tractarian school, and he succeeded in popularizing the opinions which, in the hands of Pusey and Keble, had appealed to thinkers and scholars. His forceful spirit was equally conspicuous in his opposition to the Church Discipline Act of 1874, and in his denunciation of the Bulgarian atrocities of 1876. In 1882 he resigned his professorship and utilized his thus increased leisure by travelling in Palestine and Egypt, and showed his interest in the Old Catholic movement by visiting Döllinger at Munich. In 1886 he became chancellor of St Paul’s, and it is said that he declined more than one offer of a bishopric. He died on the 9th of September 1890, in the full vigour of his intellect and at the zenith of his reputation. He had undertaken and nearly completed an elaborate life of Dr Pusey, for whom his admiration was unbounded; and this work was completed after his death by Messrs Johnston and Wilson. Liddon’s great influence during his life was due to his personal fascination and the beauty of his pulpit oratory rather than to any high qualities of intellect. As a theologian his outlook was that of the 16th rather than the 19th century; and, reading his Bampton Lectures now, it is difficult to realize how they can ever have been hailed as a great contribution to Christian apologetics. To the last he maintained the narrow standpoint of Pusey and Keble, in defiance of all the developments of modern thought and modern scholarship; and his latter years were embittered by the consciousness that the younger generation of the disciples of his school were beginning to make friends of the Mammon of scientific unrighteousness. The publication in 1889 of Lux Mundi, a series of essays attempting to harmonize Anglican Catholic doctrine with modern thought, was a severe blow to him, for it showed that even at the Pusey House, established as the citadel of Puseyism at Oxford, the principles of Pusey were being departed from. Liddon’s importance is now mainly historical. He was the last of the classical pulpit orators of the English Church, the last great popular exponent of the traditional Anglican orthodoxy. Besides the works mentioned, Liddon published several volumes of Sermons, a volume of Lent lectures entitled Some Elements of Religion (1870), and a collection of Essays and Addresses on such themes as Buddhism, Dante, &c.

Liddon, Henry Parry (1829-1890), an English cleric, was the son of a naval captain and was born in North Stoneham, Hampshire, on August 20, 1829. He attended King’s College School in London and Christ Church, Oxford, 589 where he graduated with a second class degree in 1850. As vice-principal of the theological college at Cuddesdon (1854-1859), he had significant influence. When he returned to Oxford as vice-principal of St Edmund’s Hall, he became a growing force among undergraduates, strongly opposing the liberal reaction to Tractarianism that arose after Newman’s departure in 1845. In 1864, the Bishop of Salisbury (W. K. Hamilton), for whom he had served as examining chaplain, appointed him prebendary of Salisbury Cathedral. In 1866, he delivered his Bampton Lectures on the doctrine of Christ’s divinity. From then on, his reputation as a preacher, which had been steadily increasing, became well established. In 1870, he was appointed canon of St Paul’s Cathedral in London. Prior to this, he published Some Words for God, where he powerfully and eloquently challenged the skepticism of the time. His preaching at St Paul’s soon drew large crowds. The afternoon sermon, which was typically delivered in the choir by the canon in residence, was moved under the dome shortly after Liddon’s appointment, where between 3,000 to 4,000 people would gather to listen to him. Few orators in the Church of England have gained as much fame as Liddon. Others may have surpassed him in originality, learning, or reasoning ability, but when it came to grasping his subject, clarity of language, organization, illustrative skill, vivid imagination, elegant diction, and, above all, empathy with the audience's intellectual stance, he had few rivals. In organizing his material, he is thought to have drawn inspiration from the great French preachers of the era of Louis XIV. In 1870, he was also appointed Ireland professor of exegesis at Oxford. The combination of these two roles gave him considerable influence over the Church of England. Together with Dean Church, he helped revive the diminishing impact of the Tractarian school, successfully popularizing views that had originally attracted thinkers and scholars in the hands of Pusey and Keble. His strong character was evident not only in his opposition to the Church Discipline Act of 1874 but also in his condemnation of the Bulgarian atrocities in 1876. In 1882, he resigned from his professorship and used the resulting free time to travel in Palestine and Egypt, while also demonstrating his interest in the Old Catholic movement by visiting Döllinger in Munich. In 1886, he became chancellor of St Paul’s and reportedly turned down several offers for a bishopric. He died on September 9, 1890, at the peak of his intellectual strength and professional reputation. He had begun but nearly finished an extensive biography of Dr. Pusey, for whom he had immense admiration; this work was completed posthumously by Messrs Johnston and Wilson. Liddon’s significant influence during his lifetime was more due to his personal charisma and the beauty of his sermons than any exceptional intellectual qualities. As a theologian, his perspective was more aligned with the 16th century than the 19th. Today, reading his Bampton Lectures makes it hard to believe they were once celebrated as a major contribution to Christian defense. Throughout his life, he maintained a narrow viewpoint shaped by Pusey and Keble, resisting the advancements of modern thought and scholarship. His later years were marked by the realization that the younger members of his school were beginning to embrace modern scientific ideas. The publication of Lux Mundi in 1889, a collection of essays trying to align Anglican Catholic doctrine with contemporary thought, was a significant blow to him, showing that even at Pusey House, established as a bastion of Puseyism at Oxford, the original principles were being altered. Now, Liddon’s significance is mainly historical. He was the last classical pulpit orator in the English Church, the final major popular advocate of traditional Anglican orthodoxy. Besides the mentioned works, Liddon also published several volumes of Sermons, a volume of Lent lectures entitled Some Elements of Religion (1870), and a collection of Essays and Addresses addressing topics such as Buddhism, Dante, etc.

See Life and Letters, by J. O. Johnston (1904); G. W. E. Russell, H. P. Liddon (1903); A. B. Donaldson, Five Great Oxford Leaders (1900), from which the life of Liddon was reprinted separately in 1905.

See Life and Letters, by J. O. Johnston (1904); G. W. E. Russell, H. P. Liddon (1903); A. B. Donaldson, Five Great Oxford Leaders (1900), from which the life of Liddon was reprinted separately in 1905.

LIE, JONAS LAURITZ EDEMIL (1833-1908), Norwegian novelist, was born on the 6th of November 1833 close to Hougsund (Eker), near Drammen. In 1838, his father being appointed sheriff of Tromsö, the family removed to that Arctic town. Here the future novelist enjoyed an untrammelled childhood among the shipping of the little Nordland capital, and gained acquaintance with the wild seafaring life which he was afterwards to describe. In 1846 he was sent to the naval school at Frederiksvaern, but his extreme near-sight unfitted him for the service, and he was transferred to the Latin school at Bergen. In 1851 he went to the university of Christiania, where Ibsen and Björnson were among his fellow-students. Jonas Lie, however, showed at this time no inclination to literature. He pursued his studies as a lawyer, took his degrees in law in 1858, and settled down to practice as a solicitor in the little town of Kongsvinger. In 1860 he married his cousin, Thomasine Lie, whose collaboration in his work he acknowledged in 1893 in a graceful article in the Samtiden entitled “Min hustru.” In 1866 he published his first book, a volume of poems. He made unlucky speculations in wood, and the consequent financial embarrassment induced him to return to Christiania to try his luck as a man of letters. As a journalist he had no success, but in 1870 he published a melancholy little romance, Den Fremsynte (Eng. trans., The Visionary, 1894), which made him famous. Lie proceeded to Rome, and published Tales in 1871 and Tremasteren “Fremtiden” (Eng. trans., The Barque “Future,” Chicago, 1879), a novel, in 1872. His first great book, however, was Lodsen og hans Hustru (The Pilot and his Wife, 1874), which placed him at the head of Norwegian novelists; it was written in the little town of Rocca di Papa in the Albano mountains. From that time Lie enjoyed, with Björnson and Ibsen, a stipend as poet from the Norwegian government. Lie spent the next few years partly in Dresden, partly in Stuttgart, with frequent summer excursions to Berchtesgaden in the Bavarian highlands. During his exile he produced the drama in verse called Faustina Strozzi (1876). Returning to Norway, Lie began a series of romances of modern life in Christiania, of which Thomas Ross (1878) and Adam Schrader (1879) were the earliest. He returned to Germany, and settled first in Dresden again, then in Hamburg, until 1882, when he took up his abode in Paris, where he lived in close retirement in the society of Scandinavian friends. His summers were spent at Berchtesgaden in Tirol. The novels of his German period are Rutland (1881) and Gaa paa (“Go Ahead!” 1882), tales of life in the Norwegian merchant navy. His subsequent works, produced with great regularity, enjoyed an immense reputation in Norway. Among the best of them are: Livsslaven (1883, Eng. trans., “One of Life’s Slaves,” 1895); Familjen paa Gilje (“The Family of Gilje,” 1883); Malstroem (1885), describing the gradual ruin of a Norwegian family; Et Samliv (“Life in Common,” 1887), describing a marriage of convenience. Two of the most successful of his novels were The Commodore’s Daughters (1886) and Niobe (1894), both of which were presented to English readers in the International library, edited by Mr Gosse. In 1891-1892 he wrote, under the influence of the new romantic impulse, twenty-four folk-tales, printed in two volumes entitled Trold. Some of these were translated by R. N. Bain in Weird Tales (1893), illustrated by L. Housman. Among his later works were the romance Naar Sol gaar ned (“When the Sun goes down,” 1895), the powerful novel of Dyre Rein (1896), the fairy drama of Lindelin (1897), Faste Forland (1899), a romance which contains much which is autobiographical, When the Iron Curtain falls (1901), and The Consul (1904). His Samlede Vaerker were published at Copenhagen in 14 vols. (1902-1904). Jonas Lie left Paris in 1891, and, after spending a year in Rome, returned to Norway, establishing himself at Holskogen, near Christiansand. He died at Christiania on the 5th of July 1908. As a novelist he stands with those minute and unobtrusive 590 painters of contemporary manners who defy arrangement in this or that school. He is with Mrs Gaskell or Ferdinand Fabre; he is not entirely without relation with that old-fashioned favourite of the public, Fredrika Bremer.

LIE, JONAS LAURITZ EDEMIL (1833-1908), Norwegian novelist, was born on November 6, 1833, near Hougsund (Eker), close to Drammen. In 1838, after his father was appointed sheriff of Tromsö, the family moved to that Arctic town. There, the future novelist had a carefree childhood among the shipping life of the small Nordland capital, experiencing the wild seafaring life he would later write about. In 1846, he was sent to the naval school in Frederiksvaern, but his severe nearsightedness made him unfit for service, so he was moved to the Latin school in Bergen. In 1851, he enrolled at the University of Christiania, where Ibsen and Björnson were among his classmates. However, at that time, Jonas Lie showed no interest in literature. He focused on his studies to become a lawyer, earned his law degrees in 1858, and began practicing as a solicitor in the small town of Kongsvinger. In 1860, he married his cousin, Thomasine Lie, who he credited for her collaboration in his work in a 1893 article in the Samtiden titled “Min hustru.” In 1866, he published his first book, a collection of poems. He made poor investments in timber, leading to financial difficulties that prompted him to return to Christiania to pursue writing. As a journalist, he had little success, but in 1870, he released a sad little romance, Den Fremsynte (Eng. trans., The Visionary, 1894), which brought him fame. Lie then traveled to Rome and published Stories in 1871 and Tremasteren “Fremtiden” (Eng. trans., The Barque “Future,” Chicago, 1879), a novel, in 1872. His first major work was Lodsen og hans Hustru (The Pilot and his Wife, 1874), which established him as a leading Norwegian novelist; it was written in the small town of Rocca di Papa in the Albano mountains. From that point, Lie received a stipend as a poet from the Norwegian government, alongside Björnson and Ibsen. He spent the next few years partly in Dresden and partly in Stuttgart, with frequent summer trips to Berchtesgaden in the Bavarian highlands. During his time away, he created the verse drama Faustina Strozzi (1876). Upon returning to Norway, Lie began a series of romances about modern life in Christiania, starting with Thomas Ross (1878) and Adam Schrader (1879). He moved back to Germany, first settling again in Dresden and then in Hamburg until 1882 when he relocated to Paris, living a quiet life among Scandinavian friends. He spent his summers in Berchtesgaden, Tirol. His novels from the German period include Rutland (1881) and Gaa paa (“Go Ahead!” 1882), stories about life in the Norwegian merchant navy. His later works, produced with great regularity, gained immense popularity in Norway. Some of the best include: Livsslaven (1883, Eng. trans., “One of Life’s Slaves,” 1895); Familjen paa Gilje (“The Family of Gilje,” 1883); Malstroem (1885), depicting the gradual downfall of a Norwegian family; Et Samliv (“Life in Common,” 1887), about a marriage of convenience. Two of his most successful novels were The Commodore’s Daughters (1886) and Niobe (1894), both presented to English readers in the International library edited by Mr. Gosse. Between 1891-1892, influenced by the new romantic movement, he wrote twenty-four folk tales, published in two volumes titled Trold. Some of these were translated by R. N. Bain in Weird Tales (1893), illustrated by L. Housman. His later works included the romance Naar Sol gaar ned (“When the Sun Goes Down,” 1895), the impactful novel Dyre Rein (1896), the fairy play Lindelin (1897), Faste Forland (1899), which contains much autobiographical content, When the Iron Curtain Falls (1901), and The Consul (1904). His Samlede Vaerker was published in 14 volumes in Copenhagen (1902-1904). Jonas Lie left Paris in 1891, spending a year in Rome before returning to Norway, where he settled at Holskogen near Christiansand. He died in Christiania on July 5, 1908. As a novelist, he aligns with the subtle and detailed painters of contemporary life who don't fit neatly into any particular literary school. He shares similarities with Mrs. Gaskell or Ferdinand Fabre; he is also related to the older public favorite, Fredrika Bremer.

His son, Erik Lie (b. 1868), published a successful volume of stories, Med Blyanten, in 1890; and is also the author of various works on literary history. An elder son, Mons Lie (b. 1864), studied the violin in Paris, but turned to literature in 1894. Among his works are the plays Tragedier om Kjaerlighed (1897); Lombardo and Agrippina (1898); Don Juan (1900); and the novels, Sjöfareren (1901); Adam Ravn (1903) and I. Kvindensnet (1904).

His son, Erik Lie (b. 1868), published a successful collection of stories, Med Blyanten, in 1890; he is also the author of various works on literary history. An older son, Mons Lie (b. 1864), studied violin in Paris but switched to literature in 1894. His works include the plays Tragedier om Kjaerlighed (1897); Lombardo and Agrippina (1898); Don Juan (1900); and the novels, Sjöfareren (1901); Adam Ravn (1903) and I. Kvindensnet (1904).

(E. G.)

LIE, MARIUS SOPHUS (1842-1899), Norwegian mathematician, was born at Nordfjordeif, near Bergen, on the 17th of December 1842, and was educated at the university of Christiania, where he took his doctor’s degree in 1868 and became extraordinary professor of mathematics (a chair created specially for him) four years later. In 1886 he was chosen to succeed Felix Klein in the chair of geometry at Leipzig, but as his fame grew a special post was arranged for him in Christiania. But his health was broken down by too assiduous study, and he died at Christiania on the 18th of February 1899, six months after his return. Lie’s work exercised a great influence on the progress of mathematical science during the later decades of the 19th century. His primary aim has been declared to be the advancement and elaboration of the theory of differential equations, and it was with this end in view that he developed his theory of transformation groups, set forth in his Theorie der Transformationsgruppen (3 vols., Leipzig, 1888-1893), a work of wide range and great originality, by which probably his name is best known. A special application of his theory of continuous groups was to the general problem of non-Euclidean geometry. The latter part of the book above mentioned was devoted to a study of the foundations of geometry, considered from the standpoint of B. Riemann and H. von Helmholtz; and he intended to publish a systematic exposition of his geometrical investigations, in conjunction with Dr G. Scheffers, but only one volume made its appearance (Geometrie der Berührungstransformationen, Leipzig, 1896). Lie was a foreign member of the Royal Society, as well as an honorary member of the Cambridge Philosophical Society and the London Mathematical Society, and his geometrical inquiries gained him the much-coveted honour of the Lobatchewsky prize.

LIE, MARIUS SOPHUS (1842-1899), was a Norwegian mathematician born in Nordfjordeid, near Bergen, on December 17, 1842. He studied at the University of Christiania, where he earned his doctorate in 1868 and became an extraordinary professor of mathematics (a position created just for him) four years later. In 1886, he was chosen to take over Felix Klein's geometry chair at Leipzig, but as his reputation grew, a special position was arranged for him in Christiania. Unfortunately, his health deteriorated due to excessive studying, and he passed away in Christiania on February 18, 1899, six months after returning. Lie's work had a significant impact on the development of mathematical science in the late 19th century. His main goal was to advance and elaborate on the theory of differential equations, which led him to develop his theory of transformation groups, outlined in his Theorie der Transformationsgruppen (3 vols., Leipzig, 1888-1893), a work known for its broad scope and originality, by which he is probably best recognized. A specific application of his theory of continuous groups addressed the general problem of non-Euclidean geometry. The latter part of the aforementioned book focused on the foundations of geometry from the perspectives of B. Riemann and H. von Helmholtz; he intended to publish a systematic exposition of his geometric research with Dr. G. Scheffers, but only one volume was published (Geometrie der Berührungstransformationen, Leipzig, 1896). Lie was a foreign member of the Royal Society and an honorary member of the Cambridge Philosophical Society and the London Mathematical Society, and his geometric research earned him the prestigious Lobatchewsky prize.

An analysis of Lie’s works is given in the Bibliotheca Mathematica (Leipzig, 1900).

An analysis of Lie’s works is provided in the Bibliotheca Mathematica (Leipzig, 1900).

LIEBER, FRANCIS (1800-1872), German-American publicist, was born at Berlin on the 18th of March 1800. He served with his two brothers under Blücher in the campaign of 1815, fighting at Ligny, Waterloo and Namur, where he was twice dangerously wounded. Shortly afterwards he was arrested for his political sentiments, the chief evidence against him being several songs of liberty which he had written. After several months he was discharged without a trial, but was forbidden to pursue his studies at the Prussian universities. He accordingly went to Jena, where he took his degrees in 1820, continuing his studies at Halle and Dresden. He subsequently took part in the Greek War of Independence, publishing his experiences in his Journal in Greece (Leipzig, 1823, and under the title The German Anacharsis, Amsterdam, 1823). For a year he was in Rome as tutor to the son of the historian Niebuhr, then Prussian ambassador. Returning to Berlin in 1823, he was imprisoned at Koepenik, but was released after some months through the influence of Niebuhr. In 1827 he went to the United States and as soon as possible was naturalized as a citizen. He settled at Boston, and for five years edited The Encyclopaedia Americana (13 vols.). From 1835 to 1856 he was professor of history and political economy in South Carolina College at Columbia, S.C., and during this period wrote his three chief works, Manual of Political Ethics (1838), Legal and Political Hermeneutics (1839), and Civil Liberty and Self Government (1853). In 1856 he resigned and next year was elected to a similar post in Columbia College, New York, and in 1865 became professor of constitutional history and public law in the same institution. During the Civil War Lieber rendered services of great value to the government. He was one of the first to point out the madness of secession, and was active in upholding the Union. He prepared, upon the requisition of the president, the important Code of War for the Government of the Armies of the United States in the Field, which was promulgated by the Government in General Orders No. 100 of the war department. This code suggested to Bluntschli his codification of the law of nations, as may be seen in the preface to his Droit International Codifié. During this period also Lieber wrote his Guerilla Parties with Reference to the Laws and Usages of War. At the time of his death he was the umpire of the commission for the adjudication of Mexican claims. He died on the 2nd of October 1872. His books were acquired by the University of California, and his papers were placed in the Johns Hopkins University.

LIEBER, FRANCIS (1800-1872), German-American publicist, was born in Berlin on March 18, 1800. He fought alongside his two brothers under Blücher during the 1815 campaign, participating in the battles of Ligny, Waterloo, and Namur, where he was seriously wounded twice. Soon after, he was arrested for his political beliefs, with the main evidence against him being several liberty songs he had written. After spending several months in detention, he was released without a trial but was banned from studying at Prussian universities. He then went to Jena, where he earned his degrees in 1820, continuing his studies in Halle and Dresden. He later participated in the Greek War of Independence and published his experiences in his Journal in Greece (Leipzig, 1823, and under the title The German Anacharsis, Amsterdam, 1823). For a year, he was in Rome as a tutor to the son of the historian Niebuhr, who was then the Prussian ambassador. He returned to Berlin in 1823 and was imprisoned in Köpenick, but was released after several months due to Niebuhr's influence. In 1827, he moved to the United States and quickly became a naturalized citizen. He settled in Boston and edited The Encyclopaedia Americana (13 vols.) for five years. From 1835 to 1856, he was a professor of history and political economy at South Carolina College in Columbia, S.C., during which time he wrote his three major works: Manual of Political Ethics (1838), Legal and Political Hermeneutics (1839), and Civil Liberty and Self Government (1853). In 1856, he resigned, and the following year, he was elected to a similar role at Columbia College in New York, becoming a professor of constitutional history and public law in 1865. During the Civil War, Lieber provided significant services to the government. He was one of the first to highlight the folly of secession and actively supported the Union. At the request of the president, he prepared the important Code of War for the Government of the Armies of the United States in the Field, which was issued by the government in General Orders No. 100 from the war department. This code influenced Bluntschli’s codification of international law, as noted in the preface to his Droit International Codifié. During this time, Lieber also wrote Guerilla Parties with Reference to the Laws and Usages of War. At the time of his death, he was the umpire for the commission adjudicating Mexican claims. He passed away on October 2, 1872. His books were acquired by the University of California, and his papers were sent to Johns Hopkins University.

His Miscellaneous Writings were published by D. C. Gilman (Philadelphia, 1881). See T. S. Perry, Life and Letters (1882), and biography by Harby (1899).

His Miscellaneous Writings were published by D. C. Gilman (Philadelphia, 1881). See T. S. Perry, Life and Letters (1882), and biography by Harby (1899).

LIEBERMANN, MAX (1849-  ), German painter and etcher, was born in Berlin. After studying under Steffeck, he entered the school of art at Weimar in 1869. Though the straightforward simplicity of his first exhibited picture, “Women plucking Geese,” in 1872, presented already a striking contrast to the conventional art then in vogue, it was heavy and bituminous in colour, like all the artist’s paintings before his visit to Paris at the end of 1872. A summer spent at Barbizon in 1873, where he became personally acquainted with Millet and had occasion to study the works of Corot, Troyon, and Daubigny, resulted in the clearing and brightening of his palette, and taught him to forget the example of Munkacsy, under whose influence he had produced his first pictures in Paris. He subsequently went to Holland, where the example of Israels confirmed him in the method he had adopted at Barbizon; but on his return to Munich in 1878 he caused much unfavourable criticism by his realistic painting of “Christ in the Temple,” which was condemned by the clergy as irreverent and remained his only attempt at a scriptural subject. Henceforth he devoted himself exclusively to the study of free-light and to the painting of the life of humble folk. He found his best subjects in the orphanages and asylums for the old in Amsterdam, among the peasants in the fields and village streets of Holland, and in the beer-gardens, factories, and workrooms of his own country. Germany was reluctant, however, in admitting the merit of an artist whose style and method were so markedly at variance with the time-honoured academic tradition. Only when his fame was echoed back from France, Belgium, and Holland did his compatriots realize the eminent position which is his due in the history of German art. It is hardly too much to say that Liebermann has done for his country what Millet did for France. His pictures hold the fragrance of the soil and the breezes of the heavens. His people move in their proper atmosphere, and their life is stated in all its monotonous simplicity, without artificial pathos or melodramatic exaggeration. His first success was a medal awarded him for “An Asylum for Old Men” at the 1881 Salon. In 1884 he settled again in Berlin, where he became professor of the Academy in 1898. He became a member of the Société nationale des Beaux Arts, of the Société royale belge des Aquarellistes, and of the Cercle des Aquarellistes at the Hague. Liebermann is represented in most of the German and other continental galleries. The Berlin National Gallery owns “The Flax-Spinners”; the Munich Pinakothek, “The Woman with Goats”; the Hamburg Gallery, “The Net-Menders”; the Hanover Gallery, the “Village Street in Holland.” “The Seamstress” is at the Dresden Gallery; the “Man on the Dunes” at Leipzig; “Dutch Orphan Girls” at Strassburg; “Beer-cellar at Brandenburg” at the Luxembourg Museum in Paris, and the “Knöpflerinnen” in Venice. His etchings are to be found in the leading print cabinets of Europe.

LIEBERMANN, MAX (1849-  ), a German painter and etcher, was born in Berlin. After studying under Steffeck, he enrolled in the art school at Weimar in 1869. Although the straightforward simplicity of his first exhibited painting, “Women Plucking Geese,” in 1872, created a striking contrast to the conventional art of the time, it still had a heavy and dark color palette, like all his works before he visited Paris at the end of 1872. A summer spent in Barbizon in 1873, where he got to know Millet personally and studied the works of Corot, Troyon, and Daubigny, led to a brighter and clearer palette and helped him move beyond the influence of Munkacsy, under whom he created his first pieces in Paris. He later traveled to Holland, where the example of Israels reinforced the approach he had adopted in Barbizon; however, when he returned to Munich in 1878, his realistic painting “Christ in the Temple” faced much criticism for being irreverent and remained his only attempt at a biblical subject. From then on, he focused solely on studying natural light and painting the lives of ordinary people. He found his best subjects in orphanages and homes for the elderly in Amsterdam, among peasants in the fields and village streets of Holland, and in the beer gardens, factories, and workshops of his own country. Germany, however, was slow to recognize the worth of an artist whose style and approach diverged significantly from the long-established academic tradition. It was only when his reputation was acknowledged in France, Belgium, and Holland that his fellow countrymen began to recognize his prominent position in the history of German art. It’s fair to say that Liebermann did for Germany what Millet did for France. His paintings carry the essence of the land and the feel of the sky. His subjects exist in their natural environment, and their lives are expressed in all their simple monotony, without artificial sentimentality or exaggerated drama. His first notable success was a medal for “An Asylum for Old Men” at the 1881 Salon. In 1884, he moved back to Berlin, where he became a professor at the Academy in 1898. He joined the Société nationale des Beaux Arts, the Société royale belge des Aquarellistes, and the Cercle des Aquarellistes in The Hague. Liebermann is represented in most German and other continental galleries. The Berlin National Gallery owns “The Flax-Spinners”; the Munich Pinakothek has “The Woman with Goats”; the Hamburg Gallery features “The Net-Menders”; the Hanover Gallery holds “Village Street in Holland.” “The Seamstress” is at the Dresden Gallery; “Man on the Dunes” is in Leipzig; “Dutch Orphan Girls” is in Strassburg; “Beer-cellar at Brandenburg” can be found at the Luxembourg Museum in Paris, and the “Knöpflerinnen” is in Venice. His etchings are housed in leading print collections throughout Europe.

LIEBIG, JUSTUS VON, Baron (1803-1873), German chemist, was born at Darmstadt, according to his baptismal certificate, on the 12th of May 1803 (4th of May, according to his mother). His father, a drysalter and dealer in colours, used sometimes to 591 make experiments in the hope of finding improved processes for the production of his wares, and thus his son early acquired familiarity with practical chemistry. For the theoretical side he read all the text-books which he could find, somewhat to the detriment of his ordinary school studies. Having determined to make chemistry his profession, at the age of fifteen he entered the shop of an apothecary at Appenheim, near Darmstadt; but he soon found how great is the difference between practical pharmacy and scientific chemistry, and the explosions and other incidents that accompanied his private efforts to increase his chemical knowledge disposed his master to view without regret his departure at the end of ten months. He next entered the university of Bonn, but migrated to Erlangen when the professor of chemistry, K. W. G. Kastner (1783-1857), was appointed in 1821 to the chair of physics and chemistry at the latter university. He followed this professor to learn how to analyse certain minerals, but in the end he found that the teacher himself was ignorant of the process. Indeed, as he himself said afterwards, it was a wretched time for chemistry in Germany. No laboratories were accessible to ordinary students, who had to content themselves with what the universities could give in the lecture-room and the library, and though both at Bonn and Erlangen Liebig endeavoured to make up for the deficiencies of the official instruction by founding a students’ physical and chemical society for the discussion of new discoveries and speculations, he felt that he could never become a chemist in his own country. Therefore, having graduated as Ph.D. in 1822, he left Erlangen—where he subsequently complained that the contagion of the “greatest philosopher and metaphysician of the century” (Schelling), in a period “rich in words and ideas, but poor in true knowledge and genuine studies,” had cost him two precious years of his life—and by the liberality of Louis I., grand-duke of Hesse-Darmstadt, was enabled to go to Paris. By the help of L. J. Thénard he gained admission to the private laboratory of H. F. Gaultier de Claubry (1792-1873), professor of chemistry at the École de Pharmacie, and soon afterwards, by the influence of A. von Humboldt, to that of Gay-Lussac, where in 1824 he concluded his investigations on the composition of the fulminates. It was on Humboldt’s advice that he determined to become a teacher of chemistry, but difficulties stood in his way. As a native of Hesse-Darmstadt he ought, according to the academical rules of the time, to have studied and graduated at the university of Giessen, and it was only through the influence of Humboldt that the authorities forgave him for straying to the foreign university of Erlangen. After examination his Erlangen degree was recognized, and in 1824 he was appointed extraordinary professor of chemistry at Giessen, becoming ordinary professor two years later. In this small town his most important work was accomplished. His first care was to persuade the Darmstadt government to provide a chemical laboratory in which the students might obtain a proper practical training. This laboratory, unique of its kind at the time, in conjunction with Liebig’s unrivalled gifts as a teacher, soon rendered Giessen the most famous chemical school in the world; men flocked from every country to enjoy its advantages, and many of the most accomplished chemists of the 19th century had to thank it for their early training. Further, it gave a great impetus to the progress of chemical education throughout Germany, for the continued admonitions of Liebig combined with the influence of his pupils induced many other universities to build laboratories modelled on the same plan. He remained at Giessen for twenty-eight years, until in 1852 he accepted the invitation of the Bavarian government to the ordinary chair of chemistry at Munich university, and this office he held, although he was offered the chair at Berlin in 1865, until his death, which occurred at Munich on the 10th of April 1873.

Liebig, Justus von, Baron (1803-1873), German chemist, was born in Darmstadt, according to his baptism certificate, on May 12, 1803 (May 4, according to his mother). His father, a drysalter and paint dealer, often experimented to find better processes for his products, which gave his son an early exposure to practical chemistry. He read every textbook he could find on the theory, which affected his regular schoolwork. Determined to pursue chemistry, at fifteen he started working at an apothecary in Appenheim, near Darmstadt; however, he soon realized the stark difference between practical pharmacy and scientific chemistry, and the explosions and other incidents from his private experiments led his employer to be relieved when he left after ten months. He then enrolled at the University of Bonn but transferred to Erlangen when K. W. G. Kastner was appointed to teach physics and chemistry there in 1821. He followed Kastner to learn how to analyze certain minerals, only to discover that the professor didn’t know the process. As he later remarked, it was a tough time for chemistry in Germany. Ordinary students had no access to laboratories and had to make do with lectures and library resources. Despite trying to fill the gaps in official instruction by founding a students’ physical and chemical society to discuss new discoveries and theories at both Bonn and Erlangen, Liebig felt he could never become a chemist in Germany. After graduating with a Ph.D. in 1822, he left Erlangen—where he complained about losing two valuable years of his life to the influence of “the greatest philosopher and metaphysician of the century” (Schelling), during a time “rich in words and ideas, but poor in true knowledge and genuine studies”—and thanks to the generosity of Louis I., grand-duke of Hesse-Darmstadt, he went to Paris. With the help of L. J. Thénard, he got into the private lab of H. F. Gaultier de Claubry (1792-1873), a chemistry professor at the École de Pharmacie, and soon after, through A. von Humboldt’s influence, he gained access to Gay-Lussac’s lab, where in 1824 he finished his research on the composition of fulminates. Following Humboldt's advice, he decided to become a chemistry teacher, but faced challenges. As a native of Hesse-Darmstadt, he should have studied and graduated from the University of Giessen according to the academic rules of the time, and it was only through Humboldt's influence that the authorities forgave him for attending the foreign university of Erlangen. After an examination, his Erlangen degree was recognized, and in 1824 he was appointed as an extraordinary professor of chemistry at Giessen, becoming an ordinary professor two years later. During his time in this small town, he accomplished his most significant work. His first goal was to persuade the Darmstadt government to establish a chemical lab for students to receive proper practical training. This lab, unique for its time, combined with Liebig’s exceptional teaching skills, quickly made Giessen the most famous chemistry school in the world; students came from all nations to benefit from it, and many of the most skilled chemists of the 19th century owed their early training to it. Furthermore, it significantly advanced chemical education across Germany, as Liebig's continual encouragement, along with the influence of his students, persuaded many other universities to build similar laboratories. He stayed at Giessen for twenty-eight years until in 1852 he accepted an invitation from the Bavarian government to take the ordinary chair of chemistry at the University of Munich, a position he held—despite being offered the chair at Berlin in 1865—until his death on April 10, 1873, in Munich.

Apart from Liebig’s labours for the improvement of chemical teaching, the influence of his experimental researches and of his contributions to chemical thought was felt in every branch of the science. In regard to methods and apparatus, mention should be made of his improvements in the technique of organic analysis, his plan for determining the natural alkaloids and for ascertaining the molecular weights of organic bases bv means of their chloroplatinates, his process for determining the quantity of urea in a solution—the first step towards the introduction of precise chemical methods into practical medicine—and his invention of the simple form of condenser known in every laboratory. His contributions to inorganic chemistry were numerous, including investigations on the compounds of antimony, aluminium, silicon, &c., on the separation of nickel and cobalt, and on the analysis of mineral waters, but they are outweighed in importance by his work on organic substances. In this domain his first research was on the fulminates of mercury and silver, and his study of these bodies led him to the discovery of the isomerism of cyanic and fulminic acids, for the composition of fulminic acid as found by him was the same as that of cyanic acid, as found by F. Wöhler, and it became necessary to admit them to be two bodies which differed in properties, though of the same percentage composition. Further work on cyanogen and connected substances yielded a great number of interesting derivatives, and he described an improved method for the manufacture of potassium cyanide, an agent which has since proved of enormous value in metallurgy and the arts. In 1832 he published, jointly with Wöhler, one of the most famous papers in the history of chemistry, that on the oil of bitter almonds (benzaldehyde), wherein it was shown that the radicle benzoyl might be regarded as forming an unchanging constituent of a long series of compounds obtained from oil of bitter almonds, throughout which it behaved like an element. Berzelius hailed this discovery as marking the dawn of a new era in organic chemistry, and proposed for benzoyl the names “Proïn” or “Orthrin” (from πρωί and ὄρθρυς). A continuation of their work on bitter almond oil by Liebig and Wöhler, who remained firm friends for the rest of their lives, resulted in the elucidation of the mode of formation of that substance and in the discovery of the ferment emulsin as well as the recognition of the first glucoside, amygdalin, while another and not less important and far-reaching inquiry in which they collaborated was that on uric acid, published in 1837. About 1832 he began his investigations into the constitution of ether and alcohol and their derivatives. These on the one hand resulted in the enunciation of his ethyl theory, by the light of which he looked upon those substances as compounds of the radicle ethyl (C2H5), in opposition to the view of J. B. A. Dumas, who regarded them as hydrates of olefiant gas (ethylene); on the other they yielded chloroform, chloral and aldehyde, as well as other compounds of less general interest, and also the method of forming mirrors by depositing silver from a slightly ammoniacal solution by acet aldehyde. In 1837 with Dumas he published a note on the constitution of organic acids, and in the following year an elaborate paper on the same subject appeared under his own name alone; by this work T. Graham’s doctrine of polybasicity was extended to the organic acids. Liebig also did much to further the hydrogen theory of acids.

Aside from Liebig’s efforts to enhance chemical education, his experimental research and contributions to chemical ideas impacted every area of the field. Regarding methods and equipment, it’s worth noting his advancements in organic analysis techniques, his strategy for identifying natural alkaloids and determining the molecular weights of organic bases through their chloroplatinates, his method for measuring the amount of urea in a solution—the first step towards applying precise chemical methods in practical medicine—and his invention of the simple condenser design now found in every lab. He made many contributions to inorganic chemistry, including studies on antimony, aluminum, silicon compounds, the separation of nickel and cobalt, and the analysis of mineral waters, but his work on organic materials holds greater significance. His initial research in this area focused on the fulminates of mercury and silver, leading to the discovery of the isomerism between cyanic and fulminic acids, since the composition of fulminic acid was the same as that of cyanic acid, as identified by F. Wöhler; this necessitated recognizing them as two substances with different properties despite their identical percentage compositions. Further investigations into cyanogen and related compounds resulted in many interesting derivatives, and he described an improved method for producing potassium cyanide, which has since been incredibly valuable in metallurgy and the arts. In 1832, he published, with Wöhler, one of the most notable papers in chemistry’s history on the oil of bitter almonds (benzaldehyde), demonstrating that the radical benzoyl could be viewed as a stable component of a lengthy series of compounds derived from bitter almond oil, behaving like an element throughout. Berzelius praised this discovery as the beginning of a new era in organic chemistry and suggested “Proïn” or “Orthrin” as names for benzoyl (from morning and ὄρθρυς). Their continued research on bitter almond oil led to understanding its formation and discovering the enzyme emulsin, as well as recognizing the first glucoside, amygdalin. Additionally, they collaborated on another significant inquiry regarding uric acid published in 1837. Around 1832, he began exploring the structure of ether, alcohol, and their derivatives. This work resulted in his ethyl theory, viewing those substances as compounds of the radical ethyl (C2H5), contrasting with J. B. A. Dumas’s perspective, which considered them hydrates of olefiant gas (ethylene); it also led to the creation of chloroform, chloral, aldehyde, and other less notable compounds, alongside a method for making mirrors by depositing silver from a slightly ammoniacal solution with acetaldehyde. In 1837, he and Dumas published a note on the structure of organic acids, followed by a detailed paper on the same topic under his name alone the next year; this research extended T. Graham’s polybasicity concept to organic acids. Liebig also significantly promoted the hydrogen theory of acids.

These and other studies in pure chemistry mainly occupied his attention until about 1838, but the last thirty-five years of his life were devoted more particularly to the chemistry of the processes of life, both animal and vegetable. In animal physiology he set himself to trace out the operation of determinate chemical and physical laws in the maintenance of life and health. To this end he examined such immediate vital products as blood, bile and urine; he analysed the juices of flesh, establishing the composition of creatin and investigating its decomposition products, creatinin and sarcosin; he classified the various articles of food in accordance with the special function performed by each in the animal economy, and expounded the philosophy of cooking; and in opposition to many of the medical opinions of his time taught that the heat of the body is the result of the processes of combustion and oxidation performed within the organism. A secondary result of this line of study was the preparation of his food for infants and of his extract of meat. Vegetable physiology he pursued with special reference to agriculture, which he held to be the foundation of all trade and industry, but which could not be rationally practised without the guidance of chemical principles. His first publication on this subject was Die Chemie in ihrer Anwendung auf Agricultur und Physiologie in 1840, which was at once translated into English by Lyon Playfair. Rejecting the old notion that plants derive their nourishment from humus, he taught that they get carbon and nitrogen from the carbon dioxide and ammonia present in the atmosphere, these compounds being returned by them to the atmosphere by the processes of putrefaction and fermentation—which latter he regarded as essentially chemical in nature—while their potash, soda, lime, sulphur, phosphorus, &c., come from the soil. Of the carbon dioxide and ammonia no exhaustion can take place, but of the mineral constituents the supply is limited because the soil cannot afford an indefinite amount of them; hence the chief care of the farmer, and the function of manures, is to restore to the soil those minerals which each crop is found, by the analysis of its ashes, to take up in its growth. On this theory he prepared artificial manures containing the essential mineral substances together with a small quantity of ammoniacal salts, because he held that the air does not supply ammonia fast enough in certain cases, and carried out systematic experiments on ten acres of poor sandy land which he obtained from the town of Giessen in 1845. But in practice the results were not wholly satisfactory, and it was a long time before he recognized one important reason for the failure in the fact that 592 to prevent the alkalis from being washed away by the rain he had taken pains to add them in an insoluble form, whereas, as was ultimately suggested to him by experiments performed by J. T. Way about 1850, this precaution was not only superfluous but harmful, because the soil possesses a power of absorbing the soluble saline matters required by plants and of retaining them, in spite of rain, for assimilation by the roots.

These and other studies in pure chemistry mainly occupied his attention until around 1838, but the last thirty-five years of his life were focused more specifically on the chemistry of life processes, both in animals and plants. In animal physiology, he aimed to uncover how specific chemical and physical laws support life and health. To achieve this, he examined immediate vital products like blood, bile, and urine; he analyzed the juices in meat, identifying the composition of creatin and investigating its breakdown products, creatinin and sarcosin; he classified different food items based on their specific roles in the animal body and explained the principles of cooking; and, contrary to many medical views of his time, he taught that body heat results from combustion and oxidation processes happening within the organism. A byproduct of this research was the development of his infant food and meat extract. He also studied plant physiology with a focus on agriculture, which he believed to be the foundation of all trade and industry but could not be effectively practiced without chemical principles. His first publication on this topic was Die Chemie in ihrer Anwendung auf Agricultur und Physiologie in 1840, which was quickly translated into English by Lyon Playfair. Rejecting the old idea that plants get their nutrients from humus, he proposed that they absorb carbon and nitrogen from the carbon dioxide and ammonia in the atmosphere, returning these compounds to the atmosphere through processes of decay and fermentation—both of which he considered fundamentally chemical—while obtaining minerals like potash, soda, lime, sulfur, phosphorus, etc., from the soil. There is no risk of depletion of carbon dioxide and ammonia, but mineral constituents are limited since the soil cannot provide an endless supply; thus, the main concern of farmers and the purpose of fertilizers is to replenish the soil with those minerals that each crop absorbs during growth, as determined by the analysis of its ashes. Based on this theory, he formulated artificial fertilizers that included essential minerals along with a small amount of ammonium salts, because he believed that the air does not supply ammonia quickly enough in some situations. He conducted systematic experiments on ten acres of poor sandy land he acquired from the town of Giessen in 1845. However, the practical results were not entirely satisfying, and it took him a long time to realize a significant reason for the failure: to prevent the alkalis from being washed away by rain, he had added them in an insoluble form, which, as later experiments by J. T. Way around 1850 revealed to him, was not only unnecessary but detrimental, because the soil has the ability to absorb the soluble salts that plants need and retains them, despite rain, for the roots to use.

Liebig’s literary activity was very great. The Royal Society’s Catalogue of Scientific Papers enumerates 318 memoirs under his name, exclusive of many others published in collaboration with other investigators. A certain impetuousness of character which disposed him to rush into controversy whenever doubt was cast upon the views he supported accounted for a great deal of writing, and he also carried on an extensive correspondence with Wöhler and other scientific men. In 1832 he founded the Annalen der Pharmazie, which became the Annalen der Chemie und Pharmazie in 1840 when Wöhler became joint-editor with himself, and in 1837 with Wöhler and Poggendorff he established the Handwörterbuch der reinen und angewandten Chemie. After the death of Berzelius he continued the Jahresbericht with H. F. M. Kopp. The following are his most important separate publications, many of which were translated into English and French almost as soon as they appeared: Anleitung zur Analyse der organischen Körper (1837); Die Chemie in ihrer Anwendung auf Agrikultur und Physiologie (1840); Die Thier-Chemie oder die organische Chemie in ihrer Anwendung auf Physiologie und Pathologie (1842); Handbuch der organischen Chemie mit Rücksicht auf Pharmazie (1843); Chemische Briefe (1844); Chemische Untersuchungen über das Fleisch und seine Zubereitung zum Nahrungsmittel (1847); Die Grundsätze der Agrikultur-Chemie (1855); Über Theorie und Praxis in der Landwirthschaft (1856); Naturwissenschaftliche Briefe über die moderne Landwirtschaft (1859). A posthumous collection of his miscellaneous addresses and publications appeared in 1874 as Reden und Abhandlungen, edited by his son George (b. 1827). His criticism of Bacon, Über Francis von Verulam, was first published in 1863 in the Augsburger allgemeine Zeitung, where also most of his letters on chemistry made their first appearance.

Liebig's writing was extensive. The Royal Society’s Catalogue of Scientific Papers lists 318 papers under his name, not including many others he published in collaboration with other researchers. His tendency to dive into debates whenever his views were questioned led to a significant amount of writing, and he also maintained a wide correspondence with Wöhler and other scientists. In 1832, he founded the Annalen der Pharmazie, which changed to Annalen der Chemie und Pharmazie in 1840 when Wöhler became a co-editor, and in 1837, along with Wöhler and Poggendorff, he started the Handwörterbuch der reinen und angewandten Chemie. After Berzelius passed away, he continued the Jahresbericht with H. F. M. Kopp. Below are his most significant standalone publications, many of which were translated into English and French shortly after they were released: Anleitung zur Analyse der organischen Körper (1837); Die Chemie in ihrer Anwendung auf Agrikultur und Physiologie (1840); Die Thier-Chemie oder die organische Chemie in ihrer Anwendung auf Physiologie und Pathologie (1842); Handbuch der organischen Chemie mit Rücksicht auf Pharmazie (1843); Chemische Briefe (1844); Chemische Untersuchungen über das Fleisch und seine Zubereitung zum Nahrungsmittel (1847); Die Grundsätze der Agrikultur-Chemie (1855); Über Theorie und Praxis in der Landwirthschaft (1856); Naturwissenschaftliche Briefe über die moderne Landwirtschaft (1859). A posthumous collection of his various addresses and publications was released in 1874 as Reden und Abhandlungen, edited by his son George (b. 1827). His critique of Bacon, Über Francis von Verulam, was first published in 1863 in the Augsburger allgemeine Zeitung, where most of his letters on chemistry also made their debut.

See The Life Work of Liebig (London, 1876), by his pupil A. W. von Hofmann, which is the Faraday lecture delivered before the London Chemical Society in March 1875, and is reprinted in Hofmann’s Zur Erinnerung an vorangegangene Freunde; also W. A. Shenstone, Justus von Liebig, his Life and Work (1895).

See The Life Work of Liebig (London, 1876) by his student A. W. von Hofmann, which is the Faraday lecture given before the London Chemical Society in March 1875, and is reprinted in Hofmann’s Zur Erinnerung an vorangegangene Freunde; also W. A. Shenstone, Justus von Liebig, his Life and Work (1895).

LIEBKNECHT, WILHELM (1826-1900), German socialist, was burn at Giessen on the 29th of March 1826. Left an orphan at an early age, he was educated at the gymnasium in his native town, and attended the universities of Giessen, Bonn and Marburg. Before he left school he had become affected by the political discontent then general in Germany; he had already studied the writings of St Simon, from which he gained his first interest in communism, and had been converted to the extreme republican theories of which Giessen was a centre. He soon came into conflict with the authorities, and was expelled from Berlin apparently in consequence of the strong sympathy he displayed for some Poles, who were being tried for high treason. He proposed in 1846 to migrate to America, but went instead to Switzerland, where he earned his living as a teacher. As soon as the revolution of 1848 broke out he hastened to Paris, but the attempt to organize a republican corps for the invasion of Germany was prevented by the government. In September, however, in concert with Gustav von Struve, he crossed the Rhine from Switzerland at the head of a band of volunteers, and proclaimed a republic in Baden. The attempt collapsed; he was captured, and, after suffering eight months’ imprisonment, was brought to trial. Fortunately for him, a new rising had just broken out; the mob burst into the court, and he was acquitted. During the short duration of the revolutionary government he was an active member of the most extreme party, but on the arrival of the Prussian troops he succeeded in escaping to France. Thence he went to Geneva, where he came into intercourse with Mazzini; but, unlike most of the German exiles, he was already an adherent of the socialist creed, which at that time was more strongly held in France. Expelled from Switzerland he went to London, where he lived for thirteen years in close association with Karl Marx. He endured great hardships, but secured a livelihood by teaching and writing; he was a correspondent of the Augsburger Allgemeine Zeitung. The amnesty of 1861 opened for him the way back to Germany, and in 1862 he accepted the post of editor of the Norddeutsche Allgemeine Zeitung, the founder of which was an old revolutionist. Only a few months elapsed before the paper, passed under Bismarck’s influence. There is no more curious episode in German history than the success with which Bismarck acquired the services of many of the men of 1848, but Liebknecht remained faithful to his principles and resigned his editorship. He became a member of the Arbeiterverein, and after the death of Ferdinand Lassalle he was the chief mouthpiece in Germany of Karl Marx, and was instrumental in spreading the influence of the newly-founded International. Expelled from Prussia in 1865, he settled at Leipzig, and it is primarily to his activity in Saxony among the newly-formed unions of workers that the modern social democrat party owes its origin. Here he conducted the Demokratisches Wochenblatt. In 1867 he was elected a member of the North German Reichstag, but in opposition to Lassalle’s followers he refused all compromise with the “capitalists,” and avowedly used his position merely for purposes of agitation whilst taking every opportunity for making the parliament ridiculous. He was strongly influenced by the “great German” traditions of the democrats of 1848, and, violently anti-Prussian, he distinguished himself by his attacks on the policy of 1866 and the “revolution from above,” and by his opposition to every form of militarism. His adherence to the traditions of 1848 are also seen in his dread of Russia, which he maintained to his death. His opposition to the war of 1870 exposed him to insults and violence, and in 1872 he was condemned to two years’ imprisonment in a fortress for treasonable intentions. The Union of the German Socialists in 1874 at the congress of Gotha was really a triumph of his influence, and from that time he was regarded as founder and leader of the party. From 1874 till his death he was a member of the German Reichstag, and for many years also of the Saxon diet. He was one of the chief spokesmen of the party, and he took a very important part in directing its policy. In 1881 he was expelled from Leipzig, but took up his residence in a neighbouring village. After the lapse of the Socialist law (1890) he became chief editor of the Vorwärts, and settled in Berlin. If he did not always find it easy in his later years to follow the new developments, he preserved to his death the idealism of his youth, the hatred both of Liberalism and of State Socialism; and though he was to some extent overshadowed by Bebel’s greater oratorical power, he was the chief support of the orthodox Marxian tradition. Liebknecht was the author of numerous pamphlets and books, of which the most important were: Robert Blum und seine Zeit (Nuremberg, 1892); Geschichte der Französischen Revolution (Dresden, 1890); Die Emser Depesche (Nuremberg, 1899) and Robert Owen (Nuremberg, 1892). He died at Charlottenburg on the 6th of August 1900.

Liebknecht, Wilhelm (1826-1900), German socialist, was born in Giessen on March 29, 1826. Left an orphan at a young age, he was educated at the gymnasium in his hometown and attended the universities of Giessen, Bonn, and Marburg. Before finishing school, he became aware of the widespread political discontent in Germany; he had already studied the writings of St. Simon, which sparked his initial interest in communism, and had adopted the extreme republican theories centered in Giessen. He quickly fell into conflict with the authorities and was expelled from Berlin due to his strong support for some Poles being tried for high treason. He proposed migrating to America in 1846 but instead went to Switzerland, where he supported himself as a teacher. When the revolution of 1848 broke out, he rushed to Paris, but the government's intervention prevented his plan to organize a republican group for the invasion of Germany. In September, however, in collaboration with Gustav von Struve, he crossed the Rhine from Switzerland at the head of a group of volunteers and declared a republic in Baden. The attempt failed; he was captured, and after eight months in prison, he was put on trial. Fortunately for him, a new uprising had just started; the mob stormed the court, and he was acquitted. During the brief period of the revolutionary government, he was an active member of the most extreme faction, but when the Prussian troops arrived, he managed to escape to France. From there, he went to Geneva, where he interacted with Mazzini; however, unlike many German exiles, he was already a supporter of socialism, which was more widely held in France at that time. After being expelled from Switzerland, he moved to London, where he lived for thirteen years closely associated with Karl Marx. He faced significant hardships but made a living through teaching and writing; he was a correspondent for the Augsburger Allgemeine Zeitung. The amnesty of 1861 allowed him to return to Germany, and in 1862 he became the editor of the Norddeutsche Allgemeine Zeitung, founded by an old revolutionary. Only a few months passed before the paper fell under Bismarck's influence. There's no stranger episode in German history than Bismarck's success in recruiting many of the men from 1848, but Liebknecht remained true to his principles and resigned from his editorship. He joined the Arbeiterverein, and after the death of Ferdinand Lassalle, he became the main voice in Germany for Karl Marx and played a key role in promoting the influence of the newly established International. After being expelled from Prussia in 1865, he settled in Leipzig, where his activities among the newly formed workers' unions largely contributed to the origin of the modern social democratic party. Here he ran the Demokratisches Wochenblatt. In 1867, he was elected to the North German Reichstag, but in opposition to Lassalle's followers, he refused to compromise with the "capitalists" and openly used his position for agitation while seizing every opportunity to ridicule parliament. He was heavily influenced by the "great German" traditions of the 1848 democrats, was strongly anti-Prussian, and distinguished himself with his criticism of the policy of 1866 and the “revolution from above,” as well as his opposition to all forms of militarism. His loyalty to the 1848 traditions was also evident in his fear of Russia, which he maintained until his death. His opposition to the 1870 war led to insults and violence directed at him, and in 1872, he was sentenced to two years in a fortress for treasonous intentions. The Union of German Socialists formed in 1874 at the Gotha congress was essentially a testament to his influence, and from that point on, he was seen as the founder and leader of the party. From 1874 until his death, he served in the German Reichstag and for many years in the Saxon diet as well. He was one of the party's main spokespeople and played a very significant role in shaping its policies. In 1881, he was forced out of Leipzig but moved to a nearby village. After the Socialist law was lifted in 1890, he became chief editor of the Vorwärts and moved to Berlin. Although he found it challenging to keep up with new developments in his later years, he retained the idealism of his youth, along with his disdain for both Liberalism and State Socialism; and while he was somewhat overshadowed by Bebel’s greater oratory skills, he remained the main supporter of the orthodox Marxian tradition. Liebknecht authored numerous pamphlets and books, with the most significant being: Robert Blum und seine Zeit (Nuremberg, 1892); Geschichte der Französischen Revolution (Dresden, 1890); Die Emser Depesche (Nuremberg, 1899); and Robert Owen (Nuremberg, 1892). He died in Charlottenburg on August 6, 1900.

See Kurt Eisner, Wilhelm Liebknecht, sein Leben und Wirken (Berlin, 1900).

See Kurt Eisner, Wilhelm Liebknecht, His Life and Work (Berlin, 1900).

LIECHTENSTEIN, the smallest independent state in Europe, save San Marino and Monaco. It lies some way S. of the Lake of Constance, and extends along the right bank of the Rhine, opposite Swiss territory, between Sargans and Sennwald, while on the E. it also comprises the upper portion of the Samina glen that joins the Ill valley at Frastanz, above Feldkirch. It is about 12 m. in length, and covers an area of 61.4 or 68.8 sq. m. (according to different estimates). Its loftiest point rises at the S.E. angle of the state, in the Rhätikon range, and is named to Naafkopf or the Rothe Wand (8445 ft.); on its summit the Swiss, Vorarlberg, and Liechtenstein frontiers join. In 1901 the population was 9477 (of whom 4890 were women and 4587 men). The capital is Vaduz (1523 ft.), with about 1100 inhabitants, and 2 m. S. of the Schaan railway station, which is 2 m. from Buchs (Switz.). Even in the 17th century the Romonsch language was not extinguished in the state, and many Romonsch place-names still linger, e.g. Vaduz, Samina, Gavadura, &c. Now the population is German-speaking and Romanist. The constitution of 1862 was amended in 1878, 1895 and 1901. All males of 24 years of age are primary electors, while the diet consists of 12 members, holding their seats for 4 years and elected indirectly, together with 3 members nominated by the prince. The prince has a lieutenant resident at Vaduz, whence there is an appeal to the prince’s court at Vienna, 593 with a final appeal (since 1884) to the supreme district court at Innsbruck. Compulsory military service was abolished in 1868, the army having till then been 91 strong. The principality forms ecclesiastically part of the diocese of Coire, while as regards customs duties it is joined with the Vorarlberg, and as regards postal and coinage arrangements with Austria, which (according to the agreement of 1852, renewed in 1876, by which the principality entered the Austrian customs union) must pay it at least 40,000 crowns annually. In 1904 the revenues of the principality amounted to 888,931 crowns, and its expenditure to 802,163 crowns. There is no public debt.

LIECHTENSTEIN, is the smallest independent state in Europe, except for San Marino and Monaco. It’s located south of Lake Constance and stretches along the right bank of the Rhine, across from Switzerland, between Sargans and Sennwald. To the east, it includes the upper part of the Samina valley, which connects to the Ill valley at Frastanz, above Feldkirch. It measures about 12 miles in length and covers an area of either 61.4 or 68.8 square miles, depending on the estimate. The highest point is in the southeastern corner of the state, in the Rhätikon range, called Naafkopf or Rothe Wand (8445 ft.); at this peak, the borders of Switzerland, Vorarlberg, and Liechtenstein meet. In 1901, the population was 9,477 (of which 4,890 were women and 4,587 were men). The capital is Vaduz (1523 ft.), with around 1,100 inhabitants, located 2 miles south of the Schaan railway station, which is also 2 miles from Buchs (Switzerland). Even in the 17th century, the Romansh language was still present in the state, and many Romansh place names still exist, such as Vaduz, Samina, Gavadura, etc. Currently, the population speaks German and is Roman Catholic. The constitution of 1862 was revised in 1878, 1895, and 1901. All men aged 24 and older are eligible to vote, while the diet consists of 12 members who serve 4-year terms and are elected indirectly, along with 3 members appointed by the prince. The prince has a lieutenant based in Vaduz, from where appeals can be made to the prince’s court in Vienna, with a final appeal (since 1884) to the supreme district court in Innsbruck. Compulsory military service was eliminated in 1868, previously having consisted of 91 men. The principality is part of the Diocese of Coire in ecclesiastical terms, while it is connected with Vorarlberg for customs duties, and with Austria for postal and currency arrangements. According to the agreement of 1852, renewed in 1876 when the principality joined the Austrian customs union, it must pay at least 40,000 crowns annually. In 1904, the principality's revenues were 888,931 crowns, and its expenditures were 802,163 crowns. There is no public debt.

The county of Vaduz and the lordship of Schellenberg passed through many hands before they were bought in 1613 by the count of Hohenems (to the N. of Feldkirch). In consequence of financial embarrassments, that family had to sell both (the lordship in 1699, the county in 1713) to the Liechtenstein family, which had since the 12th century owned two castles of that name (both now ruined), one in Styria and the other a little S.W. of Vienna. In 1719 these new acquisitions were raised by the emperor into a principality under the name of Liechtenstein, which formed part successively of the Holy Roman Empire (till 1806) and of the German Confederation (1815-1866), having been sovereign 1806-1815 as well as since 1866.

The county of Vaduz and the lordship of Schellenberg changed hands multiple times before they were purchased in 1613 by the Count of Hohenems (north of Feldkirch). Due to financial difficulties, that family had to sell both (the lordship in 1699, the county in 1713) to the Liechtenstein family, which had owned two castles of that name since the 12th century (both now in ruins), one in Styria and the other a bit southwest of Vienna. In 1719, these new acquisitions were elevated by the emperor to a principality called Liechtenstein, which was part of the Holy Roman Empire until 1806 and the German Confederation from 1815 to 1866, having been sovereign from 1806 to 1815 as well as since 1866.

See J. Falke’s Geschichte d. fürstlichen Hauses Liechtenstein (3 vols., Vienna, 1868-1883); J. C. Heer, Vorarlberg und Liechtenstein (Feldkirch, 1906); P. Kaiser, Geschichte d. Fürstenthums Liechtenstein (Coire, 1847); F. Umlauft, Das Fürstenthum Liechtenstein (Vienna, 1891); E. Walder, Aus den Bergen (Zürich, 1896); A. Waltenberger, Algäu, Vorarlberg, und Westtirol (Rtes. 25 and 26) (10th ed., Innsbruck, 1906).

See J. Falke’s History of the Princely House of Liechtenstein (3 vols., Vienna, 1868-1883); J. C. Heer, Vorarlberg and Liechtenstein (Feldkirch, 1906); P. Kaiser, History of the Principality of Liechtenstein (Coire, 1847); F. Umlauft, The Principality of Liechtenstein (Vienna, 1891); E. Walder, From the Mountains (Zürich, 1896); A. Waltenberger, Allgäu, Vorarlberg, and Western Tyrol (Rtes. 25 and 26) (10th ed., Innsbruck, 1906).

(W. A. B. C.)

LIÉGE, one of the nine provinces of Belgium, touching on the east the Dutch province of Limburg and the German district of Rhenish Prussia. To a certain extent it may be assumed to represent the old prince-bishopric. Besides the city of Liége it contains the towns of Verviers, Dolhain, Seraing, Huy, &c. The Meuse flows through the centre of the province, and its valley from Huy down to Herstal is one of the most productive mineral districts in Belgium. Much has been done of late years to develop the agricultural resources of the Condroz district south of the Meuse. The area of the province is 723,470 acres, or 1130 sq. m. The population in 1904 was 863,254, showing an average of 763 per sq. m.

LIÈGE, is one of the nine provinces of Belgium, bordering the Dutch province of Limburg and the German region of Rhenish Prussia to the east. It can be seen as a representation of the former prince-bishopric. In addition to the city of Liège, it includes the towns of Verviers, Dolhain, Seraing, Huy, and others. The Meuse River runs through the heart of the province, and its valley from Huy down to Herstal is one of the most productive mineral areas in Belgium. In recent years, significant efforts have been made to enhance the agricultural resources of the Condroz district south of the Meuse. The province covers an area of 723,470 acres, or 1,130 square miles. The population in 1904 was 863,254, averaging 763 people per square mile.

LIÉGE (Walloon, Lige, Flemish, Luik, Ger. Lüttich), the capital of the Belgian province that bears its name. It is finely situated on the Meuse, and was long the seat of a prince-bishopric. It is the centre of the Walloon country, and Scott commits a curious mistake in Quentin Durward in making its people talk Flemish. The Liége Walloon is the nearest existing approach to the old Romance language. The importance of the city to-day arises from its being the chief manufacturing centre in Belgium, and owing to its large output of arms it has been called the Birmingham of the Netherlands. The productive coal-mines of the Meuse valley, extending from its western suburb of Seraing to its northern faubourg of Herstal, constitute its chief wealth. At Seraing is established the famous manufacturing firm of Cockerill, whose offices are in the old summer palace of the prince-bishops.

LIÈGE (Walloon, Lige, Flemish, Luik, Ger. Lüttich), is the capital of the Belgian province that shares its name. It’s beautifully located on the Meuse River and was for a long time the center of a prince-bishopric. It serves as the heart of the Walloon region, and it’s interesting to note that Scott makes an unusual mistake in Quentin Durward by having its residents speak Flemish. The Liège Walloon language is the closest living version of the old Romance language. Today, the city is significant as Belgium’s main manufacturing hub, and due to its large production of arms, it has been referred to as the Birmingham of the Netherlands. The thriving coal mines in the Meuse valley, stretching from the western suburb of Seraing to the northern suburb of Herstal, are its main source of wealth. In Seraing, you’ll find the well-known manufacturing company Cockerill, which operates from the former summer palace of the prince-bishops.

The great cathedral of St Lambert was destroyed and sacked by the French in 1794, and in 1802 the church of St Paul, dating from the 10th century but rebuilt in the 13th, was declared the cathedral. The law courts are installed in the old palace of the prince-bishops, a building which was constructed by Bishop Everard de la Marck between 1508 and 1540. The new boulevards are well laid out, especially those flanking the river, and the views of the city and surrounding country are very fine. The university, which has separate schools for mines and arts and manufactures, is one of the largest in the country, and enjoys a high reputation for teaching in its special line.

The great St. Lambert Cathedral was destroyed and looted by the French in 1794, and in 1802, the St. Paul Church, originally from the 10th century but rebuilt in the 13th, was designated as the cathedral. The law courts are located in the former palace of the prince-bishops, a structure built by Bishop Everard de la Marck between 1508 and 1540. The new boulevards are well designed, especially those alongside the river, offering stunning views of the city and the surrounding countryside. The university, which has separate schools for mining and arts and manufacturing, is one of the largest in the country and is highly regarded for its teaching in these specialized areas.

Liége is a fortified position of far greater strength than is generally appreciated. In the wars of the 18th century Liége played but a small part. It was then defended only by the citadel and a detached fort on the right side of the Meuse, but at a short distance from the river, called the Chartreuse. Marlborough captured these forts in 1703 in preparation for his advance in the following year into Germany which resulted in the victory of Blenheim. The citadel and the Chartreuse were still the only defences of Liége in 1888 when, after long discussions, the Belgian authorities decided on adequately fortifying the two important passages of the Meuse at Liége and Namur. A similar plan was adopted at each place, viz. the construction of a number of detached forts along a perimeter drawn at a distance varying from 4 to 6 m. of the town, so as to shelter it so far as possible from bombardment. At Liége twelve forts were constructed, six on the right bank and six on the left. Those on the right bank beginning at the north and following an eastern curve are Barchon, Evegnée, Fléron, Chaudfontaine, Embourg and Boncelles. The average distance between each fort is 4 m., but Fléron and Chaudfontaine are separated by little over 1 m. in a direct line as they defend the main line of railway from Germany. The six forts on the left bank also commencing at the north, but following a western curve, are Pontisse, Liers, Lantin, Loncin, Hollogne and Flemalle. These forts were constructed under the personal direction of General Brialmont, and are on exactly the same principle as those he designed for the formidable defences of Bucarest. All the forts are constructed in concrete with casemates, and the heavy guns are raised and lowered automatically. Communication is maintained between the different forts by military roads in all cases, and by steam tramways in some. It is estimated that 25,000 troops would be required for the defence of the twelve forts, but the number is inadequate for the defence of so important and extensive a position. The population of Liége, which in 1875 was only 117,600, had risen by 1900 to 157,760, and in 1905 it was 168,532.

Liège is a fortified position much stronger than most people realize. During the wars of the 18th century, Liège played a minor role. At that time, it was defended only by the citadel and a separate fort on the right side of the Meuse called the Chartreuse, located a short distance from the river. Marlborough captured these forts in 1703 as part of his preparation for his advance into Germany the following year, which led to the victory at Blenheim. The citadel and the Chartreuse were still the only defenses of Liège in 1888 when, after lengthy discussions, the Belgian authorities decided to adequately fortify the two important passages of the Meuse at Liège and Namur. A similar plan was implemented at both locations, involving the construction of several detached forts around the town, at a distance of 4 to 6 km away, in order to protect it as much as possible from bombardment. In Liège, twelve forts were built—six on the right bank and six on the left. The forts on the right bank, starting from the north and following an eastern curve, are Barchon, Evegnée, Fléron, Chaudfontaine, Embourg, and Boncelles. The average distance between each fort is 4 km, but Fléron and Chaudfontaine are just over 1 km apart in a straight line as they protect the main railway line from Germany. The six forts on the left bank also begin at the north but follow a western curve: Pontisse, Liers, Lantin, Loncin, Hollogne, and Flémalle. These forts were constructed under the personal direction of General Brialmont and follow the same principles he used for the strong defenses of Bucharest. All the forts are made of concrete with casemates, and the heavy guns can be raised and lowered automatically. Communication between the different forts is maintained by military roads in all cases, and by steam tramways in some. It’s estimated that 25,000 troops would be needed to defend the twelve forts, but this number is insufficient for such a significant and extensive position. The population of Liège, which was just 117,600 in 1875, had grown to 157,760 by 1900, and reached 168,532 in 1905.

History.—Liége first appears in history about the year 558, at which date St Monulph, bishop of Tongres, built a chapel near the confluence of the Meuse and the Legia. A century later the town, which had grown up round this chapel, became the favourite abode of St Lambert, bishop of Tongres, and here he was assassinated. His successor St Hubert raised a splendid church over the tomb of the martyred bishop about 720 and made Liége his residence. It was not, however, until about 930 that the title bishop of Tongres was abandoned for that of bishop of Liége. The episcopate of Notger (972-1008) was marked by large territorial acquisitions, and the see obtained recognition as an independent principality of the Empire. The popular saying was “Liége owes Notger to God, and everything else to Notger.” By the munificent encouragement of successive bishops Liége became famous during the 11th century as a centre of learning, but the history of the town for centuries records little else than the continuous struggles of the citizens to free themselves from the exactions of their episcopal sovereigns; the aid of the emperor and of the dukes of Brabant being frequently called in to repress the popular risings. In 1316 the citizens compelled Bishop Adolph de la Marck to sign a charter, which made large concessions to the popular demands. It was, however, a triumph of short duration, and the troubles continued, the insurgent subjects now and again obtaining a fleeting success, only to be crushed by the armies of the powerful relatives of the bishops, the houses of Brabant or of Burgundy. During the episcopate of Louis de Bourbon (1456-1484) the Liégeois, having expelled the bishop, had the temerity to declare war on Philip V., duke of Burgundy. Philip’s son, Charles the Bold, utterly defeated them in 1467, and razed the walls of the town to the ground. In the following year the citizens again revolted, and Charles being once more successful delivered up the city to sack and pillage for three days, and deprived the remnant of the citizens of all their privileges. This incident is narrated in Quentin Durward. The long episcopate of Eberhard de la Marck (1505-1538) was a time of good administration and of quiet, during which the town regained something of its former prosperity. The outbreak of civil war between two factions, named the Cluroux and the Grignoux, marked the opening of the 17th century. Bishop Maximilian Henry of Bavaria (1650-1688) at last put an end to the internal strife and imposed a regulation (règlement) which abolished all the free institutions of the citizens 594 and the power of the gilds. Between this date and the outbreak of the French Revolution the chief efforts of the prince-bishops were directed to maintaining neutrality in the various wars, and preserving their territory from being ravaged by invading armies. They were only in part successful. Liége was taken by Marlborough in 1702, and the fortress was garrisoned by the Dutch until 1718. The French revolutionary armies overran the principality in 1792, and from 1794 to the fall of Napoleon it was annexed to France, and was known as the department of the Ourthe. The Congress of Vienna in 1815 decreed that Liége with the other provinces of the southern Netherlands should form part of the new kingdom of the Netherlands under the rule of William I., of the house of Orange. The town of Liége took an active part in the Belgian revolt of 1830, and since that date the ancient principality has been incorporated in the kingdom of Belgium.

History.—Liège first shows up in history around 558, when St. Monulph, the bishop of Tongres, built a chapel near the meeting point of the Meuse and the Legia rivers. A century later, the town that formed around this chapel became the favored residence of St. Lambert, the bishop of Tongres, and it was here that he was assassinated. His successor, St. Hubert, built a magnificent church over the tomb of the martyr around 720 and made Liège his residence. However, it wasn't until about 930 that the title "bishop of Tongres" was replaced with "bishop of Liège." The episcopate of Notger (972-1008) was marked by significant territorial gains, and the see was recognized as an independent principality of the Empire. The saying went, “Liège owes Notger to God, and everything else to Notger.” Thanks to the generous support of successive bishops, Liège became known in the 11th century as a center of learning, but for centuries, the town's history mainly records the ongoing struggles of the citizens to free themselves from the demands of their episcopal rulers; often calling on the emperor and the dukes of Brabant to suppress popular uprisings. In 1316, the citizens forced Bishop Adolph de la Marck to sign a charter that granted many concessions to the people's demands. However, this victory was short-lived, and the unrest continued, with rebellious subjects occasionally achieving temporary success, only to be crushed by the armies of the bishops’ powerful relatives from the houses of Brabant or Burgundy. During the episcopate of Louis de Bourbon (1456-1484), the people of Liège, after ousting the bishop, had the audacity to declare war on Philip V, duke of Burgundy. Philip’s son, Charles the Bold, completely defeated them in 1467, and destroyed the town's walls. The following year, the citizens revolted again, but Charles managed to prevail once more, allowing his troops to sack and plunder the city for three days and stripping the remaining citizens of all their privileges. This event is described in Quentin Durward. The long episcopate of Eberhard de la Marck (1505-1538) was a time of effective governance and tranquility, during which the town regained some of its former prosperity. The start of the 17th century was marked by civil strife between two factions known as the Cluroux and the Grignoux. Bishop Maximilian Henry of Bavaria (1650-1688) eventually put an end to the internal conflicts and imposed regulations that abolished all the citizens' free institutions and the power of the guilds. Between this period and the onset of the French Revolution, the main focus of the prince-bishops was on maintaining neutrality in various wars and protecting their territory from invading armies. They were only partially successful. Liège fell to Marlborough in 1702, and the fortress was garrisoned by the Dutch until 1718. The French revolutionary armies invaded the principality in 1792, and from 1794 until Napoleon's defeat, it was annexed to France, known as the department of the Ourthe. The Congress of Vienna in 1815 decided that Liège, along with the other provinces of the southern Netherlands, would be part of the new kingdom of the Netherlands under William I of the house of Orange. The town of Liège played an active role in the Belgian revolt of 1830, and since then, the ancient principality has been incorporated into the kingdom of Belgium.

The see, which at first bore the name of the bishopric of Tongres, was under the metropolitan jurisdiction of the archbishops of Cologne. The principality comprised besides the town of Liége and its district, the counties of Looz and Hoorn, the marquessate of Franchimont, and the duchy of Bouillon.

The see, which was initially called the bishopric of Tongres, was under the authority of the archbishops of Cologne. The principality included the town of Liège and its area, the counties of Looz and Hoorn, the marquessate of Franchimont, and the duchy of Bouillon.

Authorities.—Théodore Bouille, Histoire de la ville et du pays de Liége (3 vols., Liége, 1725-1732); A. Borgnet, Histoire de la révolution liégeoise (2 vols., Liége, 1865); Baron B. C. de Gerlache, Histoire de Liége (Brussels, 1843); J. Daris, Histoire du diocèse et de la principauté de Liége (10 vols., Liége, 1868-1885); Ferdinand Henaux, Histoire du pays de Liége (2 vols., Liége, 1857); L. Polain, Histoire de l’ancien pays de Liége (2 vols., Liége, 1844-1847). For full bibliography see Ulysse Chevalier, Répertoire des sources historiques. Topo-bibliographie, s.v. (Montbéliard, 1900).

Authorities.—Théodore Bouille, History of the City and Region of Liège (3 vols., Liège, 1725-1732); A. Borgnet, History of the Liège Revolution (2 vols., Liège, 1865); Baron B. C. de Gerlache, History of Liège (Brussels, 1843); J. Daris, History of the Diocese and Principality of Liège (10 vols., Liège, 1868-1885); Ferdinand Henaux, History of the Land of Liège (2 vols., Liège, 1857); L. Polain, History of the Former Land of Liège (2 vols., Liège, 1844-1847). For a complete bibliography, see Ulysse Chevalier, Directory of Historical Sources. Topobibliography, s.v. (Montbéliard, 1900).

LIEGE, an adjective implying the mutual relationship of a feudal superior and his vassal; the word is used as a substantive of the feudal superior, more usually in this sense, however, in the form “liege lord,” and also of the vassals, his “lieges.” Hence the word is often used of the loyal subjects of a sovereign, with no reference to feudal ties. It appears that ligeitas or ligentia, the medieval Latin term for this relationship, was restricted to a particular form of homage. According to N. Broussel (Nouvel examen de l’usage général des fiefs en France, 1727) the homage of a “liege” was a stronger form of the ordinary homage, the especial distinction being that while the ordinary vassal only undertook forty days’ military service, the liege promised to serve as long as the war might last, in which his superior was engaged (cf. Ducange, Glossarium, s.v. “Ligius”).

LIEGE, is an adjective that describes the mutual relationship between a feudal lord and their vassal. The term is often used as a noun to refer to the feudal lord, commonly in the phrase “liege lord,” and also to refer to the vassals, known as “lieges.” Consequently, the word is frequently used to describe the loyal subjects of a sovereign, without any connection to feudal bonds. It seems that ligeitas or ligentia, the medieval Latin term for this relationship, was limited to a specific type of homage. According to N. Broussel (Nouvel examen de l’usage général des fiefs en France, 1727), the homage of a “liege” was a more binding form of the usual homage, with the key difference being that while an ordinary vassal was only required to serve for forty days, the liege agreed to serve for as long as the war lasted in which their lord was involved (see Ducange, Glossarium, s.v. “Ligius”).

The etymology of the word has been much discussed. It comes into English through the O. Fr. lige or liege, Med. Lat. ligius. This was early connected with the Lat. ligatus, bound, ligare, to bind, from the sense of the obligation of the vassal to his lord, but this has been generally abandoned. Broussel takes the Med. Lat. liga, i.e., foedus, confederatio, the English “league,” as the origin. Ducange connects it with the word lities, which appears in a gloss of the Salic law, and is defined as a scriptitius, servus glebae. The more usually accepted derivation is now from the Old High Ger. ledic, or ledig, meaning “free” (Mod. Ger. ledig means unoccupied, vacuus). This is confirmed by the occurrence in a charter of Otto of Benthem, 1253, of a word “ledigh-man” (quoted in Ducange, Glossarium, s.v.), Proinde affecti sumus ligius homo, quod Teutonice dictur Ledighman. Skeat, in explaining the application of “free” to such a relationship as that subsisting between a feudal superior and his vassal, says “’a liege lord’ seems to have been the lord of a free band; and his lieges, though serving under him, were privileged men, free from all other obligations; their name being due to their freedom, not to their service” (Etym. Dict., ed. 1898). A. Luchaire (Manuel des institutions françaises, 1892, p. 189, n. 1) considers it difficult to call a man “free” who is under a strict obligation to another; further that the “liege” was not free from all obligation to a third party, for the charters prove without doubt that the “liege men” owed duty to more than one lord.

The origin of the word has been widely debated. It comes into English from the Old French lige or liege, and Medieval Latin ligius. This was initially linked to the Latin ligatus, meaning bound, and ligare, meaning to bind, based on the idea of the obligation of the vassal to his lord, but this connection is mostly dismissed now. Broussel suggests the Medieval Latin liga, which means treaty or confederation, like the English word “league,” as the source. Ducange ties it to the term lities, found in a glossary of the Salic law, which is defined as a scriptitius, servus glebae. The most accepted origin today is from the Old High German ledic or ledig, which means “free” (Modern German ledig means unoccupied or vacuus). This is supported by the appearance in a charter from Otto of Benthem in 1253 of the term “ledigh-man” (cited in Ducange, Glossarium, s.v.), Proinde affecti sumus ligius homo, quod Teutonice dictur Ledighman. Skeat, in discussing the meaning of “free” in the context of the relationship between a feudal lord and his vassal, states that “a liege lord” appears to have been the lord of a free group; and his lieges, while serving him, were privileged individuals, free from other obligations; their title came from their freedom, not from their service” (Etym. Dict., ed. 1898). A. Luchaire (Manuel des institutions françaises, 1892, p. 189, n. 1) finds it hard to label someone as “free” if they are strictly bound to another; additionally, the “liege” was not free from all obligations to someone else, as the charters clearly indicate that “liege men” owed duties to more than one lord.

LIEGNITZ, a town in Germany, in the Prussian province of Silesia, picturesquely situated on the Katzbach, just above its junction with the Schwarzwasser, and 40 m. W.N.W, of Breslau, on the main line of railway to Berlin via Sommerfeld. Pop. (1885) 43,347, (1905) 59,710. It consists of an old town, surrounded by pleasant, shady promenades, and several well-built suburbs. The most prominent building is the palace, formerly the residence of the dukes of Liegnitz, rebuilt after a fire in 1835 and now used as the administrative offices of the district. The Ritter Akademie, founded by the emperor Joseph I. in 1708 for the education of the young Silesian nobles, was reconstructed as a gymnasium in 1810. The Roman Catholic church of St John, with two fine towers, contains the burial vault of the dukes. The principal Lutheran church, that of SS. Peter and Paul (restored in 1892-1894), dates from the 14th century. The manufactures are considerable, the chief articles made being cloth, wool, leather, tobacco, pianos and machinery. Its trade in grain and its cattle-markets are likewise important. The large market gardens in the suburbs grow vegetables of considerable annual value.

LIEGNITZ, is a town in Germany, located in the Prussian province of Silesia. It's charmingly positioned on the Katzbach River, just above where it meets the Schwarzwasser, and 40 miles west-northwest of Breslau, on the main railway line to Berlin via Sommerfeld. The population was 43,347 in 1885 and 59,710 in 1905. The town features an old town center surrounded by pleasant, shady walkways, along with several well-constructed suburbs. The most notable building is the palace, which used to be the home of the dukes of Liegnitz, was rebuilt after a fire in 1835, and now serves as the administrative offices for the district. The Ritter Akademie, established by Emperor Joseph I in 1708 for the education of young Silesian nobles, was converted into a gymnasium in 1810. The Roman Catholic church of St. John, with its two impressive towers, houses the dukes' burial vault. The main Lutheran church, dedicated to SS. Peter and Paul, was restored between 1892 and 1894 and dates back to the 14th century. Manufacturing is significant in the area, with major products including cloth, wool, leather, tobacco, pianos, and machinery. The town also has a notable grain trade and important cattle markets. The large market gardens in the suburbs produce vegetables worth a substantial amount annually.

Liegnitz is first mentioned in an historical document in the year 1004. In 1163 it became the seat of the dukes of Liegnitz, who greatly improved and enlarged it. The dukes were members of the illustrious Piast family, which gave many kings to Poland. During the Thirty Years’ War Liegnitz was taken by the Swedes, but was soon recaptured by the Imperialists. The Saxon army also defeated the imperial troops near Liegnitz in 1634. On the death of the last duke of Liegnitz in 1675, the duchy came into the possession of the Empire, which retained it until the Prussian conquest of Silesia in 1742. On the 15th of August 1760 Frederick the Great gained a decisive victory near Liegnitz over the Austrians, and in August 1813 Blücher defeated the French in the neighbourhood at the battle of the Katzbach. During the 19th century Liegnitz rapidly increased in population and prosperity. In 1906 the German autumn manœuvres were held over the terrain formerly the scene of the great battles already mentioned.

Liegnitz is first mentioned in a historical document in the year 1004. In 1163, it became the seat of the dukes of Liegnitz, who greatly improved and expanded it. The dukes were part of the notable Piast family, which produced many kings for Poland. During the Thirty Years’ War, Liegnitz was captured by the Swedes but was quickly retaken by the Imperialists. The Saxon army also defeated the imperial troops near Liegnitz in 1634. After the last duke of Liegnitz died in 1675, the duchy became part of the Empire, which held it until the Prussian conquest of Silesia in 1742. On August 15, 1760, Frederick the Great achieved a decisive victory near Liegnitz against the Austrians, and in August 1813, Blücher defeated the French in the area at the battle of the Katzbach. Throughout the 19th century, Liegnitz saw rapid growth in both population and prosperity. In 1906, the German autumn maneuvers were conducted over the land that had previously been the site of the significant battles already mentioned.

See Schuchard, Die Stadt Liegnitz (Berlin, 1868); Sammter and Kraffert, Chronik von Liegnitz (Liegnitz, 1861-1873); Jander, Liegnitz in seinem Entwickelungsgange (Liegnitz, 1905); and Führer für Liegnitz und seine Umgebung (Liegnitz, 1897); and the Urkundenbuch der Stadt Liegnitz bis 1455, edited by Schirrmacher (Liegnitz, 1866).

See Schuchard, Die Stadt Liegnitz (Berlin, 1868); Sammter and Kraffert, Chronik von Liegnitz (Liegnitz, 1861-1873); Jander, Liegnitz in seinem Entwickelungsgange (Liegnitz, 1905); and Führer für Liegnitz und seine Umgebung (Liegnitz, 1897); and the Urkundenbuch der Stadt Liegnitz bis 1455, edited by Schirrmacher (Liegnitz, 1866).

LIEN, in law. The word lien is literally the French for a band, cord or chain, and keeping in mind that meaning we see in what respect it differs from a pledge on the one hand and a mortgage on the other. It is the bond which attaches a creditor’s right to a debtor’s property, but which gives no right ad rem, i.e. to property in the thing; if the property is in the possession of the creditor he may retain it, but in the absence of statute he cannot sell to recover what is due to him without the ordinary legal process against the debtor; and if it is not in possession, the law would indeed assist him to seize the property, and will hold it for him, and enable him to sell it in due course and pay himself out of the proceeds, but does not give him the property itself. It is difficult to say at what period the term lien made its appearance in English law; it probably came from more than one source. In fact, it was used as a convenient phrase for any right against the owner of property in regard to the property not specially defined by other better recognized species of title.

LIEN, in law. The word lien literally means a band, cord, or chain in French, and keeping that meaning in mind, we can see how it differs from a pledge on one hand and a mortgage on the other. It’s the connection that ties a creditor’s right to a debtor’s property but doesn’t give any right ad rem, i.e. to the property itself; if the creditor has the property, they can keep it, but without a specific law, they can’t sell it to recover what they’re owed without going through the usual legal process against the debtor. If the property is not in the creditor's possession, the law will allow them to take the property, hold it for themselves, and eventually sell it, using the proceeds to pay what they’re owed, but it doesn’t give them ownership of the property itself. It’s hard to pinpoint when the term lien first appeared in English law; it likely emerged from multiple sources. In fact, it served as a useful term for any claim against the property owner regarding property not specifically defined by better-recognized types of title.

The possessory lien of a tradesman for work done on the thing, of a carrier for his hire, and of an innkeeper for his bill, would seem to be an inherent right which must have been in existence from the dawn, or before the dawn, of civilization. Probably the man who made or repaired weapons in the Stone Age was careful not to deliver them until he received what was stipulated for, but it is also probable that the term itself resulted from the infusion of the civil law of Rome into the common law of England which the Norman Conquest brought about, and that it represents the “tacit pledge” of the civil law. As might be expected, so far as the possessory lien is concerned the common law and civil law, and probably the laws of all countries, whether civilized or not, coincide; but there are many differences with respect to other species of lien. For instance, by the common 595 law—in this respect a legacy of the feudal system—a landlord has a lien over his tenant’s furniture and effects for rent due, which can be enforced without the assistance of the law simply by the landlord taking possession, personally or by his agent, and selling enough to satisfy his claim; whereas the maritime lien is more distinctly the product of the civil law, and is only found and used in admiralty proceedings, the high court of admiralty having been founded upon the civil law, and still (except so far as restrained by the common-law courts prior to the amalgamation and co-ordination of the various courts by the Judicature Acts, and as affected by statute law) acting upon it. The peculiar effects of this maritime lien are discussed below. There is also a class of liens, usually called equitable liens (e.g. that of an unpaid vendor of real property over the property sold), which are akin to the nature of the civil law rather than of the common law. The word lien does not frequently occur in statute law, but it is found in the extension of the common-law “carriers’ or shipowners’ lien” in the Merchant Shipping Act 1894; in the definition, extension and limitation of the vendor’s lien; in the Factors Act 1877, and the Sale of Goods Act 1893; in granting a maritime lien to a shipmaster for his wages and disbursements, and in regulating that of the seamen in the Merchant Shipping Act 1894; and in the equity jurisdiction of the county courts 1888.

The possessory lien of a tradesman for work done on an item, of a carrier for their payment, and of an innkeeper for their charges seems to be a fundamental right that has likely existed since the beginning, or even before the beginning, of civilization. It’s probable that the person who made or repaired tools in the Stone Age made sure not to hand them over until they received what was agreed upon, but it’s also likely that the term itself came from the influence of Roman civil law into English common law, introduced by the Norman Conquest, and it represents the “tacit pledge” of civil law. As expected, when it comes to possessory liens, common law and civil law, and likely the laws of all countries, whether civilized or not, align; however, there are many differences regarding other types of liens. For example, according to common law—which reflects a legacy of the feudal system—a landlord has a lien over their tenant’s furniture and belongings for unpaid rent, which can be enforced without legal action simply by the landlord taking possession, either personally or through an agent, and selling enough to cover their claim; meanwhile, the maritime lien is more clearly a product of civil law and is only found and applied in admiralty proceedings, since the high court of admiralty was established on civil law principles and still operates primarily on those principles (unless restricted by common law courts before the merging and organizing of various courts by the Judicature Acts, and as affected by statutory law). The unique effects of this maritime lien are discussed below. There’s also a category of liens often referred to as equitable liens (like that of an unpaid vendor of real property over the sold property), which align more closely with civil law than common law. The term lien doesn’t appear often in statutory law, but it does show up in the extension of the common law “carriers’ or shipowners’ lien” in the Merchant Shipping Act 1894; in the definition, extension, and limitation of the vendor’s lien; in the Factors Act 1877, and the Sale of Goods Act 1893; in granting a maritime lien to a shipmaster for their wages and expenses, and in regulating that of the seamen in the Merchant Shipping Act 1894; and in the equity jurisdiction of the county courts 1888.

Common-Law Liens.—These may be either particular, i.e. a right over one or more specified articles for a particular debt, or general, i.e. for all debts owing to the creditor by the debtor.

Common-Law Liens.—These can be either specific, i.e. a claim over one or more specific items for a particular debt, or general, i.e. for all debts owed to the creditor by the debtor.

The requisites for a particular lien are, firstly, that the creditor should be in possession of the article; secondly, that the debt should be incurred with reference to the article; and thirdly, that the amount of the debt should be certain. It may be created by express contract, by implied contract (such as the usage of a particular trade or business), or as a consequence of the legal relation existing between the parties. As an example of the first, a shipowner at common law has a lien on the cargo for the freight; but though the shipper agrees to pay dead freight in addition, i.e. to pay freight on any space in the ship which he fails to occupy with his cargo, the shipowner has no lien on the cargo for such dead freight except by express agreement. The most usual form of the second is that which is termed a possessory lien—the right a ship-repairer has to retain a ship in his yard till he is paid for the repairs executed upon her,1 and the right a cobbler has to retain a pair of shoes till he is paid for the repairs done to them. But this lien is only in respect of the work done on, and consequent benefit received by, the subject of the lien. Hence an agistor of cattle has no lien at common law upon them for the value of the pasturage consumed, though he may have one by agreement; nor a conveyancer upon deeds which he has not drawn, but which are in his possession for reference. The most common example of the third is that of a carrier, who is bound by law to carry for all persons, and has, therefore, a lien for the price of the carriage on the goods carried. It has been held that even if the goods are stolen, and entrusted to the carrier by the thief, the carrier can hold them for the price of the carriage against the rightful owner. Of the same nature is the common-law lien of an innkeeper on the baggage of his customer for the amount of his account, he being under a legal obligation to entertain travellers generally. Another instance of the same class is where a person has obtained possession of certain things over which he claims to hold a lien in the exercise of a legal right. For example, when a lord of a manor has seized cattle as estrays, he has a lien upon them for the expense of their keep as against the real owner; but the holder’s claim must be specific, otherwise a general tender of compensation releases the lien.

The requirements for a specific lien are, first, that the creditor must possess the item; second, that the debt must relate to that item; and third, that the amount of the debt must be definite. A lien can be established through an explicit contract, an implied contract (like the practices of a specific trade or business), or as a result of the legal relationship between the parties. For example, a shipowner traditionally has a lien on the cargo for the freight, but if the shipper agrees to pay dead freight—basically paying for any space in the ship that isn't filled with cargo—the shipowner only has a lien for that dead freight if there's an express agreement. The most common form of an implied contract is called a possessory lien, which is the right a ship repairer has to keep a ship in his yard until he gets paid for the repairs, and similarly, a cobbler can keep a pair of shoes until he gets paid for the repairs done to them. However, this lien only relates to the work performed on and the benefit gained from the item in question. Therefore, a person who keeps livestock has no common-law lien on them for the value of the grazing they consumed, unless there's an agreement; nor can someone who holds deeds they didn’t create hold a lien on them if they’re just keeping them for reference. A typical example of the third category is a carrier, who is legally obligated to transport for everyone and thus holds a lien for the transportation fee on the goods being carried. Courts have determined that even if goods are stolen and given to the carrier by the thief, the carrier can still retain them for the transportation fee against the rightful owner. Similarly, an innkeeper has a common-law lien on a guest's baggage for the amount due on their bill, as they have a legal duty to accommodate travelers in general. Another example is when someone gains possession of items over which they claim to hold a lien through a legal right. For instance, if a lord of a manor seizes livestock as strays, he can claim a lien for their upkeep against the real owner; however, the holder's claim needs to be specific, or else a general offer of compensation will end the lien.

A general lien is a right of a creditor to retain property, not merely for charges relating to it specifically, but for debts due on a general account. This not being a common-law right, is viewed by the English courts with the greatest jealousy, and to be enforced must be strictly proved. This can be done by proof either of an express or implied contract or of a general usage of trade. The first of these is established by the ordinary methods or by previous dealings between the parties on such terms; the second is recognized in certain businesses; it would probably be exceedingly difficult, if not impossible, to extend it at the present time to any other trades. When, however, a lien by general usage has once been judicially established, it becomes part of the Law Merchant, and the courts are bound to recognize and enforce it. The best known and most important instance is the right of a solicitor to retain papers in his hands belonging to his client until his account is settled. The solicitor’s lien, though probably more commonly enforced than any other, is of no great antiquity in English law, the earliest reported case of it being in the reign of James II.; but it is now of a twofold nature. In the first place there is the retaining lien. This is similar in kind to other possessory liens, but of a general nature attaching to all papers of the client, and even to his money, up to the amount of the solicitor’s bill, in the hands of the solicitor in the ordinary course of business. There are certain exceptions which seem to have crept in for the same reason as the solicitor’s lien itself, i.e. general convenience of litigation; such exceptions are the will of the client after his decease, and proceedings in bankruptcy. In this latter case the actual possessory lien is given up, the solicitor’s interests and priorities being protected by the courts, and it may be said that the giving up the papers is really only a means of enforcing the lien they give in the bankruptcy proceedings. In the second place there is what is called a charging lien—more correctly classed under the head of equitable lien, since it does not require possession, but is a lien the solicitor holds over property recovered or preserved for his client. He had the lien on an order by the court upon a fund in court by the common law, but as to property generally it was only given by 23 & 24 Vict. c. 127, § 28; and it has been held to attach to property recovered in a probate action (ex parte Tweed, C.A. 1899, 2 Q.B. 167). A banker’s lien is the right of a banker to retain securities belonging to his customer for money due on a general balance. Other general liens, judicially established, are those of wharfingers, brokers and factors (which are in their nature akin to those of solicitors and bankers), and of calico printers, packers of goods, fullers (at all events at Exeter), dyers and millers; but in all these special trades it is probable that the true reason is that the account due was for one continuous transaction. The calico would come to be printed, the goods to be packed, the cloth to be bleached, the silk to be dyed, and the corn to be ground, in separate parcels, and at different times, but all as one undertaking; and they are therefore, though spoken of as instances of general lien, only adaptations by the courts of the doctrine of particular lien to special peculiarities of business. In none of these cases would the lien exist, in the absence of special agreement, for other matters of account, such as money lent or goods sold.

A general lien is a creditor's right to keep possession of property, not just for charges specifically related to it, but for overall debts owed on a general account. Since this isn't a common-law right, English courts treat it very cautiously, and it must be strictly proven to be enforced. This can be achieved by demonstrating either an express or implied contract or by showing a general trade practice. The first can be established through ordinary methods or prior dealings between the parties under those terms; the second is recognized in certain businesses. It would likely be very difficult, if not impossible, to apply it to other trades today. However, once a lien based on general usage is established in court, it becomes part of the Law Merchant, and the courts must recognize and uphold it. The best-known and most significant example is the right of a solicitor to keep papers belonging to their client until their fees are paid. The solicitor’s lien, though probably more commonly applied than any other, is not very old in English law, with the earliest case reported during the reign of James II.; but today it has two main aspects. First, there is a retaining lien. This is similar to other possessory liens but generally applies to all documents of the client and even to their money, up to the amount of the solicitor’s bill, in the solicitor's possession in the normal course of business. There are some exceptions that seem to have developed for the same reason as the solicitor’s lien itself, such as general litigation convenience; these include the client's will after their death and bankruptcy proceedings. In the latter case, the actual possessory lien is relinquished, with the solicitor’s rights and priorities being safeguarded by the courts, and giving up the documents is essentially a way to enforce the lien they represent in bankruptcy procedures. Secondly, there is what's called a charging lien—more accurately classified as an equitable lien since it doesn’t require possession but is a lien the solicitor holds over property obtained or preserved for their client. The solicitor had this lien on a court-ordered fund by common law, but regarding general property, it was only provided by 23 & 24 Vict. c. 127, § 28; and it has been recognized to apply to property retrieved in a probate case (ex parte Tweed, C.A. 1899, 2 Q.B. 167). A banker’s lien is the right of a banker to keep securities owned by their customer for money owed on a general balance. Other general liens, established in court, include those of wharfingers, brokers, and factors (which are similar in nature to those of solicitors and bankers), along with calico printers, goods packers, fullers (at least in Exeter), dyers, and millers. However, in all these specific trades, it seems that the true rationale is that the amount owed was for one ongoing transaction. The calico would come to be printed, the goods to be packed, the cloth to be bleached, the silk to be dyed, and the corn to be ground, in separate batches and at different times, but all part of the same overall process; therefore, although referred to as cases of general lien, they are merely the courts adapting the concept of particular lien to specific business characteristics. In none of these instances would the lien exist without a special agreement concerning other account matters, such as money loaned or goods sold.

Equitable Liens.—“Where equity has jurisdiction to enforce rights and obligations growing out of an executory contract,” e.g. in a suit for specific performance, “this equitable theory of remedies cannot be carried out unless the notion is admitted that the contract creates some right or interest in or over specific property, which the decree of the court can lay hold of, and by means of which the equitable relief can be made efficient. The doctrine of equitable liens supplies this necessary element; and it was introduced for the sole purpose of furnishing a ground for these specific remedies which equity confers, operating upon particular identified property instead of the general pecuniary recoveries granted by courts of common law. It follows, therefore, that in a large class of executory contracts express and implied, which the common law regards as creating no property, right nor interest analogous to property, but only a mere personal right to obligation, equity recognizes in addition to the personal obligation a particular right over the thing with which the contract deals, which it calls a lien, and which though not property is analogous to property, and by means of which the plaintiff is enabled to follow the identical thing and to enforce the defendant’s obligation by a remedy which operates directly on the thing. 596 The theory of equitable liens has its ultimate foundation, therefore, in contracts express or implied which either deal or in some manner relate to specific property, such as a tract of land, particular chattels or securities, a certain fund and the like. It is necessary to divest oneself of the purely legal notion concerning the effects of such contracts, and to recognize the fact that equity regards them as creating a charge upon, or hypothecation of, the specific thing, by means of which the personal obligation arising from the agreement may be more effectively enforced than by a mere pecuniary recovery at law” (Pomeroy, 2 Eq. Jur. 232).

Equitable Liens.—“Where equity has the authority to enforce rights and obligations from an executory contract,” e.g. in a case for specific performance, “this equitable concept of remedies cannot be applied unless we accept that the contract creates some right or interest in specific property, which the court's decree can act upon, allowing for effective equitable relief. The doctrine of equitable liens provides this essential element; it was established solely to create a basis for these specific remedies that equity enables, focusing on particular identified property rather than the general monetary recoveries granted by common law courts. Consequently, in a large category of executory contracts, whether expressed or implied, which common law sees as generating no property, right, or interest similar to property, but only a simple personal right to an obligation, equity additionally recognizes a specific right over the object involved in the contract, referred to as a lien. Although not property, this lien is similar to property, allowing the plaintiff to pursue the exact item and enforce the defendant’s obligation through a remedy that directly targets the item. 596 Therefore, the theory of equitable liens ultimately relies on contracts, whether express or implied, that involve or relate to specific property, such as a piece of land, individual items, securities, a particular fund, and so on. It’s essential to move away from a strictly legal understanding of such contracts and to recognize that equity sees them as creating a charge upon, or a pledge of, the specific item, making the personal obligation arising from the agreement more effectively enforceable than through a mere monetary recovery in law” (Pomeroy, 2 Eq. Jur. 232).

This description from an American text-book seems to give at once the fullest and most concise definition and description of an equitable lien. It differs essentially from a common-law lien, inasmuch as in the latter possession or occupation is as a rule necessary, whereas in the equitable lien the person claiming the lien is seldom in possession or occupation of the property, its object being to obtain the possession wholly or partially. A special instance of such a lien is that claimed by a publisher over the copyright of a book which he has agreed to publish on terms which are not complied with—for example, the author attempting to get the book published elsewhere. It cannot perhaps be said that this has been absolutely decided to exist, but a strong opinion of the English court of exchequer towards the close of the 18th century was expressed in its favour (Brook v. Wentworth, 3 Anstruther 881). Other instances are the charging lien of a solicitor, and the lien of a person on improvements effected by him on the property of another who “lies by” and allows the work to be done before claiming the property. So also of a trustee for expenses lawfully incurred about the trust property. The power of a limited liability company to create a lien upon its own shares was in 1901 established (Allen v. Gold Reefs, &c., C.A. 1900, 1 Ch. 656).

This description from an American textbook seems to provide the most complete and concise definition and explanation of an equitable lien. It fundamentally differs from a common-law lien because, in the latter, possession or occupation is usually required, whereas in the equitable lien, the person claiming the lien is rarely in possession or occupation of the property. The purpose of an equitable lien is to obtain possession, either fully or partially. A specific example of such a lien is the one claimed by a publisher over the copyright of a book they have agreed to publish under terms that are not met—like when the author tries to get the book published elsewhere. It can't be definitively said that this has been established, but a strong opinion from the English court of exchequer at the end of the 18th century supported it (Brook v. Wentworth, 3 Anstruther 881). Other examples include the charging lien of a solicitor and the lien of a person who improves someone else's property while they "lie by," allowing the work to be done before claiming the property. The same applies to a trustee for expenses incurred legitimately in relation to the trust property. The ability of a limited liability company to create a lien on its own shares was established in 1901 (Allen v. Gold Reefs, & c., C.A. 1900, 1 Ch. 656).

Maritime Liens.—Maritime lien differs from all the others yet considered, in its more elastic nature. Where a maritime lien has once attached to property—and it may and generally does attach without possession—it will continue to attach, unless lost by laches, so long as the thing to which it attaches exists, notwithstanding changes in the possession of and property in the thing, and notwithstanding that the new possessor or owner may be entirely ignorant of its existence; and even if enforced it leaves the owner’s personal liability for any balance unrealized intact (the “Gemma,” 1899, P. 285). So far as England is concerned, it must be borne in mind that the courts of admiralty were conducted in accordance with the principles of civil law, and in that law both the pledge with possession and the hypothecation without possession were well recognized. The extreme convenience of such a right as the latter with regard to such essentially movable chattels as ships is apparent. Strictly speaking, a maritime lien is confined to cases arising in those matters over which the courts of admiralty had original jurisdiction, viz. collisions at sea, seamen’s wages, salvage and bottomry, in all of which cases the appropriate remedy is a proceeding in rem in the admiralty court. In the first of these—collisions at sea—if there were no maritime lien there would frequently be no remedy at all. When two ships have collided at sea it may well be that the innocent ship knows neither the name nor the nationality of the wrongdoer, and the vessel may escape with slight damage and not have to make a port of refuge in the neighbourhood. Months afterwards it is ascertained that she was a foreign ship, and in the interval she has changed owners. Then, were it not a fact that a maritime lien invisible to the wrongdoer nevertheless attaches itself to his ship at the moment of collision, and continues to attach, the unfortunate owner of the innocent ship would have no remedy, except the doubtful one of pursuing the former owner of the wrong-doing vessel in his own country in a personal action where such proceedings are allowed—which is by no means the case in all foreign countries. The same reasons apply, though not possibly with quite the same force, to the other classes of cases mentioned.

Maritime Liens.—A maritime lien is different from all the others previously discussed because of its more flexible nature. Once a maritime lien attaches to a property—and it often attaches without possession—it will remain attached, unless lost due to delay, as long as the property exists, regardless of changes in possession or ownership, and even if the new possessor or owner is completely unaware of its existence. Even if it is enforced, the owner's personal liability for any unpaid balance remains intact (the “Gemma,” 1899, P. 285). In England, it's important to remember that admiralty courts operated based on civil law principles, which recognized both pledges with possession and hypothecations without possession. The practicality of the latter, especially regarding movable assets like ships, is clear. Technically, a maritime lien is limited to cases within the original jurisdiction of admiralty courts, such as collisions at sea, seamen’s wages, salvage, and bottomry, where the appropriate legal action is a proceeding in rem in the admiralty court. In the case of collisions at sea, without a maritime lien, there would often be no legal remedy. When two ships collide in the ocean, it could be that the innocent ship doesn't know the name or nationality of the responsible vessel, and the damaged ship might not need to dock nearby. Months later, it may be discovered that it was a foreign ship, and it may have changed owners in the meantime. If it weren't for the fact that a maritime lien, invisible to the wrongdoer, attaches to their ship at the time of collision and continues to do so, the unfortunate owner of the innocent ship would have no remedy, except for the uncertain possibility of pursuing the previous owner of the offending ship in their own country, which isn't always permitted in all foreign nations. The same reasoning applies, though perhaps not with the same intensity, to the other types of cases mentioned.

Between 1840 and 1873 the jurisdiction of the admiralty court was largely extended. At the latter date it was merged in the probate, divorce and admiralty division of the High Court of Justice. Since the merger questions have arisen as to how far the enlargement of jurisdiction has extended the principle of maritime lien. An interesting article on this subject by J. Mansfield, barrister-at-law, will be found in the Law Quarterly Review, vol. iv., October 1888. It must be sufficient to state here that where legislation has extended the already existing jurisdiction to which a maritime lien pertained, the maritime lien is extended to the subject matter, but that where a new jurisdiction is given, or where a jurisdiction formerly existing without a maritime lien is extended, no maritime lien is given, though even then the extended jurisdiction can be enforced by proceedings in rem. Of the first class of extended jurisdictions are collisions, salvage and seamen’s wages. Prior to 1840 the court of admiralty only had jurisdiction over these when occurring or earned on the high seas. The jurisdiction, and with it the maritime lien, is extended to places within the body of a county in collision or salvage; and as to seamen’s wages, whereas they were dependent on the earning of freight, they are now free from any such limitation; and also, whereas the remedy in rem was limited to seamen’s wages not earned under a special contract, it is now extended to all seamen’s wages, and also to a master’s wages and disbursements, and the maritime lien covers all these. The new jurisdiction given over claims for damage to cargo carried into any port in England or Wales, and on appeal from the county courts over all claims for damage to cargo under £300, though it may be prosecuted by proceedings in rem, i.e. by arrest of the ship, yet confers no maritime lien; and so also in the case of claims by material men (builders and fitters-out of ships) and for necessaries. Even though in the latter case the admiralty court had jurisdiction previously to 1840 where the necessaries were supplied on the high seas, yet as it could not be shown that such jurisdiction had ever been held to confer a maritime lien, no such lien is given. Even now there is much doubt as to whether towage confers a maritime lien or not, the services rendered being pursuant to contract, and frequently to a contract made verbally or in writing on the high seas, and being rendered also to a great extent on the high seas. In these cases and to that extent the high court of admiralty would have had original jurisdiction. But prior to 1840 towage, as now rendered by steam tugs expressly employed for the service, was practically unknown, and therefore there was no established catena of precedent to show the exercise of a maritime lien. It may be argued on the one hand that towage is only a modified form of salvage, and therefore entitled to a maritime lien, and on the other that it is only a form of necessary power supplied like a new sail or mast to a ship to enable her to complete her voyage expeditiously, and therefore of the nature of necessaries, and as such not entitled to a maritime lien. The matter is not of academical interest only, for though in the case of an inward-bound ship the tug owner can make use of his statutory right of proceeding in rem, and so obtain much of the benefit of a maritime lien, yet in the case of an outward-bound ship, if she once gets away without payment, and the agent or other authorized person refuses or is unable to pay, the tug owner’s claim may, on the return of the ship to a British port, be met by an allegation of a change of ownership, which defeats his right of proceeding at all if he has no maritime lien; whereas if he has a maritime lien he can still proceed against the ship and recover his claim, if he has not been guilty of laches.

Between 1840 and 1873, the jurisdiction of the admiralty court expanded significantly. In 1873, it was integrated into the probate, divorce, and admiralty division of the High Court of Justice. Since this merger, questions have been raised about how the increased jurisdiction has affected the principle of maritime lien. An interesting article on this topic by J. Mansfield, barrister-at-law, can be found in the Law Quarterly Review, vol. iv., October 1888. It’s important to note that when legislation has expanded the existing jurisdiction to which a maritime lien applied, the maritime lien extends to the subject matter. However, when a new jurisdiction is created or when an existing jurisdiction without a maritime lien is expanded, no maritime lien is granted, although the expanded jurisdiction can still be enforced through in rem proceedings. Examples of the first type of extended jurisdictions include collisions, salvage, and seamen’s wages. Before 1840, the court of admiralty only had jurisdiction over these matters when they occurred or were earned on the high seas. The jurisdiction, along with the maritime lien, has been extended to areas within a county for collisions or salvage, and regarding seamen’s wages, which previously depended on the earning of freight, there are now no such limitations. Additionally, while the in rem remedy was previously limited to seamen’s wages not obtained under a special contract, it is now extended to all seamen’s wages, as well as to a master’s wages and expenses, and the maritime lien covers all of these. The new jurisdiction concerning claims for damage to cargo brought into any port in England or Wales, and on appeal from the county courts for all claims for damage to cargo under £300, allows for prosecution through in rem actions, such as arresting the ship, but it does not grant a maritime lien; this is also true for claims made by material suppliers (builders and fitters of ships) and for necessary items. Although the admiralty court had jurisdiction before 1840 for necessaries supplied on the high seas, it was never established that this jurisdiction provided a maritime lien, so none is given. Even today, there is considerable uncertainty about whether towage gives rise to a maritime lien, as the services are rendered based on a contract, often made verbally or in writing on the high seas, and frequently provided largely on the high seas. In these situations, the high court of admiralty would have had original jurisdiction. However, before 1840, towage, as currently performed by steam tugs specifically engaged for the job, was virtually unknown, and there was therefore no established precedent indicating the application of a maritime lien. One could argue that towage is merely a modified form of salvage, which would warrant a maritime lien, while another argument suggests it is simply a type of necessary service, akin to providing a new sail or mast for a ship to speed up its voyage, thus falling under the category of necessaries and not entitled to a maritime lien. This issue matters beyond academic interest because, in the case of an inward-bound ship, the tug owner can utilize his statutory right to proceed in rem, gaining much of the benefit of a maritime lien. However, for an outward-bound ship, if it leaves without payment and the agent or authorized person cannot or will not pay, the tug owner’s claim could be challenged upon the ship's return to a British port, citing a change of ownership, which undermines the right to proceed if he lacks a maritime lien. On the other hand, if he holds a maritime lien, he can still take action against the ship and recover his claim unless he has been negligent.

A convenient division of the special liens other than possessory on ships may be made by classifying them as maritime, statutory-maritime or quasi-maritime, and statutory. The first attach only in the case of damage done by collision between ships on the high seas, salvage on the high seas, bottomry and seamen’s wages so far as freight has been earned; the second attach in cases of damage by collision within the body of a county, salvage within the body of a county, life salvage everywhere, seamen’s wages even if no freight has been earned, master’s wages and disbursements. These two classes continue to attach notwithstanding a change of ownership without notice of the lien, if there have been no laches in enforcing it (the “Bold Buccleuch,” 1852, 7 Moo. P.C. 267; the “Kong Magnus,” 1891, P. 223). The third class, which only give a right to proceed 597 in rem, i.e. against the ship itself, attach, so long as there is no bona fide change of ownership, without citing the owners, in all cases of claims for damage to ship and of claims for damage to cargo where no owner is domiciled in England or Wales. Irrespective of this limitation, they attach in all cases not only of damage to cargo, but also of breaches of contract to carry where the damage does not exceed £300, when the suit must be commenced in a county court having admiralty jurisdiction; and in cases of claims for necessaries supplied elsewhere than in the ship’s home port, for wages earned even under a special contract by masters and mariners, and of claims for towage. In all three classes the lien also exists over cargo where the suit from its nature extends to it, as in salvage and in some cases of bottomry or respondentia, and in cases where proceedings are taken against cargo by the shipowner for a breach of contract (cargo exArgos” and the “Hewsons,” 1873, L.R. 5 P.C. 134; the “Alina,” 1880, 5 Ex. D. 227).

A convenient way to categorize the special liens, other than possessory, on ships is by classifying them as maritime, statutory-maritime or quasi-maritime, and statutory. The first category applies only in cases of damage from collisions between ships on the high seas, salvage on the high seas, bottomry, and seamen’s wages as long as freight has been earned; the second category applies in cases of damage from collisions within a county, salvage within a county, life salvage everywhere, seamen’s wages even if no freight has been earned, and the master’s wages and expenses. These two categories continue to apply regardless of a change in ownership without notice of the lien, as long as there has been no delay in enforcing it (the “Bold Buccleuch,” 1852, 7 Moo. P.C. 267; the “Kong Magnus,” 1891, P. 223). The third category, which only allows for claims against the ship itself (in rem), attaches as long as there is no bona fide change in ownership, without citing the owners, in all cases of claims for damage to the ship and claims for damage to cargo where no owner is based in England or Wales. Besides this limitation, they attach in all cases not only of damage to cargo but also of breaches of contract to transport where the damage does not exceed £300, requiring the suit to be filed in a county court with admiralty jurisdiction; as well as in cases of claims for necessary supplies provided outside the ship’s home port, for wages earned even under a special contract by masters and mariners, and for claims related to towage. In all three categories, the lien also exists over cargo when the nature of the suit extends to it, as in salvage and some cases of bottomry or respondentia, and in situations where the shipowner takes action against cargo for a breach of contract (cargo exArgos” and the “Hewsons,” 1873, L.R. 5 P.C. 134; the “Alina,” 1880, 5 Ex. D. 227).

Elsewhere than in England, and those countries such as the United States which have adopted her jurisprudence in maritime matters generally, the doctrine of maritime lien, or that which is substituted for it, is very differently treated. Speaking generally, those states which have adopted the Napoleonic codes or modifications of them—France, Italy, Spain, Holland, Portugal, Belgium, Greece, Turkey, and to some extent Russia—have instead of a maritime lien the civil-law principle of privileged debts. Amongst these in all cases are found claims for salvage, wages, bottomry under certain restrictions, and necessaries. Each of these has a privileged claim against the ship, and in some cases against freight and cargo as well, but it is a matter of very great importance that, except in Belgium, a claim for collision damage (which as we have seen confers a maritime lien, and one of a very high order, in Great Britain) confers no privilege against the wrong-doing ship, whilst in all these countries an owner can get rid of his personal liability by abandoning the ship and freight to his creditor, and so, if the ship is sunk, escape all liability whilst retaining any insurance there may be. This, indeed, was at one time the law of Great Britain; the measure of damage was limited by the value of the res; and in the United States at the present time a shipowner can get rid of his liability for damage by abandoning the ship and freight. A different rule prevails in Germany and the Scandinavian states. There claims relating to the ship, unless the owner has specially rendered himself liable, confer no personal claim at all against him. The claim is limited ab initio to ship and freight, except in the case of seamen’s wages, which do confer a personal claim so far as they have been earned on a voyage or passage completed prior to the loss of the ship. In all maritime states, however, except Spain, a provisional arrest of the ship is allowed, and thus between the privilege accorded to the debt and the power to arrest till bail is given or the ship abandoned to creditors, a condition of things analogous to the maritime lien is established; especially as these claims when the proper legal steps have been taken to render them valid—usually by endorsement on the ship’s papers on board, or by registration at her port of registry—attach to the ship and follow her into the hands of a purchaser. They are in fact notice to him of the incumbrance.

Elsewhere, especially outside England and in countries like the United States that have embraced its laws on maritime issues, the concept of maritime lien, or its alternatives, is handled quite differently. Generally speaking, countries that have adopted the Napoleonic codes or modifications of them—like France, Italy, Spain, Holland, Portugal, Belgium, Greece, Turkey, and to some degree Russia—replace maritime liens with the civil-law principle of privileged debts. This includes claims for salvage, wages, bottomry under certain conditions, and necessary provisions. Each of these has a privileged claim against the ship, and in some cases against freight and cargo too. Importantly, except in Belgium, a claim for collision damage—which, as we've noted, grants a high-ranking maritime lien in Great Britain—does not bring any privilege against the ship at fault. Additionally, in all these nations, an owner can eliminate personal liability by abandoning the ship and its freight to the creditor, thereby escaping all liability if the ship sinks while still holding onto any insurance. This was actually once the law in Great Britain, where the measure of damage was limited by the ship’s value; currently, in the United States, a shipowner can also relieve himself of liability for damages by abandoning the ship and freight. A different approach exists in Germany and the Scandinavian countries where claims related to the ship offer no personal liability against the owner unless they have specifically made themselves liable. The claim is strictly limited from the start to the ship and freight, except for seamen’s wages, which do allow for a personal claim as far as they have been earned on a voyage completed before the ship was lost. In all maritime nations, except Spain, a provisional arrest of the ship is permitted. Therefore, the combination of the privilege granted to the debt and the power to arrest until bail is posted or the ship is abandoned to creditors establishes a situation similar to a maritime lien. This is especially true as these claims, once the necessary legal steps are taken to validate them—usually by endorsement on the ship’s documents or by registration at her home port—attach to the ship and follow her when sold. They essentially serve as notice to the buyer of any encumbrance.

Duration of Lien.—So long as the party claiming the lien at common law retains the property, the lien continues, notwithstanding the debt in respect of which it is claimed becoming barred by the Statute of Limitations (Higgins v. Scott, 1831, 2 B. & Ald. 413). But if he takes proceedings at law to recover the debt, and on a sale of the goods to satisfy the judgment purchases them himself, he so alters the nature of the possession that he loses his lien (Jacobs v. Latour, 5 Bing. 130). An equitable lien probably in all cases continues, provided the purchaser of the subject matter has notice of the lien at the time of his purchase. A maritime lien is in no respect subject to the Statute of Limitations, and continues in force notwithstanding a change in the ownership of the property without notice, and is only terminated when it has once attached, by laches on the part of the person claiming it (the “Kong Magnus,” 1891, P. 223). There is an exception in the case of seamen’s wages, where by 4 Anne c. 16 (Stat. Rev. 4 & 5 Anne c. 3) all suits for seamen’s wages in the Admiralty must be brought within six years.

Duration of Lien.—As long as the party asserting the lien at common law retains possession of the property, the lien remains in effect, even if the debt related to it has become barred by the Statute of Limitations (Higgins v. Scott, 1831, 2 B. & Ald. 413). However, if that party initiates legal action to recover the debt and then buys the goods at a sale to satisfy the judgment, they change the nature of their possession and lose their lien (Jacobs v. Latour, 5 Bing. 130). An equitable lien likely continues in all situations as long as the buyer is aware of the lien at the time of their purchase. A maritime lien is not affected by the Statute of Limitations and remains valid even if ownership of the property changes without notice. It is only terminated after it has attached, due to the inaction of the person claiming it (the “Kong Magnus,” 1891, P. 223). An exception exists for seamen’s wages, where by 4 Anne c. 16 (Stat. Rev. 4 & 5 Anne c. 3), all claims for seamen’s wages in the Admiralty must be filed within six years.

Ranking of Maritime Liens.—There may be several claimants holding maritime and other liens on the same vessel. For example, a foreign vessel comes into collision by her own fault and is damaged and her cargo also; she is assisted into port by salvors and ultimately under a towage agreement, and put into the hands of a shipwright who does necessary repairs. The innocent party to the collision has a maritime lien for his damage, and the seamen for their wages; the cargo owner has a suit in rem or a statutory lien for damage, and the shipwright a possessory lien for the value of his repairs, while the tugs certainly have a right in rem and possibly a maritime lien also in the nature of salvage. The value of the property may be insufficient to pay all claims, and it becomes a matter of great consequence to settle whether any, and if so which, have priority over the others, or whether all rank alike and have to divide the proceeds of the property pro ratâ amongst them. The following general rules apply: liens for benefits conferred rank against the fund in the inverse, and those for the reparation of damage sustained in the direct order of their attaching to the res; as between the two classes those last mentioned rank before those first mentioned of earlier date; as between liens of the same class and the same date, the first claimant has priority over others who have not taken action. The courts of admiralty, however, allow equitable considerations, and enter into the question of marshalling assets. For example, if one claimant has a lien on two funds, or an effective right of action in addition to his lien, and another claimant has only a lien upon one fund, the first claimant will be obliged to exhaust his second remedy before coming into competition with the second. As regards possessory liens, the shipwright takes the ship as she stands, i.e. with her incumbrances, and it appears that the lien for seaman’s wages takes precedence of a solicitor’s lien for costs, under a charging order made in pursuance of the Solicitors Act 1860, § 28.

Ranking of Maritime Liens.—There can be multiple claimants holding maritime and other liens on the same vessel. For instance, a foreign vessel collides due to its own fault, causing damage to both the ship and its cargo. It receives assistance into port from salvagers, then, under a towage agreement, it is handed over to a shipwright for necessary repairs. The innocent party involved in the collision has a maritime lien for their damages, and the crew is owed wages; the cargo owner can file a suit in rem or has a statutory lien for damages, while the shipwright has a possessory lien for the value of the repairs. The tugs certainly have a right in rem, and possibly also a maritime lien related to salvage. The value of the property may not be enough to cover all claims, making it crucial to determine whether any claims have priority over others, or if all rank equally and must share the proceeds of the property pro ratâ. The following general rules apply: liens for benefits conferred rank against the fund in reverse order, and those for damage repairs rank in the order they attached to the res; among the two categories, the latter ranks before the former if they are of an earlier date. Among liens of the same class and date, the first claimant has priority over others who haven’t acted. However, admiralty courts consider equitable factors and look into asset marshalling. For example, if one claimant has a lien on two funds, or an effective action in addition to their lien, and another only has a lien on a single fund, the first claimant must exhaust their second remedy before competing with the second. Regarding possessory liens, the shipwright takes the ship as it is, i.e. with its encumbrances, and it appears that the seamen's wage lien takes precedence over a solicitor’s lien for costs, according to a charging order made under the Solicitors Act 1860, § 28.

Subject to equitable considerations, the true principle appears to be that services rendered under an actual or implied contract, which confer a maritime lien, make the holder of the lien in some sort a proprietor of the vessel, and therefore liable for damage done by her—hence the priority of the damage lien—but, directly it has attached, benefits conferred on the property by enabling it to reach port in safety benefit the holder of the damage lien in common with all other prior holders of maritime liens. It is less easy to see why of two damage liens the earlier should take precedence of the later, except on the principle that the res which came into collision the second time is depreciated in value by the amount of the existing lien upon her for the first collision, and where there was more than one damage lien, and also liens for benefits conferred prior to the first collision between the two collisions and subsequent to the second, the court would have to make a special order to meet the peculiar circumstances. The claim of a mortgagee naturally is deferred to all maritime liens, whether they are for benefits conferred on the property in which he is interested or for damage done by it, and also for the same reason to the possessory lien of the shipwright, but both the possessory lien of the shipwright and the claim of the mortgagee take precedence over a claim for necessaries, which only confers a statutory lien or a right to proceed in rem in certain cases. In other maritime states possessing codes of commercial law, the privileged debts are all set out in order of priority in these codes, though, as has been already pointed out, the lien for damage by collision—the most important in English law—has no counterpart in most of the foreign codes.

Subject to fair considerations, the main principle seems to be that services provided under an actual or implied contract, which create a maritime lien, make the lien holder somewhat of an owner of the vessel and therefore responsible for any damage caused by it—hence the priority of the damage lien. Once the lien is established, the benefits gained from enabling the vessel to reach port safely also benefit the damage lien holder along with all other prior holders of maritime liens. It is less clear why, between two damage liens, the earlier one should take precedence over the later one, apart from the idea that the vessel involved in the second collision is reduced in value by the amount of the existing lien from the first collision. If there were multiple damage liens and also liens for benefits conferred between the first and second collisions, the court would have to issue a special order to address those unique circumstances. A mortgagee's claim is naturally lower in priority than all maritime liens, whether they are for benefits given to the property in which he is interested or for damage caused by it, and for the same reason, it comes after the possessory lien of the shipwright. However, both the possessory lien of the shipwright and the mortgagee's claim take precedence over a claim for necessaries, which only grants a statutory lien or a right to proceed in rem in certain situations. In other maritime jurisdictions with commercial law codes, the prioritized privileged debts are listed in order within those codes, though, as previously mentioned, the lien for damage caused by collision—the most significant in English law—has no equivalent in most foreign codes.

Stoppage in Transitu.—This is a lien held by an unpaid vendor in certain cases over goods sold after they have passed out of his actual possession. It has been much discussed whether it is an equitable or common-law right or lien. The fact appears to be that it has always been a part of the Law Merchant, which, properly speaking, is itself a part of the common law of England unless inconsistent with it. This particular right was, in the first instance, held by a court of equity to be equitable and not contrary to English law, and by that decision this particular part of the Law Merchant was approved and became part of the common law of England (see per Lord Abinger in Gibson v. Carruthers, 8 M. & W., p. 336 et seq.). It may be described as a lien by the Law Merchant, decided by equity to be part of the common law, but in its nature partaking rather of the character of an equitable lien than one at common law. “It is a right which arises solely upon the insolvency of the buyer, and is based on the plain reason of justice and equity that one man’s goods shall not be applied to the payment of another man’s debts. If, therefore, after the vendor has delivered the goods out of his own possession and put them in the hands of a carrier for delivery to the buyer, he discovers that the buyer is insolvent, he may re-take the goods if he can before they reach the buyer’s possession, and thus avoid having his property applied to paying debts due by the buyer to other people” (Benjamin on Sales, 2nd ed., 289). This right, though only recognized by English law in 1690, is highly favoured by 598 the courts on account of its intrinsic justice, and extends to quasi-vendors, or persons in the same position, such as consignors who have bought on behalf of a principal and forwarded the goods. It is, however, defeated by a lawful transfer of the document of title to the goods by the vendor to a third person, who takes it bonâ fide and for valuable consideration (Factors Act 1889; Sale of Goods Act 1893).

Stoppage in Transitu.—This is a lien that an unpaid seller has in certain situations over goods sold after they have left his physical possession. There's been a lot of debate about whether this is an equitable right or a common-law lien. The reality is that it has always been part of the Law Merchant, which is, in essence, a part of common law in England unless it contradicts it. Initially, a court of equity determined that this right was equitable and not against English law, leading to the acceptance of this aspect of the Law Merchant into the common law of England (see per Lord Abinger in Gibson v. Carruthers, 8 M. & W., p. 336 et seq.). It can be described as a lien from the Law Merchant that equity has decided is part of common law, but it has more characteristics of an equitable lien than one from common law. “It is a right that arises solely when the buyer is insolvent, based on the straightforward principle of justice and equity that one person's goods should not be used to pay off someone else’s debts. Therefore, if the seller has delivered the goods out of his own possession and has given them to a carrier for delivery to the buyer, and then finds out that the buyer is insolvent, he can reclaim the goods before they reach the buyer’s possession, thus preventing his property from being used to settle the buyer's debts to others” (Benjamin on Sales, 2nd ed., 289). This right, although only recognized by English law in 1690, is highly regarded by the courts due to its inherent fairness and also applies to quasi-vendors or individuals in similar situations, such as consignors who have purchased on behalf of a principal and sent the goods. However, it is negated by a legitimate transfer of the title document to the goods by the seller to a third party, who takes it bonâ fide and for valuable consideration (Factors Act 1889; Sale of Goods Act 1893).

Assignment or Transfer of Lien.—A lien being a personal right acquired in respect of personal services, it cannot, as a rule, be assigned or transferred; but here again there are exceptions. The personal representative of the holder of a possessory lien on his decease would probably in all cases be held entitled to it; and it has been held that the lien over a client’s papers remains with the firm of solicitors notwithstanding changes in the constitution of the firm (Gregory v. Cresswell, 14 L.J. Ch. 300). So also where a solicitor, having a lien on documents for his costs, assigned the debt to his bankers with the benefit of the lien, it was held that the bankers might enforce such lien in equity. But though a tradesman has a lien on the property of his customer for his charges for work done upon it, where the property is delivered to him by a servant acting within the scope of his employment, such lien cannot be transferred to the servant, even if he has paid the money himself; and the lien does not exist at all if the servant was acting without authority in delivering the goods, except where (as in the case of a common carrier) he is bound to receive the goods, in which case he retains his lien for the carriage against the rightful owner. Where, however, there is a lien on property of any sort not in possession, a person acquiring the property with knowledge of the lien takes it subject to such lien. This applies to equitable liens, and cannot apply to those common-law liens in which possession is necessary. It is, however, true that by statute certain common-law liens can be transferred, e.g. under the Merchant Shipping Act a master of a ship having a lien upon cargo for his freight can transfer the possession of the cargo to a wharfinger, and with it the lien (Merchant Shipping Act 1894, § 494). In this case, however, though the matter is simplified by the statute, if the wharfinger was constituted the agent or servant of the shipmaster, his possession would be the possession of the shipmaster, and there would be no real transfer of the lien; therefore the common-law doctrine is not altered, only greater facilities for the furtherance of trade are given by the statute, enabling the wharfinger to act in his own name without reference to his principal, who may be at the other side of the world. So also a lien may be retained, notwithstanding that the property passes out of possession, where it has to be deposited in some special place (such as the Custom-House) to comply with the law. Seamen cannot sell or assign or in any way part with their maritime lien for wages (Merchant Shipping Act 1894, § 156), but, nevertheless, with the sanction of the court, a person who pays seamen their wages is entitled to stand in their place and exercise their rights (the Cornelia Henrietta, 1866, L.R. 1 Ad. & Ec. 51).

Assignment or Transfer of Lien.—A lien is a personal right linked to personal services, so it usually can't be assigned or transferred; however, there are exceptions. The personal representative of someone who held a possessory lien when they died will generally be entitled to it. It has also been established that the lien over a client’s papers stays with the law firm even if the firm changes its structure (Gregory v. Cresswell, 14 L.J. Ch. 300). Additionally, if a solicitor has a lien on documents for unpaid fees and assigns that debt to their bank, the bank can enforce the lien in equity. While a tradesperson has a lien on a customer's property for the work done, if that property is given to them by an employee acting within their job duties, the lien cannot be transferred to the employee, even if the employee paid for the service themselves. If the employee acted without authority in delivering the goods, the lien doesn't exist at all unless, as in the case of a common carrier, they are required to accept the goods, in which case they hold a lien for transport against the rightful owner. If there is a lien on any property not currently in possession, a person who acquires that property while knowing about the lien takes it subject to that lien. This applies to equitable liens and does not apply to common-law liens, which require possession. However, certain common-law liens can be transferred by statute, for example, under the Merchant Shipping Act, a shipmaster with a lien on cargo for freight can transfer possession of the cargo to a wharfinger, along with the lien (Merchant Shipping Act 1894, § 494). In this situation, even though the statute simplifies things, if the wharfinger is acting as the shipmaster's agent or servant, their possession will still be seen as the shipmaster's, meaning there isn't a true transfer of the lien. Thus, the common-law principles remain unchanged, but the statute provides easier means to facilitate trade, allowing the wharfinger to operate in their own name without needing to consult the shipmaster, who might be on the other side of the globe. Similarly, a lien can continue even if the property is removed from possession when it needs to be stored in a specific location (like the Custom-House) for legal compliance. Seamen cannot sell, assign, or otherwise dispose of their maritime lien for wages (Merchant Shipping Act 1894, § 156), but, with court approval, someone who pays the seamen their wages can step into their position and exercise their rights (the Cornelia Henrietta, 1866, L.R. 1 Ad. & Ec. 51).

Waiver.—Any parting with the possession of goods is in general a waiver of the lien upon them; for example, when a factor having a lien on the goods of his principal gives them to a carrier to be carried at the expense of his principal, even if undisclosed, he waives his lien, and has no right to stop the goods in transitu to recover it; so also where a coach-builder who has a lien on a carriage for repairs allows the owner from time to time to take it out for use without expressly reserving his lien, he has waived it, nor has he a lien for the standage of the carriage except by express agreement, as mere standage does not give a possessory lien. It has even been held that where a portion of goods sold as a whole for a lump sum has been taken away and paid for proportionately, the conversion has taken place and the lien for the residue of the unpaid purchase-money has gone (Gurr v. Cuthbert, 1843, 12 L.J. Ex. 309). Again, an acceptance of security for a debt is inconsistent with the existence of a lien, as it substitutes the credit of the owner for the material guarantee of the thing itself, and so acts as a waiver of the lien. For the same reason even an agreement to take security is a waiver of the lien, though the security is not, in fact, given (Alliance Bank v. Broon, 11 L.T. 332).

Waiver.—Generally, if you give up possession of goods, you also waive your lien on them. For instance, if a factor who has a lien on their principal's goods hands them over to a carrier for transport at the principal's expense, even if the principal's identity isn't disclosed, the factor waives their lien and can't stop the goods in transitu to reclaim it. Similarly, if a coach-builder with a lien on a carriage for repairs allows the owner to periodically take it for use without explicitly reserving the lien, the builder has waived it. The builder also doesn't have a lien for the time the carriage stands there unless there's an explicit agreement, as mere standing time doesn't create a possessory lien. It's even been ruled that if part of goods sold as a whole for a total price is taken away and paid for in part, a conversion has occurred, and the lien for the remainder of the unpaid purchase money is lost (Gurr v. Cuthbert, 1843, 12 L.J. Ex. 309). Additionally, accepting security for a debt conflicts with having a lien, as it replaces the owner's credit with the material guarantee of the goods, thus waiving the lien. For the same reasons, even agreeing to take security is a waiver of the lien, even if the security is not actually provided (Alliance Bank v. Broon, 11 L.T. 332).

Sale of Goods under Lien.—At common law the lien only gives a right to retain the goods, and ultimately to sell by legal process, against the owner; but in certain cases a right has been given by statute to sell without the intervention of legal process, such as the right of an innkeeper to sell the goods of his customer for his unpaid account (Innkeepers Act 1878, § 1), the right of a wharfinger to sell goods entrusted to him by a shipowner with a lien upon them for freight, and also for their own charges (Merchant Shipping Act 1894, §§ 497, 498), and of a railway company to sell goods for their charges (Railway Clauses Act 1845, § 97). Property affected by an equitable lien or a maritime lien cannot be sold by the holder of the lien without the interposition of the court to enforce an order, or judgment of the court. In Admiralty cases, where a sale is necessary, no bail having been given and the property being under arrest, the sale is usually made by the marshal in London, but may be elsewhere on the parties concerned showing that a better price is likely to be obtained.

Sale of Goods under Lien.—At common law, a lien only allows a person to hold onto the goods and ultimately sell them through legal action against the owner. However, in certain situations, laws have granted the right to sell without going through legal processes. This includes an innkeeper’s right to sell a guest's belongings for unpaid bills (Innkeepers Act 1878, § 1), a wharfinger’s right to sell goods entrusted to him by a shipowner with a lien for freight and their own charges (Merchant Shipping Act 1894, §§ 497, 498), and a railway company's right to sell goods for unpaid charges (Railway Clauses Act 1845, § 97). Property affected by an equitable lien or maritime lien cannot be sold by the lien holder without a court's involvement to enforce an order or judgment. In Admiralty cases, if a sale is necessary, and no bail has been posted with the property under arrest, the sale is typically conducted by the marshal in London, but it may take place elsewhere if the parties involved can demonstrate that a better price can be achieved.

American Law.—In the United States, speaking very generally, the law relating to liens is that of England, but there are some considerable differences occasioned by three principal causes. (1) Some of the Southern States, notably Louisiana, have never adopted the common law of England. When that state became one of the United States of North America it had (and still preserves) its own system of law. In this respect the law is practically identical with the Code Napoleon, which, again speaking generally, substitutes privileges for liens, i.e. gives certain claims a prior right to others against particular property. These privileges being strictissimae interpretationis, cannot be extended by any principle analogous to the English doctrine of equitable liens. (2) Probably in consequence of the United States and the several states composing it having had a more democratic government than Great Britain, in their earlier years at all events, certain liens have been created by statute in several states in the interest of the working classes which have no parallel in Great Britain, e.g. in some states workmen employed in building a house or a ship have a lien upon the building or structure itself for their unpaid wages. This statutory lien partakes rather of the nature of an equitable than of a common-law lien, as the property is not in the possession of the workman, and it may be doubted whether the right thus conferred is more beneficial to the workman than the priority his wages have in bankruptcy proceedings in England. Some of the states have also practically extended the maritime lien to matters over which it was never contended for in England. (3) By the constitution of the United States the admiralty and inter-state jurisdiction is vested in the federal as distinguished from the state courts, and these federal courts have not been liable to have their jurisdiction curtailed by prohibition from courts of common law, as the court of admiralty had in England up to the time of the Judicature Acts; consequently the maritime lien in the United States extends further than it does in England, even after recent enlargements; it covers claims for necessaries and by material men (see Maritime Lien), as well as collision, salvage, wages, bottomry and damage to cargo.

U.S. Law.—In the United States, generally speaking, the law concerning liens is based on English law, but there are significant differences due to three main reasons. (1) Some Southern States, especially Louisiana, never adopted English common law. When Louisiana became part of the United States, it had (and still has) its own legal system. In this regard, the law is almost identical to the Code Napoleon, which generally replaces liens with privileges, meaning it gives certain claims priority over others regarding specific property. These privileges are interpreted very strictly and cannot be extended by any principle similar to the English doctrine of equitable liens. (2) Possibly because the United States and its various states have historically had a more democratic government than Great Britain, especially in their early years, some states have created certain liens by statute to benefit the working class that have no counterpart in Great Britain. For example, in some states, workers involved in building a house or ship have a lien on that building or structure for their unpaid wages. This statutory lien is more akin to an equitable lien than a common-law lien, as the property is not in the worker's possession, and it may be questionable whether this right is more advantageous for the worker than the priority their wages hold in bankruptcy proceedings in England. Some states have also effectively extended the maritime lien to matters that were never recognized in England. (3) Under the United States Constitution, admiralty and inter-state jurisdiction is assigned to federal courts rather than state courts, and these federal courts have not faced restrictions on their jurisdiction from common law courts, as the admiralty court did in England until the Judicature Acts; thus, the maritime lien in the United States extends further than in England, even after recent expansions, covering claims for necessities and by material suppliers (see Maritime Lien), as well as collision, salvage, wages, bottomry, and damage to cargo.

Difficulties connected with lien occasionally arise in the federal courts in admiralty cases, from a conflict on the subject between the municipal law of the state where the court happens to sit and the admiralty law; but as there is no power to prohibit the federal court, its view of the admiralty law based on the civil law prevails. More serious difficulties arise where a federal court has to try inter-state questions, where the two states have different laws on the subject of lien; one for example, like Louisiana, following the civil law, and the other the common law and equitable practice of Great Britain. The question as to which law is to govern in such a case can hardly be said to be decided. “The question whether equitable liens can exist to be enforced in Louisiana by the federal courts, notwithstanding its restrictive law of privileges, is still an open one” (Derris, 599 Contracts of Pledge, 517; and see Burdon Sugar Refining Co. v. Payne, 167 U.S. 127).

Difficulties related to liens sometimes come up in federal courts in admiralty cases due to a conflict between the state's municipal law where the court is located and admiralty law. However, since the federal court can’t be prohibited, its interpretation of admiralty law based on civil law takes precedence. More significant challenges arise when a federal court has to address inter-state issues where the two states have different lien laws; for instance, one state like Louisiana follows civil law while another adheres to the common law and equitable practices of Great Britain. The question of which law should apply in such instances is still unsettled. “The question of whether equitable liens can be enforced in Louisiana by the federal courts, despite its restrictive privilege law, remains open” (Derris, 599 Contracts of Pledge, 517; and see Burdon Sugar Refining Co. v. Payne, 167 U.S. 127).

British Colonies.—In those colonies which before the Canadian federation were known as Upper Canada and the Maritime Provinces of British North America, and in the several Australasian states where the English common law is enforced except as modified by colonial statute, the principles of lien, whether by common law or equitable or maritime, discussed above with reference to England, will prevail; but questions not dissimilar to those treated of in reference to the United States may arise where colonies have come to the crown of Great Britain by cession, and where different systems of municipal law are enforced. For example, in Lower Canada the law of France prior to the Revolution occupies the place of the common law in England, but is generally regulated by a code very similar to the Code Napoleon; in Mauritius and its dependencies the Code Napoleon itself is in force except so far as modified by subsequent ordinances. In South Africa, and to some extent in Ceylon and Guiana, Roman-Dutch law is in force; in the island of Trinidad old Spanish law, prior to the introduction of the present civil code of Spain, is the basis of jurisprudence. Each several system of law requires to be studied on the point; but, speaking generally, apart from the possessory lien of workmen and the maritime lien of the vice-admiralty courts, it may be assumed that the rules of the civil law, giving a privilege or priority in certain specified cases rather than a lien as understood in English law, prevail in those colonies where the English law is not in force.

British Territories.—In the colonies that were previously known as Upper Canada and the Maritime Provinces of British North America before the Canadian federation, as well as in the various Australasian states where the English common law is applied, except where modified by local laws, the principles of lien—whether under common law, equity, or maritime law—discussed earlier regarding England will apply. However, situations similar to those concerning the United States may arise in colonies that came under British rule through cession and where different legal systems are practiced. For instance, in Lower Canada, the law of France before the Revolution takes the place of English common law but is typically governed by a code resembling the Code Napoleon. In Mauritius and its territories, the Code Napoleon is in effect unless further modified by later ordinances. In South Africa, and to a lesser extent in Ceylon and Guiana, Roman-Dutch law is applied; meanwhile, in Trinidad, the legal system is based on old Spanish law, prior to the current Spanish civil code. Each distinct legal system needs to be carefully examined in this regard; generally speaking, aside from the possessory lien of workers and the maritime lien of vice-admiralty courts, it can be assumed that the principles of civil law, which provide a privilege or priority in certain specified situations rather than a lien as understood in English law, dominate in those colonies where English law does not apply.

(F. W. Ra.)

1 This right, however, is not absolute, but depends on the custom of the port (Raitt v. Mitchell, 1815, 4 Camp. 146).

1 This right, however, isn’t absolute; it depends on the customs of the port (Raitt v. Mitchell, 1815, 4 Camp. 146).

LIERRE (Flemish, Lier), a town in the province of Antwerp, Belgium; 9 m. S.E. of Antwerp. Pop. (1904) 24,229. It carries on a brisk industry in silk fabrics. Its church of St Gommaire was finished in 1557 and contains three fine glass windows, the gift of the archduke Maximilian, to celebrate his wedding with Mary of Burgundy.

LIERRE (Flemish, Lier), a town in the province of Antwerp, Belgium; 9 miles southeast of Antwerp. Population (1904) 24,229. It has a thriving industry in silk fabrics. The church of St. Gommaire was completed in 1557 and features three beautiful stained glass windows, gifted by Archduke Maximilian to celebrate his marriage to Mary of Burgundy.

LIESTAL, the capital (since 1833) of the half canton of Basel-Stadt in Switzerland. It is a well-built but uninteresting industrial town, situated on the left bank of the Ergolz stream, and is the most populous town in the entire canton of Basel, after Basel itself. By rail it is 9¼ m. S.E. of Basel, and 15¾ m. N.W. of Olten. In the 15th-century town hall (Rathaus) is preserved the golden drinking cup of Charles the Bold, duke of Burgundy, which was taken at the battle of Nancy in 1477. In 1900 the population was 5403, all German-speaking and mainly Protestants. The town was sold in 1302 by its lord to the bishop of Basel who, in 1400, sold it to the city of Basel, at whose hands it suffered much in the Peasants’ War of 1653, and so consented gladly to the separation of 1833.

Liestal, is the capital (since 1833) of the half canton of Basel-Stadt in Switzerland. It's a well-constructed but unremarkable industrial town located on the left bank of the Ergolz stream, and it's the most populated town in the entire canton of Basel, after Basel itself. By train, it’s 9¼ miles southeast of Basel and 15¾ miles northwest of Olten. The 15th-century town hall (Rathaus) houses the golden drinking cup of Charles the Bold, duke of Burgundy, which was captured at the battle of Nancy in 1477. In 1900, the population was 5,403, all German-speaking and mainly Protestant. The town was sold in 1302 by its lord to the bishop of Basel, who then sold it to the city of Basel in 1400, after which it suffered greatly during the Peasants’ War of 1653 and was therefore happy to agree to the separation in 1833.

LIEUTENANT, one who takes the place, office and duty of and acts on behalf of a superior or other person. The word in English preserves the form of the French original (from lieu, place, tenant, holding), which is the equivalent of the Lat. locum tenens, one holding the place of another. The usual English pronunciation appears early, the word being frequently spelled lieftenant, lyeftenant or luftenant in the 14th and 15th centuries. The modern American pronunciation is lewtenant, while the German is represented by the present form of the word Leutnant. In French history, lieutenant du roi (locum tenens regis) was a title borne by the officer sent with military powers to represent the king in certain provinces. With wider powers and functions, both civil as well as military, and holding authority throughout an entire province, such a representative of the king was called lieutenant général du roi. The first appointment of these officials dates from the reign of Philip IV. the Fair (see Constable). In the 16th century the administration of the provinces was in the hands of gouverneurs, to whom the lieutenants du roi became subordinates. The titles lieutenant civil or criminel and lieutenant général de police have been borne by certain judicial officers in France (see Châtelet and Bailiff: Bailli). As the title of the representative of the sovereign, “lieutenant” in English usage appears in the title of the lord lieutenant of Ireland, and of the lords lieutenant of the counties of the United Kingdom (see below).

LIEUTENANT, someone who takes the place, role, and responsibilities of a superior or another person and acts on their behalf. The word in English maintains the structure of the French original (from lieu, meaning place, and tenant, meaning holding), which is equivalent to the Latin locum tenens, referring to someone holding the position of another. The typical pronunciation in English appeared early, with the word often spelled as lieftenant, lyeftenant, or luftenant in the 14th and 15th centuries. The modern American pronunciation is lewtenant, while the German version is represented by the current form of the word Leutnant. In French history, lieutenant du roi (locum tenens regis) was a title held by the officer sent with military authority to represent the king in certain provinces. With broader powers and responsibilities, both civil and military, and holding authority over an entire province, this representative of the king was called lieutenant général du roi. The first appointments of these officials date back to the reign of Philip IV, the Fair (see Constable). In the 16th century, the management of provinces was in the hands of gouverneurs, to whom the lieutenants du roi became subordinates. The titles lieutenant civil or criminel and lieutenant général de police have been held by certain judicial officers in France (see Châtelet and Bailiff: Bailli). As the title for the representative of the sovereign, “lieutenant” in English usage appears in the title of the lord lieutenant of Ireland and the lords lieutenant of the counties in the United Kingdom (see below).

The most general use of the word is as the name of a grade of naval and military officer. It is common in this application to nearly every navy and army of the present day. In Italy and Spain the first part of the word is omitted, and an Italian and Spanish officer bearing this rank are called tenente or teniente respectively. In the British and most other navies the lieutenants are the commissioned officers next in rank to commanders, or second class of captains. Originally the lieutenant was a soldier who aided, and in case of need replaced, the captain, who, until the latter half of the 17th century, was not necessarily a seaman in any navy. At first one lieutenant was carried, and only in the largest ships. The number was gradually increased, and the lieutenants formed a numerous corps. At the close of the Napoleonic War in 1815 there were 3211 lieutenants in the British navy. Lieutenants now often qualify for special duties such as navigation, or gunnery, or the management of torpedoes. In the British army a lieutenant is a subaltern officer ranking next below a captain and above a second lieutenant. In the United States of America subalterns are classified as first lieutenants and second lieutenants. In France the two grades are lieutenant and sous-lieutenant, while in Germany the Leutnant is the lower of the two ranks, the higher being Ober-leutnant (formerly Premier-leutnant). A “captain lieutenant” in the British army was formerly the senior subaltern who virtually commanded the colonel’s company or troop, and ranked as junior captain, or “puny captain,” as he was called by Cromwell’s soldiers.

The most common use of the word is as the title for a rank of naval and military officer. This application is standard in almost every modern navy and army. In Italy and Spain, the first part of the word is left out, and an Italian and Spanish officer with this rank are called tenente or teniente respectively. In the British and most other navies, lieutenants are the commissioned officers next in rank to commanders, or the second class of captains. Originally, the lieutenant was a soldier who assisted and, if necessary, replaced the captain, who, until the late 17th century, didn't have to be a seaman in any navy. At first, only one lieutenant was assigned, and only on the largest ships. The number gradually increased, and the lieutenants became a sizable group. At the end of the Napoleonic War in 1815, there were 3,211 lieutenants in the British navy. Lieutenants now often specialize in areas such as navigation, gunnery, or torpedo management. In the British army, a lieutenant is a junior officer ranking just below a captain and above a second lieutenant. In the United States, junior officers are classified as first lieutenants and second lieutenants. In France, the two ranks are lieutenant and sous-lieutenant, while in Germany, Leutnant is the lower of the two ranks, with the higher being Ober-leutnant (formerly Premier-leutnant). A “captain lieutenant” in the British army was previously the senior junior officer who essentially commanded the colonel’s company or troop, and ranked as a junior captain, or “puny captain,” as called by Cromwell’s soldiers.

The lord lieutenant of a county, in England and Wales and in Ireland, is the principal officer of a county. His creation dates from the reign of Henry VIII. (or, according to some, Edward VI.), when the military functions of the sheriff were handed over to him. He was responsible for the efficiency of the militia of the county, and afterwards of the yeomanry and volunteers. He was commander of these forces, whose officers he appointed. By the Regulation of the Forces Act 1871, the jurisdiction, duties and command exercised by the lord lieutenant were revested in the crown, but the power of recommending for first appointments was reserved to the lord lieutenant. By the Territorial and Reserve Forces Act 1907, the lord lieutenant of a county was constituted president of the county association. The office of lord lieutenant is honorary, and is held during the royal pleasure, but virtually for life. Appointment to the office is by letters patent under the great seal. Usually, though not necessarily, the person appointed lord lieutenant is also appointed custos rotulorum (q.v.). Appointments to the county bench of magistrates are usually made on the recommendation of the lord lieutenant (see Justice of the Peace).

The lord lieutenant of a county in England, Wales, and Ireland is the main official of a county. The position was established during the reign of Henry VIII (or some say Edward VI), when the military duties of the sheriff were transferred to him. He was in charge of the efficiency of the county's militia, and later the yeomanry and volunteers. He was the commander of these forces and appointed their officers. According to the Regulation of the Forces Act 1871, the powers, duties, and command held by the lord lieutenant were returned to the crown, but the lord lieutenant retained the authority to recommend first appointments. Under the Territorial and Reserve Forces Act 1907, the lord lieutenant became the president of the county association. The position of lord lieutenant is honorary and is held at the pleasure of the crown, but practically for life. Appointment to the role is made through letters patent under the great seal. Typically, but not always, the person who is appointed as lord lieutenant is also designated as custos rotulorum (q.v.). Appointments to the county bench of magistrates are generally made based on the lord lieutenant's recommendations (see Justice of the Peace).

A deputy lieutenant (denoted frequently by the addition of the letters D.L. after a person’s name) is a deputy of a lord lieutenant of a county. His appointment and qualifications previous to 1908 were regulated by the Militia Act 1882. By s. 30 of that act the lieutenant of each county was required from time to time to appoint such properly qualified persons as he thought fit, living within the county, to be deputy lieutenants. At least twenty had to be appointed for each county, if there were so many qualified; if less than that number were qualified, then all the duly qualified persons in the county were to be appointed. The appointments were subject to the sovereign’s approval, and a return of all appointments to, and removals from, the office had to be laid before parliament annually. To qualify for the appointment of deputy lieutenant a person had to be (a) a peer of the realm, or the heir-apparent of such a peer, having a place of residence within the county; or (b) have in possession an estate in land in the United Kingdom of the yearly value of not less than £200; or (c) be the heir-apparent of such a person; or (d) have a clear yearly income from personalty within the United Kingdom of not less than £200 (s. 33). If the lieutenant were absent from the United Kingdom, or through illness or other cause were unable to act, the sovereign might authorize any three deputy lieutenants to act as lieutenant (s. 31), or might appoint a deputy lieutenant to act as vice-lieutenant. Otherwise, the duties of the office were practically nominal, except that a deputy lieutenant might attest militia recruits and administer the oath of allegiance to them. The reorganization in 1907 of the forces of the British crown, and the formation of county associations to administer the territorial army, placed increased duties on deputy lieutenants, and it was publicly announced that the king’s approval of appointments to that position would only be given in the case of gentlemen who had served for ten years in some force of the crown, or had rendered eminent service in connexion with a county association.

A deputy lieutenant (often referred to with the letters D.L. after their name) is a representative of a lord lieutenant in a county. Before 1908, their appointment and qualifications were governed by the Militia Act of 1882. According to section 30 of that act, the lieutenant of each county was required to appoint qualified individuals living within the county as deputy lieutenants. At least twenty needed to be appointed for each county if there were enough qualified candidates; if fewer were qualified, then all qualified individuals in the county had to be appointed. These appointments required the king's approval, and a report of all appointments and removals had to be submitted to parliament every year. To qualify for the position of deputy lieutenant, a person had to be (a) a peer of the realm or their heir-apparent, with a residence in the county; or (b) own land in the UK valued at not less than £200 per year; or (c) be the heir-apparent of someone who meets that criterion; or (d) have a clear yearly income from personal property in the UK of at least £200 (section 33). If the lieutenant was absent from the UK or unable to perform their duties due to illness or other reasons, the sovereign could authorize any three deputy lieutenants to act as lieutenant (section 31), or appoint a deputy lieutenant to serve as vice-lieutenant. Otherwise, the role was mostly nominal, with the exception that a deputy lieutenant could verify militia recruits and administer the oath of allegiance to them. The reorganization of the British crown's forces in 1907 and the creation of county associations to manage the territorial army increased the responsibilities of deputy lieutenants, and it was publicly stated that the king would only approve appointments to this role for individuals who had served for ten years in a crown force or had provided significant service related to a county association.

The lord lieutenant of Ireland is the head of the executive in that country. He represents his sovereign and maintains the formalities of government, the business of government being entrusted to the 600 department of his chief secretary, who represents the Irish government in the House of Commons, and may have a seat in the cabinet. The chief secretary occupies an important position, and in every cabinet either the lord lieutenant or he has a seat.

The lord lieutenant of Ireland is the head of the executive in that country. He represents his sovereign and upholds the formalities of government, while the actual tasks of governance are handled by the 600 department led by his chief secretary, who represents the Irish government in the House of Commons and may also have a seat in the cabinet. The chief secretary holds a significant role, and in every cabinet, either the lord lieutenant or the chief secretary has a seat.

Lieutenant-governor is the title of the governor of an Indian province, in direct subordination to the governor-general in council. The lieutenant-governor comes midway in dignity between the governors of Madras and Bombay, who are appointed from England, and the chief commissioners of smaller provinces. In the Dominion of Canada the governors of provinces also have the title of lieutenant-governor. The representatives of the sovereign in the Isle of Man and the Channel Islands are likewise styled lieutenant-governors.

Lieutenant-governor is the title for the governor of an Indian province, directly reporting to the governor-general in council. The lieutenant-governor's rank is between the governors of Madras and Bombay, who are appointed from England, and the chief commissioners of smaller provinces. In the Dominion of Canada, the governors of provinces also hold the title of lieutenant-governor. The representatives of the sovereign in the Isle of Man and the Channel Islands are similarly called lieutenant-governors.

LIFE, the popular name for the activity peculiar to protoplasm (q.v.). This conception has been extended by analogy to phenomena different in kind, such as the activities of masses of water or of air, or of machinery, or by another analogy, to the duration of a composite structure, and by imagination to real or supposed phenomena such as the manifestations of incorporeal entities. From the point of view of exact science life is associated with matter, is displayed only by living bodies, by all living bodies, and is what distinguishes living bodies from bodies that are not alive. Herbert Spencer’s formula that life is “the continuous adjustment of internal relations to external relations” was the result of a profound and subtle analysis, but omits the fundamental consideration that we know life only as a quality of and in association with living matter.

LIFE, is the common term for the activity unique to protoplasm (q.v.). This idea has been expanded by comparison to different types of phenomena, like the actions of bodies of water or air, or machinery, and also to the existence of complex structures, and by imagination to real or imagined occurrences, such as the actions of non-physical entities. From a scientific perspective, life is tied to matter, appears only in living organisms, and is what sets living organisms apart from non-living ones. Herbert Spencer’s definition of life as “the continuous adjustment of internal relations to external relations” came from a deep and detailed analysis, but it overlooks the key point that we understand life only as a characteristic of and in connection with living matter.

In developing our conception we must discard from consideration the complexities that arise from the organization of the higher living bodies, the differences between one living animal and another, or between plant and animal. Such differentiations and integrations of living bodies are the subject-matter of discussions on evolution; some will see in the play of circumambient media, natural or supernatural, on the simplest forms of living matter, sufficient explanation of the development of such matter into the highest forms of living organisms; others will regard the potency of such living matter so to develop as a mysterious and peculiar quality that must be added to the conception of life. Choice amongst these alternatives need not complicate investigation of the nature of life. The explanation that serves for the evolution of living matter, the vehicle of life, will serve for the evolution of life. What we have to deal with here is life in its simplest form.

In developing our understanding, we must set aside the complexities that come from the organization of advanced living beings, the differences between various animals, or between plants and animals. These distinctions and integrations of living beings are the focus of discussions on evolution; some people will argue that the influence of surrounding factors, whether natural or supernatural, on the simplest forms of living matter provides enough explanation for how such matter develops into the most complex living organisms. Others will consider the ability of living matter to develop as a mysterious and unique quality that needs to be added to our understanding of life. Choosing between these views doesn’t need to complicate our investigation of what life is. The explanation that works for the evolution of living matter, which is the basis of life, will also work for the evolution of life itself. What we need to focus on here is life in its simplest form.

The definition of life must really be a description of the essential characters of life, and we must set out with an investigation of the characters of living substance with the special object of detecting the differences between organisms and unorganized matter, and the differences between dead and living organized matter.

The definition of life should truly describe the key characteristics of living beings. We need to start by examining the traits of living substances with the specific goal of identifying the differences between organisms and non-living matter, as well as the distinctions between dead and living organized matter.

Living substance (see Protoplasm), as it now exists in all animals and plants, is particulate, consisting of elementary organisms living independently, or grouped in communities, the communities forming the bodies of the higher animals and plants. These small particles or larger communities are subject to accidents, internal or external, which destroy them, immediately or slowly, and thus life ceases; or they may wear out, or become clogged by the products of their own activity. There is no reason to regard the mortality of protoplasm and the consequent limited duration of life as more than the necessary consequence of particulate character of living matter (see Longevity).

Living substance (see Protoplasm) exists today in all animals and plants as particles, made up of individual organisms that can live on their own or come together in communities. These communities form the bodies of more complex animals and plants. These small particles or larger groups can be impacted by accidents, whether from the inside or outside, which can destroy them quickly or over time, leading to the end of life; they may also simply wear out or get blocked by their own waste. There's no reason to see the mortality of protoplasm and the resulting limited lifespan as anything more than a natural outcome of the particulate nature of living matter (see Longevity).

Protoplasm, the living material, contains only a few elements, all of which are extremely common and none of which is peculiar to it. These elements, however, form compounds characteristic of living substance and for the most part peculiar to it. Proteid, which consists of carbon, hydrogen, nitrogen, oxygen and sulphur, is present in all protoplasm, is the most complex of all organic bodies, and, so far, is known only from organic bodies. A multitude of minor and simpler organic compounds, of which carbohydrates and fats are the best known, occur in different protoplasm in varying forms and proportions, and are much less isolated from the inorganic world. They may be stages in the elaboration or disintegration of protoplasm, and although they were at one time believed to occur only as products of living matter, are gradually being conquered by the synthetic chemist. Finally, protoplasm contains various inorganic substances, such as salts and water, the latter giving it its varying degrees of liquid consistency.

Protoplasm, the living material, is made up of only a few elements, all of which are very common and none of which is unique to it. However, these elements combine to create compounds that are characteristic of living substances and are mostly unique to them. Proteins, which consist of carbon, hydrogen, nitrogen, oxygen, and sulfur, are found in all protoplasm, are the most complex of all organic substances, and so far, have only been identified in organic matter. A wide variety of smaller and simpler organic compounds, such as carbohydrates and fats, are found in different types of protoplasm in various forms and amounts, and they are much less distinct from the inorganic world. They might represent stages in the formation or breakdown of protoplasm, and although they were once thought to only come from living matter, synthetic chemists are gradually figuring them out. Finally, protoplasm also contains various inorganic substances, like salts and water, with the latter providing it with its different levels of liquid consistency.

We attain, therefore, our first generalized description of life as the property or peculiar quality of a substance composed of none but the more common elements, but of these elements grouped in various ways to form compounds ranging from proteid, the most complex of known substances to the simplest salts. The living substance, moreover, has its mixture of elaborate and simple compounds associated in a fashion that is peculiar. The older writers have spoken of protoplasm or the cell as being in a sense “manufactured articles”; in the more modern view such a conception is replaced by the statement that protoplasm and the cell have behind them a long historical architecture. Both ideas, or both modes of expressing what is fundamentally the same idea, have this in common, that life is not a sum of the qualities of the chemical elements contained in protoplasm, but a function first of the peculiar architecture of the mixture, and then of the high complexity of the compounds contained in the mixture. The qualities of water are no sum of the qualities of oxygen and hydrogen, and still less can we expect to explain the qualities of life without regard to the immense complexity of the living substance.

We can, therefore, summarize our first general description of life as the unique characteristic of a substance made up of only the more common elements, but arranged in different ways to create compounds ranging from proteins, which are the most complex known substances, to the simplest salts. Furthermore, living substances consist of a mixture of complex and simple compounds combined in a distinct manner. Earlier writers referred to protoplasm or the cell as “man-made items”; in modern terms, this idea has evolved into the understanding that protoplasm and the cell have a long historical development behind them. Both ideas, or ways of expressing fundamentally the same concept, share the belief that life isn’t just the sum of the qualities of the chemical elements in protoplasm, but rather a function of the unique arrangement of the mixture and the high complexity of the compounds within it. The properties of water aren’t just the sum of the properties of oxygen and hydrogen, and even more so, we can't hope to explain the properties of life without considering the immense complexity of living substances.

We must now examine in more detail the differences which exist or have been alleged to exist between living organisms and inorganic bodies. There is no essential difference in structure. Confusion has arisen in regard to this point from attempts to compare organized bodies with crystals, the comparison having been suggested by the view that as crystals present the highest type of inorganic structure, it was reasonable to compare them with organic matter. Differences between crystals and organized bodies have no bearing on the problem of life, for organic substance must be compared with a liquid rather than with a crystal, and differs in structure no more from inorganic liquids than these do amongst themselves, and less than they differ from crystals. Living matter is a mixture of substances chiefly dissolved in water; the comparison with the crystals has led to a supposed distinction in the mode of growth, crystals growing by the superficial apposition of new particles and living substance by intussusception. But inorganic liquids also grow in the latter mode, as when a soluble substance is added to them.

We need to take a closer look at the differences that exist or are believed to exist between living organisms and inorganic materials. There’s no fundamental difference in structure. Confusion around this topic has come from attempts to compare organized bodies with crystals, based on the idea that since crystals represent the highest form of inorganic structure, it makes sense to compare them with organic matter. The differences between crystals and organized bodies don’t really relate to the question of life, because organic matter should be compared with a liquid instead of a crystal, and its structure differs no more from inorganic liquids than those liquids differ among themselves, and even less than they differ from crystals. Living matter is a mix of substances mostly dissolved in water; the comparison with crystals has led to an incorrect idea about how they grow, suggesting that crystals grow by adding new particles on the surface, while living substances grow by incorporating particles internally. However, inorganic liquids can also grow in this way when a soluble substance is added to them.

The phenomena of movement do not supply any absolute distinction. Although these are the most obvious characters of life, they cannot be detected in quiescent seeds, which we know to be alive, and they are displayed in a fashion very like life by inorganic foams brought in contact with liquids of different composition. Irritability, again, although a notable quality of living substance, is not peculiar to it, for many inorganic substances respond to external stimulation by definite changes. Instability, again, which lies at the root of Spencer’s definition “continuous adjustment of internal relations to external relations” is displayed by living matter in very varying degrees from the apparent absolute quiescence of frozen seeds to the activity of the central nervous system, whilst there is a similar range amongst inorganic substances.

The phenomenon of movement doesn't provide a clear distinction. While movement is one of the most obvious characteristics of life, it can't be observed in inactive seeds, which we know are alive. Inorganic foams can show movement in a way that resembles life when they come into contact with liquids of different compositions. Irritability, which is a significant trait of living material, isn't exclusive to it—many inorganic substances also react to external stimuli with specific changes. Instability, which is a key part of Spencer’s definition of “continuous adjustment of internal relations to external relations,” is displayed by living matter in various degrees, ranging from the apparent stillness of frozen seeds to the activity of the central nervous system, and there is a similar range among inorganic substances.

The phenomena of reproduction present no fundamental distinction. Most living bodies, it is true, are capable of reproduction, but there are many without this capacity, whilst, on the other hand, it would be difficult to draw an effective distinction between that reproduction of simple organisms which consists of a sub-division of their substance with consequent resumption of symmetry by the separate pieces, and the breaking up of a drop of mercury into a number of droplets.

The processes of reproduction show no essential difference. While it's true that most living beings can reproduce, many do not have this ability. On the other hand, it’s hard to make a clear distinction between how simple organisms reproduce by splitting their substance and how a drop of mercury breaks up into several droplets.

Consideration of the mode of origin reveals a more real if not an absolute distinction. All living substance so far as is known at present (see Biogenesis) arises only from already existing living substance. It is to be noticed, however, that green plants have the power of building up living substance from inorganic material, and there is a certain analogy between the 601 building up of new living material only in association with pre-existing living material, and the greater readiness with which certain inorganic reactions take place if there already be present some trace of the result of the reaction.

Considering how life originates shows a more genuine distinction, if not a complete one. Currently, all known living matter (see Biogenesis) comes from existing living matter. However, it's important to note that green plants can create living matter from inorganic materials. This process has a certain similarity to how some inorganic reactions occur more easily when there is a trace of the reaction's product already present. 601

The real distinction between living matter and inorganic matter is chemical. Living substance always contains proteid, and although we know that proteid contains only common inorganic elements, we know neither how these are combined to form proteid, nor any way in which proteid can be brought into existence except in the presence of previously existing proteid. The central position of the problem of life lies in the chemistry of proteid, and until that has been fully explored, we are unable to say that there is any problem of life behind the problem of proteid.

The real difference between living matter and non-living matter is chemical. Living substances always contain proteins, and while we know that proteins are made up of common inorganic elements, we still don’t understand how these elements combine to form proteins or how proteins can be created without the presence of already existing proteins. The core of the life issue is in the chemistry of proteins, and until that is thoroughly investigated, we can't claim there’s any deeper life problem beyond the protein issue.

Comparison of living and lifeless organic matter presents the initial difficulty that we cannot draw an exact line between a living and a dead organism. The higher “warm-blooded” creatures appear to present the simplest case and in their life-history there seems to be a point at which we can say “that which was alive is now dead.” We judge from some major arrest of activity, as when the heart ceases to beat. Long after this, however, various tissues remain alive and active, and the event to which we give the name of death is no more than a superficially visible stage in a series of changes. In less highly integrated organisms, such as “cold-blooded” vertebrates, the point of death is less conspicuous, and when we carry our observations further down the scale of animal life, there ceases to be any salient phase in the slow transition from life to death.

Comparing living and non-living organic matter presents the initial challenge that we can't clearly define the line between a living organism and a dead one. Higher “warm-blooded” creatures seem to provide the clearest example, and in their life cycle, there appears to be a moment when we can say, “what was alive is now dead.” We determine this from a major halt in activity, like when the heart stops beating. However, long after that, various tissues remain alive and functioning, and what we call death is just a superficially visible stage in a series of changes. In less complex organisms, like “cold-blooded” vertebrates, the moment of death is less obvious, and as we examine lower levels of animal life, there’s no clear phase in the slow transition from life to death.

The distinction between life and death is made more difficult by a consideration of cases of so-called “arrested vitality.” If credit can be given to the stories of Indian fakirs, it appears that human beings can pass voluntarily into a state of suspended animation that may last for weeks. The state of involuntary trance, sometimes mistaken for death, is a similar occurrence. A. Leeuwenhoek, in 1719, made the remarkable discovery, since abundantly confirmed, that many animalculae, notably tardigrades and rotifers, may be completely desiccated and remain in that condition for long periods without losing the power of awaking to active life when moistened with water. W. Preyer has more recently investigated the matter and has given it the name “anabiosis.” Later observers have found similar occurrences in the cases of small nematodes, rotifers and bacteria. The capacity of plant seeds to remain dry and inactive for very long periods is still better known. It has been supposed that in the case of the plant seeds and still more in that of the animals, the condition of anabiosis was merely one in which the metabolism was too faint to be perceptible by ordinary methods of observation, but the elaborate experiments of W. Kochs would seem to show that a complete arrest of vital activity is compatible with viability. The categories, “alive” and “dead,” are not sufficiently distinct for us to add to our conception of life by comparing them. A living organism usually displays active metabolism of proteid, but the metabolism may slow down, actually cease and yet reawaken; a dead organism is one in which the metabolism has ceased and does not reawaken.

The difference between life and death becomes blurred when considering cases of so-called "suspended animation." If we can trust the accounts of Indian fakirs, it seems that people can intentionally enter a state of suspended animation that may last for weeks. Involuntary trance states, sometimes mistaken for death, are similar phenomena. A. Leeuwenhoek discovered in 1719, a finding that has been widely confirmed, that many microorganisms, especially tardigrades and rotifers, can be completely dried out and stay in that state for long periods without losing the ability to return to active life when they’re moistened with water. W. Preyer has more recently explored this topic and labeled it “anabiosis.” Subsequent researchers have observed similar occurrences in small nematodes, rotifers, and bacteria. The ability of plant seeds to remain dry and inactive for extended periods is even better documented. It has been suggested that for plant seeds and even more so for animals, the state of anabiosis is simply one where the metabolism is too faint to be detected by regular observation methods, but W. Kochs' detailed experiments suggest that a complete halt in vital activity can coexist with the ability to revive. The classifications of "alive" and "dead" are not clear enough for us to enhance our understanding of life by comparing them. A living organism typically shows active metabolism of proteins, but metabolism can slow down, completely stop, and still restart; a dead organism is one in which the metabolism has stopped and doesn’t restart.

Origin of Life.—It is plain that we cannot discuss adequately the origin of life or the possibility of the artificial construction of living matter (see Abiogenesis and Biogenesis) until the chemistry of protoplasm and specially of proteid is more advanced. The investigations of O. Bütschli have shown how a model of protoplasm can be manufactured. Very finely triturated soluble particles are rubbed into a smooth paste with an oil of the requisite consistency. A fragment of such a paste brought into a liquid in which the solid particles are soluble, slowly expands into a honeycomb like foam, the walls of the minute vesicles being films of oil, and the contents being the soluble particles dissolved in droplets of the circumambient liquid. Such a model, properly constructed, that is to say, with the vesicles of the foam microscopic in size, is a marvellous imitation of the appearance of protoplasm, being distinguishable from it only by a greater symmetry. The nicely balanced conditions of solution produce a state of unstable equilibrium, with the result that internal streaming movements and changes of shape and changes of position in the model simulate closely the corresponding manifestations in real protoplasm. The model has no power of recuperation; in a comparatively short time equilibrium is restored and the resemblance with protoplasm disappears. But it suggests a method by which, when the chemistry of protoplasm and proteid is better known, the proper substances which compose protoplasm may be brought together to form a simple kind of protoplasm.

Origin of Life.—It's clear that we can't properly discuss the origin of life or the chance of artificially creating living matter (see Abiogenesis and Biogenesis) until we understand the chemistry of protoplasm, especially proteins, better. O. Bütschli's research has shown how to create a model of protoplasm. Very finely ground soluble particles are mixed into a smooth paste with oil of the right consistency. A piece of this paste placed in a liquid that can dissolve the solid particles gradually expands into a honeycomb-like foam, where the walls of the tiny bubbles are made of oil, and the inside contains the soluble particles dissolved in droplets of the surrounding liquid. A well-made model, meaning one where the foam bubbles are microscopic in size, closely mimics the look of protoplasm and only differs from it in its greater symmetry. The carefully balanced conditions of solution create a state of unstable equilibrium, leading to internal streaming movements and changes in shape and position in the model that closely mimic the same behaviors in real protoplasm. However, this model can't recover; after a relatively short time, equilibrium is restored, and it loses its resemblance to protoplasm. Still, it proposes a method that, once we have a better understanding of the chemistry of protoplasm and proteins, could allow us to combine the right substances that make up protoplasm to create a simple form of it.

It has been suggested from time to time that conditions very unlike those now existing were necessary for the first appearance of life, and must be repeated if living matter is to be constructed artificially. No support for such a view can be derived from observations of the existing conditions of life. The chemical elements involved are abundant; the physical conditions of temperature pressure and so forth at which living matter is most active, and within the limits of which it is confined, are familiar and almost constant in the world around us. On the other hand, it may be that the initial conditions for the synthesis of proteid are different from those under which proteid and living matter display their activities. E. Pflüger has argued that the analogies between living proteid and the compounds of cyanogen are so numerous that they suggest cyanogen as the starting-point of protoplasm. Cyanogen and its compounds, so far as we know, arise only in a state of incandescent heat. Pflüger suggests that such compounds arose when the surface of the earth was incandescent, and that in the long process of cooling, compounds of cyanogen and hydrocarbons passed into living protoplasm by such processes of transformation and polymerization as are familiar in the chemical groups in question, and by the acquisition of water and oxygen. His theory is in consonance with the interpretation of the structure of protoplasm as having behind it a long historical architecture and leads to the obvious conclusion that if protoplasm be constructed artificially it will be by a series of stages and that the product will be simpler than any of the existing animals or plants.

It has been suggested from time to time that conditions very different from those we have today were necessary for the first appearance of life and must be recreated if we are to artificially create living matter. However, there is no support for this view based on observations of current living conditions. The chemical elements involved are plentiful, and the physical conditions, including temperature and pressure, where living matter is most active and within the limits it exists are well-known and nearly constant in our surroundings. On the other hand, it's possible that the initial conditions for synthesizing proteins are different from those under which proteins and living matter show their activities. E. Pflüger has argued that the similarities between living proteins and cyanogen compounds are so numerous that they suggest cyanogen as the starting point for protoplasm. Cyanogen and its compounds, as far as we know, only form in states of extreme heat. Pflüger proposes that these compounds emerged when the surface of the Earth was in a molten state and that through the lengthy cooling process, cyanogen and hydrocarbon compounds transformed into living protoplasm through familiar processes of transformation and polymerization, along with the addition of water and oxygen. His theory aligns with the idea that the structure of protoplasm has a long historical development behind it and leads to the clear conclusion that if protoplasm is artificially constructed, it will occur in a series of stages and the end product will be simpler than any existing animals or plants.

Until greater knowledge of protoplasm and particularly of proteid has been acquired, there is no scientific room for the suggestion that there is a mysterious factor differentiating living matter from other matter and life from other activities. We have to scale the walls, open the windows, and explore the castle before crying out that it is so marvellous that it must contain ghosts.

Until we gain a better understanding of protoplasm and especially of proteins, there's no scientific basis for claiming that there's a mysterious factor that sets living matter apart from non-living matter and life apart from other activities. We need to climb the walls, open the windows, and explore the castle before saying it's so amazing that it must be haunted.

As may be supposed, theories of the origin of life apart from doctrines of special creation or of a primitive and slow spontaneous generation are mere fantastic speculations. The most striking of these suggests an extra-terrestrial origin. H. E. Richter appears to have been the first to propound the idea that life came to this planet as cosmic dust or in meteorites thrown off from stars and planets. Towards the end of the 19th century Lord Kelvin (then Sir W. Thomson) and H. von Helmholtz independently raised and discussed the possibility of such an origin of terrestrial life, laying stress on the presence of hydrocarbons in meteoric stones and on the indications of their presence revealed by the spectra of the tails of comets. W. Preyer has criticized such views, grouping them under the phrase “theory of cosmozoa,” and has suggested that living matter preceded inorganic matter. Preyer’s view, however, enlarges the conception of life until it can be applied to the phenomena of incandescent gases and has no relation to ideas of life derived from observation of the living matter we know.

As you might expect, theories about the origin of life that don't involve special creation or a slow, primitive spontaneous generation are just wild speculations. The most intriguing of these theories suggests that life may have extraterrestrial origins. H. E. Richter seems to have been the first to propose that life arrived on Earth as cosmic dust or in meteorites ejected from stars and planets. Toward the end of the 19th century, Lord Kelvin (then Sir W. Thomson) and H. von Helmholtz independently raised and discussed the possibility of such an origin for life on Earth, emphasizing the presence of hydrocarbons in meteorites and the indications of these substances as revealed by the spectra of comet tails. W. Preyer has criticized these ideas, labeling them as the "theory of cosmozoa," and has suggested that living matter actually preceded inorganic matter. However, Preyer's perspective expands the definition of life to the point where it could apply to phenomena like incandescent gases, which has no connection to our understanding of life based on what we observe in living matter.

References.—O. Bütschli, Investigations on Microscopic Foams and Protoplasm (Eng. trans. by E. A. Minchin, 1894), with a useful list of references; H. von Helmholtz, Vorträge und Reden, ii. (1884); W. Kochs, Allgemeine Naturkunde, x. 673 (1890); A. Leeuwenhoek, Epistolae ad Societatem regiam Anglicam (1719); E. Pflüger, “Über einige Gesetze des Eiweissstoffwechsels,” in Archiv. Ges. Physiol. liv. 333 (1893); W. Preyer, Die Hypothesen über den Ursprung des Lebens (1880); H. E. Richter, Zur Darwinischen Lehre (1865); Herbert Spencer, Principles of Biology; Max Verworm, General Physiology (English trans. by F. S. Lee, 1899), with a very full literature.

Sources.—O. Bütschli, Investigations on Microscopic Foams and Protoplasm (Eng. trans. by E. A. Minchin, 1894), including a helpful list of references; H. von Helmholtz, Vorträge und Reden, ii. (1884); W. Kochs, Allgemeine Naturkunde, x. 673 (1890); A. Leeuwenhoek, Epistolae ad Societatem regiam Anglicam (1719); E. Pflüger, “Über einige Gesetze des Eiweissstoffwechsels,” in Archiv. Ges. Physiol. liv. 333 (1893); W. Preyer, Die Hypothesen über den Ursprung des Lebens (1880); H. E. Richter, Zur Darwinischen Lehre (1865); Herbert Spencer, Principles of Biology; Max Verworm, General Physiology (English trans. by F. S. Lee, 1899), featuring a very comprehensive literature.

(P. C. M.)

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LIFE-BOAT, and LIFE-SAVING SERVICE. The article on Drowning and Life-Saving (q.v.) deals generally with the means of saving life at sea, but under this heading it is convenient to include the appliances connected specially with the life-boat service. The ordinary open boat is unsuited for life-saving in a stormy sea, and numerous contrivances, in regard to which the lead came from England, have been made for securing the best type of life-boat.

Lifeboat, and LIFE-SAVING SERVICE. The article on Drowning and Life-Saving (q.v.) discusses the methods of saving lives at sea, but under this heading, it's helpful to include the equipment specifically related to the life-boat service. A regular open boat is not suitable for life-saving in rough seas, and many designs, primarily developed in England, have been created to ensure the best type of life-boat.

The first life-boat was conceived and designed by Lionel Lukin, a London coach-builder, in 1785. Encouraged by the prince of Wales (George IV.), Lukin fitted up a Norway yawl as a life-boat, took out a patent for it, and wrote a pamphlet descriptive of his “Insubmergible Boat.” Buoyancy he obtained by means of a projecting gunwale of cork and air-chambers inside—one of these being at the bow, another at the stern. Stability he secured by a false iron keel. The self-righting and self-emptying principles he seems not to have thought of; at all events he did not compass them. Despite the patronage of the prince, Lukin went to his grave a neglected and disappointed man. But he was not altogether unsuccessful, for, at the request of the Rev Dr Shairp, Lukin fitted up a coble as an “unimmergible” life-boat, which was launched at Bamborough, saved several lives the first year and afterwards saved many lives and much property.

The first lifeboat was created and designed by Lionel Lukin, a coach-builder from London, in 1785. With encouragement from the Prince of Wales (George IV), Lukin adapted a Norway yawl into a lifeboat, secured a patent for it, and wrote a pamphlet describing his “Insubmergible Boat.” He achieved buoyancy by using a projecting gunwale made of cork and air chambers inside—one at the bow and another at the stern. He ensured stability with a false iron keel. He didn’t seem to consider self-righting and self-emptying features; in any case, he didn’t manage to implement them. Despite the prince’s support, Lukin passed away a neglected and disappointed man. However, he was not entirely unsuccessful, as at the request of Rev Dr. Shairp, Lukin adapted a coble into an “unimmergible” lifeboat, which was launched at Bamborough, saved several lives in its first year, and went on to save many more lives and valuable property.

Public apathy in regard to shipwreck was temporally swept away by the wreck of the “Adventure” of Newcastle in 1789. This vessel was stranded only 300 yds. from the shore, and her crew dropped, one by one, into the raging breakers in presence of thousands of spectators, none of whom dared to put off in an ordinary boat to the rescue. An excited meeting among the people of South Shields followed; a committee was formed, and premiums were offered for the best models of a life-boat. This called forth many plans, of which those of William Wouldhave, a painter, and Henry Greathead, a boatbuilder, of South Shields, were selected. The committee awarded the prize to the latter, and, adopting the good points of both models, gave the order for the construction of their boat to Greathead. This boat was rendered buoyant by nearly 7 cwts. of cork, and had very raking stem and stern-posts, with great curvature of keel. It did good service, and Greathead was well rewarded; nevertheless no other life-boat was launched till 1798, when the duke of Northumberland ordered Greathead to build him a life-boat which he endowed. This boat also did good service, and its owner ordered another in 1800 for Oporto. In the same year Mr Cathcart Dempster ordered one for St Andrews, where, two years later, it saved twelve lives. Thus the value of life-boats began to be recognized, and before the end of 1803 Greathead had built thirty-one boats—eighteen for England, five for Scotland and eight for foreign lands. Nevertheless, public interest in life-boats was not thoroughly aroused till 1823.

Public indifference towards shipwrecks was temporarily shaken by the wreck of the “Adventure” of Newcastle in 1789. This ship was stranded just 300 yards from the shore, and her crew fell, one by one, into the raging waves in front of thousands of onlookers, none of whom dared to launch a regular boat for the rescue. An urgent meeting among the people of South Shields followed; a committee was formed, and rewards were offered for the best designs of a lifeboat. This prompted many ideas, among which the designs by William Wouldhave, a painter, and Henry Greathead, a boatbuilder from South Shields, were chosen. The committee awarded the prize to Greathead, and by combining the best features of both models, they commissioned him to build their lifeboat. This boat was made buoyant with nearly 700 pounds of cork and had very slanted bow and stern posts, with a highly curved keel. It performed well, and Greathead was greatly rewarded; however, no other lifeboat was launched until 1798, when the Duke of Northumberland ordered Greathead to build him a lifeboat, which he funded. This boat also served effectively, and its owner commissioned another in 1800 for Oporto. In the same year, Mr. Cathcart Dempster ordered one for St Andrews, where it saved twelve lives two years later. Thus, the importance of lifeboats started to be recognized, and by the end of 1803, Greathead had built thirty-one boats—eighteen for England, five for Scotland, and eight for other countries. Despite this, public interest in lifeboats did not fully emerge until 1823.

In that year Sir William Hillary, Bart., stood forth to champion the life-boat cause. Sir William dwelt in the Isle of Man, and had assisted with his own hand in the saving of three hundred and five lives. In conjunction with two members of parliament—Mr Thomas Wilson and Mr George Hibbert—Hillary founded the “Royal National Institution for the Preservation of Life from Shipwreck.” This, perhaps the grandest of England’s charitable societies, and now named the “Royal National Life-boat Institution,” was founded on the 4th of March 1824. The king patronized it; the archbishop of Canterbury presided at its birth; the most eloquent men in the land—among them Wilberforce—pleaded the cause; nevertheless, the institution began its career with a sum of only £9826. In the first year twelve new life-boats were built and placed at different stations, besides which thirty-nine life-boats had been stationed on the British shores by benevolent individuals and by independent associations over which the institution exercised no control though it often assisted them. In its early years the institution placed the mortar apparatus of Captain Manby at many stations, and provided for the wants of sailors and others saved from shipwreck,—a duty subsequently discharged by the “Shipwrecked Fishermen and Mariners’ Royal Benevolent Society.” At the date of the institution’s second report it had contributed to the saving of three hundred and forty-two lives, either by its own life-saving apparatus or by other means for which it had granted rewards. With fluctuating success, both as regards means and results, the institution continued its good work—saving many lives, and occasionally losing a few brave men in its tremendous battles with the sea. Since the adoption of the self-righting boats, loss of life in the service has been comparatively small and infrequent.

In that year, Sir William Hillary, Bart., stepped up to support the life-boat initiative. Sir William lived on the Isle of Man and had personally helped save three hundred and five lives. Along with two members of parliament—Mr. Thomas Wilson and Mr. George Hibbert—Hillary founded the “Royal National Institution for the Preservation of Life from Shipwreck.” This, perhaps the most prominent of England’s charitable organizations, now known as the “Royal National Life-boat Institution,” was established on March 4, 1824. The king supported it; the archbishop of Canterbury oversaw its inception; and some of the most persuasive speakers in the country—including Wilberforce—advocated for the cause; despite this, the institution started with just £9,826. In its first year, twelve new life-boats were constructed and stationed at various locations, and thirty-nine additional life-boats were placed along British shores by generous individuals and independent groups, which the institution didn't control but often supported. In its early days, the institution provided Captain Manby's mortar apparatus at multiple stations and catered to the needs of sailors and others rescued from shipwrecks—a responsibility that later transitioned to the “Shipwrecked Fishermen and Mariners’ Royal Benevolent Society.” By the time of the institution’s second report, it had helped save three hundred and forty-two lives, either through its own life-saving gear or by rewarding other rescue efforts. With varying success in terms of resources and outcomes, the institution continued its valuable work—saving many lives while sometimes losing a few brave individuals in its challenging operations against the sea. Since the introduction of self-righting boats, fatalities in the service have been relatively rare and infrequent.

Towards the middle of the 19th century the life-boat cause appeared to lose interest with the British public, though the life-saving work was prosecuted with unremitting zeal, but the increasing loss of life by shipwreck, and a few unusually severe disasters to life-boats, brought about the reorganization of the society in 1850. The Prince Consort became vice-patron of the institution in conjunction with the king of the Belgians, and Queen Victoria, who had been its patron since her accession, became an annual contributor to its funds. In 1851 the duke of Northumberland became president, and from that time forward a tide of prosperity set in, unprecedented in the history of benevolent institutions, both in regard to the great work accomplished and the pecuniary aid received. In 1850 its committee undertook the immediate superintendence of all the life-boat work on the coasts, with the aid of local committees. Periodical inspections, quarterly exercise of crews, fixed rates of payments to coxswains and men, and quarterly reports, were instituted, at the time when the self-righting self-emptying boat came into being. This boat was the result of a hundred-guinea prize, offered by the president, for the best model of a life-boat, with another hundred to defray the cost of a boat built on the model chosen. In reply to the offer no fewer than two hundred and eighty models were sent in, not only from all parts of the United Kingdom, but from France, Germany, Holland and the United States of America. The prize was gained by Mr James Beeching of Great Yarmouth, whose model, slightly modified by Mr James Peake, one of the committee of inspection, was still further improved as time and experience suggested (see below).

Around the middle of the 19th century, public interest in the life-boat cause seemed to wane, even though the life-saving efforts continued with relentless dedication. However, the rising number of shipwrecks and a few particularly severe incidents involving life-boats led to a reorganization of the society in 1850. The Prince Consort became the vice-patron of the institution alongside the King of the Belgians, and Queen Victoria, who had been its patron since her rise to the throne, began contributing annually to its funds. In 1851, the Duke of Northumberland became president, and from that moment, an unprecedented wave of prosperity hit the organization, both in terms of the significant work accomplished and the financial support received. In 1850, the committee took direct control of all life-boat operations along the coasts, aided by local committees. They implemented regular inspections, quarterly training for crews, set payment rates for coxswains and crew members, and established quarterly reports, all coinciding with the introduction of the self-righting, self-emptying boat. This new design resulted from a prize of a hundred guineas offered by the president for the best life-boat model, along with another hundred to cover the cost of constructing a boat based on the chosen design. In response to this offer, a remarkable two hundred and eighty models were submitted, not only from across the United Kingdom but also from France, Germany, Holland, and the United States. The prize was awarded to Mr. James Beeching of Great Yarmouth, whose model was slightly modified by Mr. James Peake, a member of the inspection committee, and further refined over time based on experience (see below).

The necessity of maintaining a thoroughly efficient life-boat service is now generally recognized by the people not only of Great Britain, but also of those other countries on the European Continent and America which have a seaboard, and of the British colonies, and numerous life-boat services have been founded more or less on the lines of the Royal National Life-boat Institution. The British Institution was again reorganized in 1883; it has since greatly developed both in its life-saving efficiency and financially, and has been spoken of in the highest terms as regards its management by successive governments—a Select Committee of the House of Commons in 1897 reporting to the House that the thanks of the whole community were due to the Institution for its energy and good management. On the death of Queen Victoria in January 1901 she was succeeded as patron of the Institution by Edward VII., who as prince of Wales had been its president for several years. At the close of 1908 the Institution’s fleet consisted of 280 life-boats, and the total number of lives for the saving of which the committee of management had granted rewards since the establishment of the Institution in 1824 was 47,983. At this time there were only seventeen life-boats on the coast of the United Kingdom which did not belong to the Institution. In 1882 the total amount of money received by the Institution from all sources was £57,797, whereas in 1901 the total amount received had increased to £107,293. In 1908 the receipts were £115,303, the expenditure £90,335.

The need for a highly efficient lifeboat service is now widely recognized not just in Great Britain, but also in other countries with coastlines in Europe and America, as well as in the British colonies. Many lifeboat services have been established based on the model of the Royal National Lifeboat Institution. The British Institution was reorganized in 1883 and has since made significant progress both in life-saving capabilities and financially. It has been praised by successive governments for its management; a Select Committee of the House of Commons reported in 1897 that the entire community owed the Institution thanks for its dedication and effective management. Following the death of Queen Victoria in January 1901, Edward VII became the patron of the Institution, having served as its president for several years when he was Prince of Wales. By the end of 1908, the Institution's fleet included 280 lifeboats, and the total number of lives saved for which the management committee had awarded rewards since the Institution's founding in 1824 was 47,983. At this time, there were only seventeen lifeboats along the coast of the United Kingdom that were not part of the Institution. In 1882, the Institution received a total of £57,797 from all sources, while in 1901, this amount increased to £107,293. By 1908, the receipts were £115,303, and the expenditure was £90,335.

In 1882 the Institution undertook, with the view of diminishing the loss of life among the coast fishermen, to provide the masters and owners of fishing-vessels with trustworthy aneroid barometers, at about a third of the retail price, and in 1883 the privilege was extended to the masters and owners of coasters under 100 tons burden. At the end of 1901 as many as 4417 of these valuable instruments had been supplied. In 1889 the committee of management secured the passing of the Removal of Wrecks Act 1877 Amendment Act, which provides for the removal of wrecks in non-navigable waters which might prove dangerous to life-boat crews 603 and others. Under its provisions numerous highly dangerous wrecks have been removed.

In 1882, the Institution started an initiative aimed at reducing the number of deaths among coastal fishermen by providing reliable aneroid barometers to the masters and owners of fishing vessels at about a third of the retail price. In 1883, this offer was expanded to include the masters and owners of coasters under 100 tons. By the end of 1901, a total of 4,417 of these essential instruments had been distributed. In 1889, the management committee successfully advocated for the Removal of Wrecks Act 1877 Amendment Act, which allows for the removal of wrecks in non-navigable waters that could pose dangers to lifeboat crews and others. Thanks to this act, many hazardous wrecks have been removed. 603

In 1893 the chairman of the Institution moved a resolution in the House of Commons that, in order to decrease the serious loss of life from shipwreck on the coast, the British Government should provide either telephonic or telegraphic communication between all the coast-guard stations and signal stations on the coast of the United Kingdom; and that where there are no coast-guard stations the post offices nearest to the life-boat stations should be electrically connected, the object being to give the earliest possible information to the life-boat authorities at all times, by day and night, when the life-boats are required for service; and further, that a Royal Commission should be appointed to consider the desirability of electrically connecting the rock lighthouses, light-ships, &c., with the shore. The resolution was agreed to without a division, and its intention has been practically carried out, the results obtained having proved most valuable in the saving of life.

In 1893, the chairman of the Institution proposed a resolution in the House of Commons that, to reduce the significant loss of life from shipwrecks along the coast, the British Government should set up either telephone or telegraph communication between all the coast-guard stations and signal stations on the coast of the United Kingdom. Where there are no coast-guard stations, the nearest post offices to the life-boat stations should be electrically connected, aiming to provide the earliest possible information to the life-boat authorities at all times, day and night, when the life-boats are needed for service. Additionally, a Royal Commission should be appointed to evaluate the need for electrically connecting rock lighthouses, light-ships, etc., with the shore. The resolution was approved unanimously, and its purpose has been effectively implemented, yielding very valuable results in saving lives.

On the 1st of January 1898 a pension and gratuity scheme was introduced by the committee of management, under which life-boat coxswains, bowmen and signalmen of long and meritorious service, retiring on account of old age, accident, ill-health or abolition of office, receive special allowances as a reward for their good services. While these payments act as an incentive to the men to discharge their duties satisfactorily, they at the same time assist the committee of management in their effort to obtain the best men for the work. For many years the Institution has given compensation to any who may have received injury while employed in the service, besides granting liberal help to the widows and dependent relatives of any in the service who lose their own lives when endeavouring to rescue others.

On January 1, 1898, the management committee introduced a pension and gratuity plan that allows life-boat coxswains, bowmen, and signalmen with long and honorable service, who retire due to old age, accidents, health issues, or the elimination of their positions, to receive special allowances as recognition for their contributions. These payments not only encourage the men to perform their duties well but also help the management committee recruit the best individuals for the job. For many years, the Institution has compensated those who may have been injured while serving and has also provided generous support to the widows and dependents of any personnel who lose their lives while attempting to rescue others.

Fig. 1.—The 33-ft., Double-banked, Ten-oared, Self-righting and Self-emptying Life-boat (1881) of the Institution on its Transporting Carriage, ready for launching.

A very marked advance in improvement in design and suitability for service has been made in the life-boat since the reorganization of the Institution in 1883, but principally since 1887, when, as the result of an accident in December 1886 to two self-righting life-boats in Lancashire, twenty-seven out of twenty-nine of the men who manned them were drowned. At this time a permanent technical sub-committee was appointed by the Institution, whose object was, with the assistance of an eminent consulting naval architect—a new post created—and the Institution’s official experts, to give its careful attention to the designing of improvements in the life-boat and its equipment, and to the scientific consideration of any inventions or proposals submitted by the public, with a view to adopting them if of practical utility. Whereas in 1881 the self-righting life-boat of that time was looked upon as the Institution’s special life-boat, and there were very few life-boats in the Institution’s fleet not of that type, at the close of 1901 the life-boats of the Institution included 60 non-self-righting boats of various types, known by the following designations: Steam life-boats 4, Cromer 3, Lamb and White 1, Liverpool 14, Norfolk and Suffolk 19, tubular 1, Watson 18. In 1901 a steam-tug was placed at Padstow for use solely in conjunction with the life-boats on the north coast of Cornwall. The self-righting life-boat of 1901 was a very different boat from that of 1881. The Institution’s present policy is to allow the men who man the life-boats, after having seen and tried by deputation the various types, to select that in which they have the most confidence.

A significant improvement in design and functionality has been made in life-boats since the reorganization of the Institution in 1883, especially since 1887, following an accident in December 1886 where two self-righting life-boats in Lancashire capsized, resulting in the drowning of twenty-seven out of twenty-nine crew members. At that time, the Institution appointed a permanent technical sub-committee, which included an esteemed consulting naval architect—a new position—and the Institution’s official experts. Their goal was to focus on designing improvements for the life-boat and its equipment, as well as scientifically evaluating any inventions or proposals from the public for potential adoption if they were useful. While in 1881 the self-righting life-boat was considered the Institution’s primary type, by the end of 1901, the fleet included 60 non-self-righting boats of various types, categorized as follows: 4 steam life-boats, 3 Cromer, 1 Lamb and White, 14 Liverpool, 19 Norfolk and Suffolk, 1 tubular, and 18 Watson. In 1901, a steam-tug was stationed at Padstow to work exclusively with the life-boats on the north coast of Cornwall. The self-righting life-boat of 1901 was vastly different from the one of 1881. The Institution now allows the crew members of the life-boats, after reviewing and testing various types, to choose the one they feel most confident in.

The present life-boat of the self-righting type (fig. 2) differs materially from its predecessor, the stability being increased and the righting power greatly improved. The test of efficiency in this last quality was formerly considered sufficient if the boat would quickly right herself in smooth water without her crew and gear, but every self-righting life-boat now built by the Institution will right with her full crew and gear on board, with her sails set and the anchor down. Most of the larger self-righting boats are furnished with “centre-boards” or “drop-keels” of varying size and weight, which can be used at pleasure, and materially add to their weather qualities. The drop-keel was for the first time placed in a life-boat in 1885.

The current self-righting life-boat (fig. 2) is quite different from its predecessor, with enhanced stability and significantly improved righting power. Previously, a life-boat was deemed efficient if it could quickly right itself in calm water without any crew or gear on board. However, every self-righting life-boat built by the Institution now can right itself with a full crew and gear, sails set, and anchor down. Most larger self-righting boats come equipped with "centre-boards" or "drop-keels" of various sizes and weights that can be used as needed, greatly improving their seaworthiness. The drop-keel was first introduced in a life-boat in 1885.

Fig. 2.—Plans, Profile and Section of Modern English Self-righting Life-boat.

A, Deck.

A, Deck.

B, Relieving valves for automatic discharge of water off deck.

B, Relief valves for automatically discharging water off the deck.

C, Side air-cases above deck.

C, Side air-cases on deck.

D, End air compartments, usually called “end-boxes,” an important factor in self-righting.

D, End air compartments, commonly known as “end-boxes,” are a crucial element in self-righting.

E, Wale, or fender.

E, Wale, or amp.

F, Iron keel ballast, important in general stability and self-righting.

F, Iron keel ballast, essential for overall stability and self-righting.

G, Water-ballast tanks.

G, Water-ballast tanks.

H, Drop-keel.

H, Drop keel.

Fig. 3.—Plans, Profile and Section of English Steam Life-boat.

A, Cockpit.

A, Cockpit.

a, Deck.

a, Deck.

b, Propeller hatch.

Propeller hatch.

c, Relief valves.

Relief valves.

B, Engine-room.

B, Engine room.

C, Boiler-room.

C, Boiler room.

D, Water-tight compartments.

D, Watertight compartments.

E, Coal-bunkers.

E, Coal bunkers.

F, Capstan.

F, Capstan.

G, Hatches to engine and boiler rooms.

G, Hatches to engine and boiler rooms.

H, Cable reel.

H, Cable spool.

I, Anchor davit.

I, Anchor crane.

Steam was first introduced into a life-boat in 1890, when the Institution, after very full inquiry and consideration, stationed on the coast a steel life-boat, 50 ft. long and 12 ft. beam, and a depth of 3 ft. 6 in., propelled by a turbine wheel driven by engines developing 170 horse-power. It had been 604 previously held by all competent judges that a mechanically-propelled life-boat, suitable for service in heavy weather, was a problem surrounded by so many and great difficulties that even the most sanguine experts dared not hope for an early solution of it. This type of boat (fig. 3) has proved very useful. It is, however, fully recognized that boats of this description can necessarily be used at only a very limited number of stations, and where there is a harbour which never dries out. The highest speed attained by the first hydraulic steam life-boat was rather more than 9 knots, and that secured in the latest 9½ knots. In 1909 the fleet of the Institution included 4 steam life-boats and 8 motor life-boats. The experiments with motor life-boats in previous years had proved successful.

Steam was first introduced into a lifeboat in 1890 when the Institution, after thorough inquiry and consideration, stationed a steel lifeboat on the coast, measuring 50 ft. long and 12 ft. wide, with a depth of 3 ft. 6 in., powered by a turbine wheel driven by engines generating 170 horsepower. It had been previously held by all qualified judges that a mechanically-propelled lifeboat, suitable for service in rough weather, was a challenge with so many complexities that even the most optimistic experts did not expect a quick solution. This type of boat (fig. 3) has proven very useful. However, it is fully acknowledged that boats of this kind can only be operated at a very limited number of stations, specifically where there is a harbor that never dries out. The highest speed reached by the first hydraulic steam lifeboat was just over 9 knots, while the latest models achieved 9.5 knots. By 1909, the Institution's fleet included 4 steam lifeboats and 8 motor lifeboats. Previous experiments with motor lifeboats had shown positive results.

The other types of pulling and sailing life-boats are all non-self-righting, and are specially suitable for the requirements of the different parts of the coast on which they are placed. Their various qualities will be understood by a glance at the illustrations (figs. 4, 5, 6, 7 and 8).

The other types of pulling and sailing lifeboats are all non-self-righting and are specifically designed to meet the needs of the different areas of the coast where they are used. Their various features can be easily understood by looking at the illustrations (figs. 4, 5, 6, 7, and 8).

Fig. 4.—Plans, Profile and Section of Cromer Type of Life-boat.

A, Deck.

A, Deck.

B, Relieving valves for automatic discharge of water off deck.

B, Relief valves for automatically discharging water off the deck.

C, Side air-cases above deck.

C, Side air cases above deck.

E, Wale, or fender.

E, Wale, or bumper.

G, Water-ballast tanks.

G, Water ballast tanks.

The Institution continues to build life-boats of different sizes according to the requirements of the various points of the coast at which they are placed, but of late years the tendency has been generally to increase the dimensions of the boats. This change of policy is mainly due to the fact that the small coasters and fishing-boats have in great measure disappeared, their places being taken by steamers and steam trawlers. The cost of the building and equipping of pulling and sailing life-boats has materially increased, more especially since 1898, the increase being mainly due to improvements and the seriously augmented charges for materials and labour. In 1881 the average cost of a fully-equipped life-boat and carriage was £650, whereas at the end of 1901 it amounted to £1000, the average annual cost of maintaining a station having risen to about £125.

The Institution keeps building lifeboats of various sizes based on the needs of different coastal areas where they are situated. However, in recent years, there has been a general trend to make the boats larger. This shift in policy is largely because smaller coasters and fishing boats have mostly vanished, replaced by steamers and steam trawlers. The costs of constructing and equipping rowing and sailing lifeboats have significantly increased, especially since 1898, mainly due to improvements and rising expenses for materials and labor. In 1881, the average cost of a fully-equipped lifeboat and carriage was £650, while by the end of 1901, it had risen to £1000, with the average annual cost of maintaining a station increasing to around £125.

The transporting-carriage continues to be a most important part of the equipment of life-boats, generally of the self-righting type, and is indispensable where it is necessary to launch the boats at any point not in the immediate vicinity of the boat-house. It is not, however, usual to supply carriages to boats of larger dimensions than 37 ft. in length by 9 ft. beam, those in excess as regards length and beam being either launched by means of special slipways or kept afloat. The transporting-carriage of to-day has been rendered particularly useful at places where the beach is soft, sandy or shingly, by the introduction in 1888 of Tipping’s sand-plates. They are composed of an endless plateway or jointed wheel tyre fitted to the main wheels of the carriage, thereby enabling the boat to be transferred with rapidity and with greatly decreased labour over beach and soft sand. Further efficiency in launching has also been attained at many stations by the introduction in 1890 of pushing-poles, attached to the transporting-carriages, and of horse launching-poles, first used in 1892. Fig. 9 gives a view of the modern transporting-carriage fitted with Tipping’s sand- or wheel-plates.

The transporting-carriage remains a crucial part of life-boat equipment, typically of the self-righting kind, and is essential when launching boats away from the boat-house. However, it's not common to provide carriages for boats larger than 37 ft. long and 9 ft. wide; those that exceed these dimensions are usually launched using special slipways or kept afloat. Today's transporting-carriage is especially useful in areas with soft, sandy, or shingly beaches, thanks to the introduction of Tipping’s sand-plates in 1888. These plates consist of an endless plateway or jointed wheel tire attached to the main wheels of the carriage, allowing the boat to be moved quickly and with less effort over beach and soft sand. Improvements in launching efficiency have also been made at several stations with the addition of pushing-poles, connected to the transporting-carriages, and horse launching-poles, first utilized in 1892. Fig. 9 shows a modern transporting-carriage equipped with Tipping’s sand- or wheel-plates.

Fig. 5.—Plans, Profile and Section of Liverpool Type of Life-boat. A, B, C, E, G, as in fig. 3; D, end air-compartments; F, iron keel; H, drop-keels.

The life-belt has since 1898 been considerably improved, being now less cumbersome than formerly, and more comfortable. The feature of the principal improvement is the reduction in length of the corks under the arms of the wearer and the rounding-off of the upper portions, the result being that considerably more freedom is provided for the arms. The maximum extra buoyancy has thereby been reduced from 25 ℔ to 22 ℔, which is more than sufficient to support a man heavily clothed with his head and shoulders above the water, or to enable him to support another person besides himself. Numerous life-belts of very varied descriptions, and made of all sorts of materials, have been patented, but it is generally agreed that for life-boat work the cork life-belt of the Institution has not yet been equalled.

The life-belt has been significantly improved since 1898, making it less bulky and more comfortable than before. The main improvement is the shorter length of the cork sections under the wearer's arms and the rounded upper parts, allowing for much greater freedom of movement. The maximum extra buoyancy has been lowered from 25 lbs to 22 lbs, which is still more than enough to keep a heavily clothed person’s head and shoulders above water, or to help support another person as well. Many different kinds of life-belts, made from various materials, have been patented, but it is widely considered that the cork life-belt from the Institution is still the best for life-boat operations.

Fig. 6.—Plans, Profile and Section of Norfolk and Suffolk Type of Life-boat. A, B, E, F, G, H, as in fig. 4; A, side deck; I, cable-well.

Life-saving rafts, seats for ships’ decks, dresses, buoys, belts, &c., 605 have been produced in all shapes and sizes, but apparently nothing indispensable has as yet been brought out. Those interested in life-saving appliances were hopeful that the Paris Exhibition of 1900 would have produced some life-saving invention which might prove a benefit to the civilized world, but so lacking in real merit were the life-saving exhibits that the jury of experts were unable to award to any of the 435 competitors the Andrew Pollok prize of £4000 for the best method or device for saving life from shipwreck.

Life-saving rafts, seating for ship decks, dresses, buoys, belts, etc., 605 have been made in various shapes and sizes, but it seems that nothing truly essential has been created yet. Those interested in life-saving equipment were hopeful that the Paris Exhibition of 1900 would showcase a life-saving invention that could benefit the modern world, but the life-saving exhibits were so lacking in real quality that the panel of experts couldn't award the Andrew Pollok prize of £4000 for the best method or device for saving lives from shipwreck to any of the 435 competitors.

Fig. 7.—Plan, Profile and Section of Tubular Type of Life-boat. A, deck; E, wale, or fender; H, drop-keel.

The rocket apparatus, which in the United Kingdom is under the management of the coast-guard, renders excellent service in life-saving. This, next to the life-boat, is the most important and successful means by which shipwrecked persons are rescued on the British shores. Many vessels are cast every year on the rocky parts of the coasts, under cliffs, where no life-boat could be of service. In such places the rocket alone is available.

The rocket apparatus, managed by the coast guard in the United Kingdom, provides excellent service in saving lives. Next to the lifeboat, it's the most important and effective way to rescue shipwrecked individuals on British shores. Many ships are stranded each year on the rocky sections of the coast, beneath cliffs where no lifeboat can help. In these situations, the rocket is the only option available.

Fig. 8.—Plans, Profile and Section of Watson Type of Life-boat. Lettering as in fig. 5, but C, side air-cases above deck and thwarts.

The rocket apparatus consists of five principal parts, viz. the rocket, the rocket-line, the whip, the hawser and the sling life-buoy. The mode of working it is as follows. A rocket, having a light line attached to it, is fired over the wreck. By means of this line the wrecked crew haul out the whip, which is a double or endless line, rove through a block with a tail attached to it. The tail-block, having been detached from the rocket-line, is fastened to a mast, or other portion of the wreck, high above the water. By means of the whip the rescuers haul off the hawser, to which is hung the travelling or sling life-buoy. When one end of the hawser has been made fast to the mast, about 18 in. above the whip, and its other end to tackle fixed to an anchor on shore, the life-buoy is run out by the rescuers, and the shipwrecked persons, getting into it one at a time, are hauled ashore. Sometimes, in cases of urgency, the life-buoy is worked by means of the whip alone, without the hawser. Captain G. W. Manby, F.R.S., in 1807 invented, or at least introduced, the mortar apparatus, on which the system of the rocket apparatus, which superseded it in England, is founded. Previously, however, in 1791, the idea of throwing a rope from a wreck to the shore by means of a shell from a mortar had occurred to Serjeant Bell of the Royal Artillery, and about the same time, to a Frenchman named La Fère, both of whom made successful experiments with their apparatus. In the same year (1807) a rocket was proposed by Mr Trengrouse of Helston in Cornwall, also a hand and lead line as means of communicating with vessels in distress. The heaving-cane was a fruit of the latter suggestion. In 1814 forty-five mortar stations were established, and Manby received £2000, in addition to previous grants, in acknowledgment of the good service rendered by his invention. Mr John Dennett of Newport, Isle of Wight, introduced the rocket, which was afterwards extensively used. In 1826 four places in the Isle of Wight were supplied with Dennett’s rockets, but it was not till after government had taken the apparatus under its own control, in 1855, that the rocket invented by Colonel Boxer was adopted. Its peculiar characteristic lies in the combination of two rockets in one case, one being a continuation of the other, so that, after the first compartment has carried the machine to its full elevation, the second gives it an additional impetus whereby a great increase of range is obtained.

The rocket system is made up of five main parts: the rocket, the rocket line, the whip, the hawser, and the sling life buoy. Here’s how it works: a rocket with a lightweight line attached is fired over the wreck. The crew stranded on the wreck uses this line to pull out the whip, which is a double or continuous line threaded through a block with a tail attached. The tail block, once detached from the rocket line, is secured to a mast or other part of the wreck that is high above the water. Using the whip, the rescuers pull out the hawser, to which the traveling or sling life buoy is attached. Once one end of the hawser is secured to the mast, about 18 inches above the whip, and the other end is attached to a tackle fixed to an anchor on shore, the life buoy is deployed by the rescuers. Shipwrecked individuals climb into it one at a time and are pulled to safety. In urgent situations, the life buoy can be operated using just the whip, without the hawser. Captain G. W. Manby, F.R.S., invented or introduced the mortar system in 1807, which served as the foundation for the rocket system that replaced it in England. However, the concept of throwing a rope from a wreck to the shore using a mortar shell was first proposed by Serjeant Bell of the Royal Artillery in 1791, along with a Frenchman named La Fère, both of whom successfully experimented with their devices around the same time. In 1807, Mr. Trengrouse from Helston in Cornwall also suggested using a rocket along with a hand and lead line to communicate with distressed vessels. The heaving-cane emerged from this last suggestion. By 1814, forty-five mortar stations had been established, and Manby received £2000, in addition to earlier grants, as recognition for his invention's valuable service. Mr. John Dennett from Newport, Isle of Wight, introduced the rocket, which was later widely used. In 1826, four locations on the Isle of Wight were equipped with Dennett’s rockets, but it wasn’t until the government took control of the system in 1855 that Colonel Boxer’s rocket design was adopted. Its unique feature is the combination of two rockets in one casing, where one extends into the other. This design allows the first rocket to lift the apparatus to its peak height, while the second provides extra thrust for a significant increase in range.

(R. M. B.; C. Di.)
Fig. 9.—Life-boat Transporting-Carriage with Tipping’s Wheel-Plates.

United States.—In the extent of coast line covered, magnitude of operations and the extraordinary success which has crowned its efforts, the life-saving service of the United States is not surpassed by any other institution of its kind in the world. Notwithstanding the exposed and dangerous nature of the coasts flanking and stretching between the approaches to the principal seaports, and the immense amount of shipping concentrating upon them, the loss of life among a total of 121,459 persons imperilled by marine casualty within the scope of the operations of the service from its organization in 1871 to the 30th of June 1907, was less than 1%, and even this small proportion is made up largely of persons washed overboard immediately upon the striking of vessels and before any assistance could reach them, or lost in attempts to land in their own boats, and people thrown into the sea by the capsizing of small craft. In the scheme of the service, next in importance to the saving of life is the saving of property from marine disaster, for which no salvage or reward is allowed. During the period named vessels and cargoes to the value of nearly two hundred million dollars were saved, while only about a quarter as much was lost.

US.—In terms of the coastline covered, the scale of operations, and the remarkable success that has honored its efforts, the life-saving service of the United States is unmatched by any similar organization in the world. Despite the hazardous and unstable nature of the coasts along the main seaports, and the vast amount of shipping traffic that gathers there, the loss of life among a total of 121,459 individuals endangered by maritime accidents from the service's establishment in 1871 to June 30, 1907, was less than 1%. This small percentage largely consists of people who were washed overboard immediately when vessels struck, before any help could reach them, individuals who drowned while trying to reach shore in their own boats, and those who were thrown into the sea by the capsizing of small vessels. In the service’s mission, the second most important goal, after saving lives, is protecting property from maritime disasters, for which no salvage fees or rewards are permitted. During this period, vessels and cargo worth nearly two hundred million dollars were saved, while only about a quarter of that amount was lost.

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The first government life-saving stations were plain boat-houses erected on the coast of New Jersey in 1848, each equipped with a fisherman’s surf-boat and a mortar and life-car with accessories. Prior to this time, as early as 1789, a benevolent organization known as the Massachusetts Humane Society had erected rude huts along the coast of that state, followed by a station at Cohasset in 1807 equipped with a boat for use by volunteer crews. Others were subsequently added. Between 1849 and 1870 this society secured appropriations from Congress aggregating $40,000. It still maintains sixty-nine stations on the Massachusetts coast. The government service was extended in 1849 to the coast of Long Island, and in 1850 one station was placed on the Rhode Island coast. In 1854 the appointment of keepers for the New Jersey and Long Island stations, and a superintendent for each of these coasts, was authorized by law. Volunteer crews were depended upon until 1870, when Congress authorized crews at each alternate station for the three winter months.

The first government life-saving stations were simple boat houses built along the coast of New Jersey in 1848, each outfitted with a fisherman’s surf boat, a mortar, and a life car with accessories. Before this, as early as 1789, a charitable group called the Massachusetts Humane Society had constructed basic huts along the coast of that state, followed by a station in Cohasset in 1807 that included a boat for volunteer crews. More stations were added later. Between 1849 and 1870, this society obtained funding from Congress totaling $40,000. It still operates sixty-nine stations along the Massachusetts coast. The government service expanded in 1849 to the coast of Long Island, and in 1850, a station was established on the Rhode Island coast. In 1854, the law authorized the appointment of keepers for the New Jersey and Long Island stations, along with a superintendent for each coast. Volunteer crews were used until 1870, when Congress approved crews at every alternate station for the three winter months.

The present system was inaugurated in 1871 by Sumner I. Kimball, who in that year was appointed chief of the Revenue Cutter Service, which had charge of the few existing stations. He recommended an appropriation of $200,000 and authority for the employment of crews for all stations for such periods as were deemed necessary, which were granted. The existing stations were thoroughly overhauled and put in condition for the housing of crews; necessary boats and equipment were furnished; incapable keepers, who had been appointed largely for political reasons, were supplanted by experienced men; additional stations were established; all were manned by capable surfmen; the merit system for appointments and promotions was inaugurated; a beach patrol system was introduced, together with a system of signals; and regulations for the government of the service were promulgated. The result of the transformation was immediate and striking. At the end of the year it was found that not a life had been lost within the domain of the service; and at the end of the second year the record was almost identical, but one life having been lost, although the service had been extended to embrace the dangerous coast of Cape Cod. Legislation was subsequently secured, totally eliminating politics in the choice of officers and men, and making other provisions necessary for the completion of the system. The service continued to grow in extent and importance until, in 1878, it was separated from the Revenue Cutter Service and organized into a separate bureau of the Treasury, its administration being placed in the hands of a general superintendent appointed by the president and confirmed by the senate, his term of office being limited only by the will of the president. Mr Kimball was appointed to the position, which he still held in 1909.

The current system was started in 1871 by Sumner I. Kimball, who that year was appointed chief of the Revenue Cutter Service, which managed the few existing stations. He proposed a budget of $200,000 and the authority to hire crews for all stations for as long as needed, which were approved. The existing stations were completely renovated and prepared to house crews; necessary boats and equipment were supplied; incompetent keepers, who had mostly been appointed for political reasons, were replaced by experienced individuals; additional stations were set up; all were staffed by skilled surfmen; a merit-based system for hiring and promotions was introduced; a beach patrol system was implemented, along with a signaling system; and regulations for the operation of the service were established. The results of these changes were immediate and impressive. By the end of the year, it was found that not a single life had been lost within the service’s jurisdiction; and by the end of the second year, the record was nearly the same, with only one life lost, despite the service expanding to cover the dangerous coast of Cape Cod. Legislation was later passed to completely remove politics from the selection of officers and personnel, and to make other necessary provisions to complete the system. The service continued to grow in scope and significance until, in 1878, it was separated from the Revenue Cutter Service and organized into a separate bureau within the Treasury, with administration entrusted to a general superintendent appointed by the president and confirmed by the Senate, serving at the president's discretion. Mr. Kimball was appointed to this position, which he still held in 1909.

The service embraces thirteen districts, with 280 stations located at selected points upon the sea and lake coasts. Nine districts on the Atlantic and Gulf coasts contain 201 stations, including nine houses of refuge on the Florida coast, each in charge of a keeper only, without crews; three districts on the Great Lakes contain 61 stations, including one at the falls of the Ohio river, Louisville, Kentucky; and one district on the Pacific coast contains 18 stations, including one at Nome, Alaska.

The service covers thirteen districts, with 280 stations situated at key points along the sea and lake shores. Nine districts on the Atlantic and Gulf coasts have 201 stations, which includes nine houses of refuge on the Florida coast, each managed by a keeper only, without crews; three districts on the Great Lakes have 61 stations, including one at the falls of the Ohio River in Louisville, Kentucky; and one district on the Pacific coast has 18 stations, including one in Nome, Alaska.

The general administration of the service is conducted by a general superintendent; an inspector of life-saving stations and two superintendents of construction of life-saving stations detailed from the Revenue Cutter Service; a district superintendent for each district; and assistant inspectors of stations, also detailed from the Revenue Cutter Service “to perform such duties in connexion with the conduct of the service as the general superintendent may require.” There is also an advisory board on life-saving appliances consisting of experts, to consider devices and inventions submitted by the general superintendent.

The overall management of the service is handled by a general superintendent, an inspector for life-saving stations, and two superintendents in charge of building life-saving stations who are assigned from the Revenue Cutter Service. There is a district superintendent for each district, along with assistant inspectors of stations, also assigned from the Revenue Cutter Service, "to carry out duties related to the operation of the service as requested by the general superintendent." Additionally, there's an advisory board on life-saving devices made up of experts to evaluate devices and inventions proposed by the general superintendent.

Station crews are composed of a keeper and from six to eight surfmen, with an additional man during the winter months at most of the stations on the Atlantic coast. The surfmen are reenlisted from year to year during good behaviour, subject to a thorough physical examination. The keepers are also subject to annual physical examinations after attaining the age of fifty-five. Stations on the Atlantic and Gulf coasts are manned from August 1st to May 31st. On the lakes the active season covers the period of navigation, from about April 1st to early in December. The falls station at Louisville, and all stations on the Pacific coast, are in commission continuously. One station, located in Dorchester Bay, an expanse of water within Boston harbour, where numerous yachts rendezvous and many accidents occur, which, with the one at Louisville are, believed to be the only floating life-saving stations in the world, is manned from May 1st to November 15th. Its equipment includes a steam tug and two gasoline launches, the latter being harboured in a slip cut into the after-part of the station and extending from the stern to nearly amidships. The Louisville stations guard the falls of the Ohio river, where life is much endangered from accidents to vessels passing over the falls and small craft which are liable to be drawn into the chutes while attempting to cross the river. Its equipment includes two river skiffs which can be instantly launched directly from the ways at one end of the station. These skiffs are small boats modelled much like surf-boats, designed to be rowed by one or two men. Other equipments are provided for the salvage of property. The stations, located as near as practicable to a launching place, contain as a rule convenient quarters for the residence of the keeper and crew and a boat and apparatus room. In some instances the dwelling- and boat-house are built separately. Each station has a look-out tower for the day watch.

Station crews consist of a keeper and six to eight surfmen, with an additional member during the winter months at most of the stations along the Atlantic coast. The surfmen are re-enlisted each year based on good behavior, and they must pass a thorough physical exam. Keepers also go through annual physical exams after they turn fifty-five. Stations on the Atlantic and Gulf coasts operate from August 1st to May 31st. On the Great Lakes, the active season runs from about April 1st to early December. The falls station at Louisville and all stations on the Pacific coast operate year-round. One station located in Dorchester Bay, a body of water within Boston Harbor where many yachts meet and accidents happen, along with the one at Louisville, is believed to be one of the only floating life-saving stations in the world and operates from May 1st to November 15th. Its equipment includes a steam tug and two gasoline launches, with the latter stored in a slip cut into the back of the station, extending from the stern to almost the middle. The Louisville stations monitor the falls of the Ohio River, where life is often at risk due to accidents involving vessels going over the falls and small craft that may get pulled into the chutes while crossing the river. Their equipment includes two river skiffs that can be launched quickly from one end of the station. These skiffs are small boats designed like surf boats, intended to be rowed by one or two people. Additional equipment is available for property salvage. The stations are generally located close to a launching area and include convenient living quarters for the keeper and crew, as well as a boat and equipment room. In some cases, the living quarters and the boat house are built separately. Each station features a lookout tower for daytime watch.

The principal apparatus consists of surf- and life-boats, Lyle gun and breeches-buoy apparatus and life-car. The Hunt gun and Cunningham line-carrying rocket are available at selected stations on account of their greater range, but their use is rarely necessary. The crews are drilled daily in some portion of rescue work, as practice in manœuvring, upsetting and righting boats, with the breeches-buoy, in the resuscitation of the apparently drowned and in signalling. The district officers upon their quarterly visits examine the crews orally and by drill, recording the proficiency of each member, including the keeper, which record accompanies their report to the general superintendent. For watch and patrol the day of twenty-four hours is divided into periods of four or five hours each. Day watches are stood by one man in the look-out tower or at some other point of vantage, while two men are assigned to each night watch between sunset and sunrise. One of the men remains on watch at the station, dividing his time between the beach look-out and visits to the telephone at specified intervals to receive messages, the service telephone system being extended from station to station nearly throughout the service, with watch telephones at half-way points. The other man patrols the beach to the end of his beat and returns, when he takes the look-out and his watchmate patrols in the opposite direction. A like patrol and watch is maintained in thick or stormy weather in the daytime. Between adjacent stations a record of the patrol is made by the exchange of brass checks; elsewhere the patrolman carries a watchman’s clock, on the dial of which he records the time of his arrival at the keypost which marks the end of his beat. On discovering a vessel standing into danger the patrolman burns a Coston signal, which emits a brilliant red flare, to warn the vessel of her danger. The number of vessels thus warned averages about two hundred in each year, whereby great losses are averted, the extent of which can never be known. When a stranded vessel is discovered, the patrolman’s Coston signal apprises the crew that they are seen and assistance is at hand. He then notifies his station, by telephone if possible. When such notice is received at the station, the keeper determines the means with which to attempt a rescue, whether by boat or beach-apparatus. If the beach-apparatus is chosen, the apparatus cart is hauled to a point directly opposite the wreck by horses, kept at most of the stations during the inclement months, or by the members of the crew. The gear is unloaded, and while being set up—the members of the crew performing their several allotted parts simultaneously—the keeper fires a line over the wreck with the Lyle gun, a small bronze cannon weighing, with its 18 ℔ elongated iron projectile to which the line is attached, slightly more than 200 ℔, and having an extreme range of about 700 yds., though seldom available at wrecks for more than 400 yds. This gun was the invention of Lieutenant (afterwards Colonel) David A. Lyle, U.S. Army. Shot lines are of three sizes, 432, 732 and 932 of an inch diameter, designated respectively Nos. 4, 7 and 9. The two larger are ordinarily used, the No. 4 for extreme range. A line having been fired within reach of the persons on the wreck, an endless rope rove through a tail-block is sent out by it with instructions, printed in English and French on a tally-board, to make the tail fast to a mast or other elevated portion of the wreck. This done, a 3-in. hawser is bent on to the whip and hauled off to the wreck, to be made fast a little above the tail-block, after which the shore end is hauled taut over a crotch by means of tackle attached to a sand anchor. From this hawser the breeches-buoy or life-car is suspended and drawn between the ship and shore of the endless whip-line. The life-car can also be drawn like a boat between ship and shore without the use of a hawser. The breeches-buoy is a cork life-buoy to which is attached a pair of short canvas breeches, the whole suspended from a traveller block by suitable lanyards. It usually carries one person at a time, although two have frequently been brought ashore together. The life-car, first introduced in 1848, is a boat of corrugated iron with a convex iron cover, having a hatch in the top for the admission of passengers, which can be fastened either from within or without, and a few perforations to admit air, with raised edges to exclude water. At wreck operations during the night the shore is illuminated by powerful acetylene (calcium carbide) lights. If any of the rescued persons are frozen, 607 as often happens, or are injured or sick, first aid and simple remedies are furnished them. Dry clothing, supplied by the Women’s National Relief Association, is also furnished to survivors, which the destitute are allowed to keep.

The main equipment includes surf and lifeboats, a Lyle gun, breeches-buoy gear, and a life-car. The Hunt gun and Cunningham line-carrying rocket are available at certain stations due to their longer range, but they're rarely needed. Crews practice daily in various rescue tasks, such as handling boats, using the breeches-buoy, reviving those who are apparently drowned, and signaling. During quarterly visits, district officers assess the crews through oral tests and drills, noting each member's proficiency, including the keeper's, which is added to their report for the general superintendent. For monitoring and patrol, the 24-hour day is split into four or five-hour shifts. During the day, one person watches from the lookout tower or another vantage point, while two men cover each night shift from sunset to sunrise. One patrolman stays at the station, alternating between the lookout and checking the phone at set intervals for messages, with the service telephone network connecting nearly all stations and having telephones at halfway points. The other patrolman checks the beach from the end of his route and back, then switches with his colleague. A similar patrolling routine is kept up during thick or stormy weather in the daytime. To track patrols between nearby stations, brass checks are exchanged; elsewhere, patrolmen carry a watchman’s clock to log their arrival at the endpoint of their route. If a patrolman sees a vessel in danger, they set off a Coston signal, which produces a bright red flare to alert the vessel. Around two hundred vessels are warned each year this way, preventing significant losses that can't truly be quantified. When a stranded vessel is spotted, the Coston signal lets the crew know they are being seen and help is on the way. The patrolman then notifies their station, preferably by phone. Upon receiving this notice, the keeper decides on the rescue method, whether by boat or beach equipment. If beach equipment is chosen, the apparatus cart is brought to a spot directly across from the wreck using horses stationed at most locations during bad weather, or by crew members. The gear is unloaded, and as the crew sets it up—each member performing their specific tasks simultaneously—the keeper fires a line across the wreck with the Lyle gun, a small bronze cannon that, with its 18-pound elongated iron projectile (to which the line is attached), weighs just over 200 pounds and has an effective range of around 700 yards, though it’s usually only good for about 400 yards in actual wreck situations. This gun was invented by Lieutenant (later Colonel) David A. Lyle, U.S. Army. Shot lines come in three sizes: 4/32, 7/32, and 9/32 inches in diameter, marked as Nos. 4, 7, and 9. The two larger sizes are typically used, with No. 4 for maximum range. Once a line is successfully fired within reach of those on the wreck, an endless rope through a tail-block is sent out along with instructions, printed in English and French on a tally-board, to secure it to a mast or another high point on the wreck. After it's secured, a 3-inch hawser is attached to the whip and pulled to the wreck, fastened slightly above the tail-block, then the shore end is tightened over a crotch using tackle attached to a sand anchor. The breeches-buoy or life-car is then suspended from this hawser and moved between the ship and shore via the endless whip-line. The life-car can also be moved like a boat between the ship and shore without using a hawser. The breeches-buoy is a cork life-buoy connected to a pair of short canvas pants, all suspended from a traveler block with suitable lanyards. It typically carries one person at a time, though two have often been brought ashore together. The life-car, first introduced in 1848, is a corrugated iron boat with a curved iron lid, featuring a hatch on top for passengers that can be secured from the inside or outside, with some holes for air circulation and raised edges to keep water out. During nighttime rescue operations, the shore is lit up by powerful acetylene (calcium carbide) lights. If any rescued individuals are frozen, which happens often, or are injured or ill, they receive first aid and basic treatments. Survivors are also given dry clothing provided by the Women’s National Relief Association, which those in need can keep.

Fig. 10.—American Power Life-boat.

Several types of light open surf-boats are used, adapted to the special requirements of the different localities and occasions. They are built of cedar, from 23 to 27 ft. long, and are provided with end air chambers and longitudinal air cases on each side under the thwarts.

Several types of lightweight open surf boats are used, tailored to the specific needs of different locations and situations. They are made of cedar, ranging from 23 to 27 feet long, and are equipped with end air chambers and longitudinal air cases on each side beneath the seats.

Self-righting and self-bailing life-boats, patterned after those used in England and other countries, have heretofore been used at most of the Lake stations and at points on the ocean coast where they can be readily launched from ways. Most of these boats, however, have now been transformed into power boats without the sacrifice of any of their essential qualities. The installation of power is effected by introducing a 25 H.P. four-cycle gasoline motor, weighing with its fittings, tanks, &c., about 800 ℔. The engine is installed in the after air chamber, with the starting crank, reversing clutches, &c., recessed into the bulkhead to protect them from accidents. These boats attain a speed of from 7 to 9 m. an hour, and have proved extremely efficient. A new power life-boat (fig. 10) on somewhat improved lines, 36 ft. in length, and equipped with a 35-40 H.P. gasoline engine, promises to prove still more efficient. A number of surf-boats have also been equipped with gasoline engines of from 5 to 7 H.P., for light and quick work, with very satisfactory results.

Self-righting and self-bailing lifeboats, designed after those used in England and other countries, have been used at most of the Lake stations and along the ocean coast where they can be easily launched. However, most of these boats have now been converted into power boats without losing any of their essential qualities. The power is added by installing a 25 H.P. four-cycle gasoline engine, which, along with its fittings and tanks, weighs about 800 lbs. The engine is placed in the rear air chamber, with the starting crank, reversing clutches, etc., recessed into the bulkhead to keep them safe from accidents. These boats can reach speeds of 7 to 9 mph and have proven to be very efficient. A new powered lifeboat (fig. 10), measuring 36 ft. and fitted with a 35-40 H.P. gasoline engine, is expected to be even more effective. Several surf boats have also been outfitted with gasoline engines ranging from 5 to 7 H.P. for light and quick tasks, showing very satisfactory results.

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Fig. 12.—Details of boat shown in Fig. 10.

A distinctively American life-boat extensively used is the Beebe-McLellan self-bailing boat (fig. 11), which for all round life-saving work is held in the highest esteem. It possesses all the qualities of the self-righting and self-bailing life-boats in use in all life-saving institutions, except that of self-righting; and the sacrifice of this quality is largely counteracted by the ease with which it can be righted by its crew when capsized. For accomplishing this the crews are thoroughly drilled. In drill a trained crew can upset and right the boat and resume their places at the oars in twenty seconds. The boat is built of cedar, weighs about 1200 ℔, and can be used at all stations and launched by the crew directly off the beach from the boat-wagon especially made for it. The self-bailing quality is secured by a water-tight deck at a level a little above the load water line with relieving tubes fitted with valves through which any water shipped runs back into the sea by gravity. Air cases along the sides under the thwarts, inclining towards the middle of the boat, minimize the quantity of water taken in, and the water-ballast tank in the bottom increases the stability by the weight of the water which can be admitted by opening the valve. When transported along the land it is empty. The Beebe-McLellan boat is 25 ft. long, 7 ft. beam, and will carry 12 to 15 persons in addition to its crew. Some of these boats, intended for use in localities where the temperature of the water will not permit of frequent upsetting and righting drills, are built with end air cases which render them self-righting.

A uniquely American lifeboat that is widely used is the Beebe-McLellan self-bailing boat (fig. 11), which is highly regarded for all-around lifesaving work. It has most of the features found in self-righting and self-bailing lifeboats used by lifesaving organizations, except for the self-righting capability; however, this shortcoming is mostly offset by how easily the crew can right it if it capsizes. The crews are trained to perform this task. In training, an experienced crew can capsize and right the boat, returning to their rowing positions in twenty seconds. The boat is made of cedar, weighs about 1200 lbs, and can be launched by the crew directly off the beach using a specialized boat-wagon. The self-bailing feature is achieved with a watertight deck slightly above the load waterline, with relieving tubes fitted with valves that allow any water taken on to drain back into the sea by gravity. Air chambers along the sides under the thwarts, sloping toward the center of the boat, help reduce the amount of water taken in, and the water-ballast tank in the bottom increases stability by adding weight through water that can be let in by opening the valve. When being transported on land, it is empty. The Beebe-McLellan boat is 25 ft. long, 7 ft. wide, and can carry 12 to 15 people in addition to its crew. Some of these boats, designed for areas where the water temperature makes frequent capsizing and righting drills impractical, are built with end air cases that make them self-righting.

In addition to the principal appliances described, a number of minor importance are included in the equipment of every life-saving station, such as launching carriages for life-boats, roller boat-skids, heaving sticks and all necessary tools. Members of all life-saving crews are required on all occasions of boat practice or duty at wrecks to wear life-belts of the prescribed pattern.

In addition to the main equipment mentioned, several minor items are included in the gear of every life-saving station, such as launching carts for life-boats, roller boat-skids, throwing sticks, and all necessary tools. All members of life-saving crews must wear life-belts of the specified design during all boat drills or duty at wrecks.

(A. T. T.)

Life-boat Service in other Countries.—Good work is done by the life-boat service in other countries, most of these institutions having been formed on the lines of the Royal National Life-boat Institution of Great Britain. The services are operating in the following countries:—

Life-boat Service in other Countries.—Great work is being done by the life-boat service in other countries, with most of these organizations modeled after the Royal National Life-boat Institution of Great Britain. The services are active in the following countries:—

Belgium.—Established in 1838. Supported entirely by government.

Belgium.—Founded in 1838. Fully funded by the government.

Denmark.—Established in 1848. Government service.

Denmark.—Founded in 1848. Public service.

Sweden.—Established in 1856. Government service.

Sweden.—Founded in 1856. Public service.

France.—Established in 1865. Voluntary association, but assisted by the government.

France.—Founded in 1865. It's a voluntary association, but it receives support from the government.

Germany.—Established in 1885. Supported entirely by voluntary contributions.

Germany.—Founded in 1885. Fully funded by voluntary donations.

Turkey (Black Sea).—Established in 1868. Supported by dues.

Turkey (Black Sea).—Founded in 1868. Funded by membership fees.

Russia.—Established in 1872. Voluntary association, but receiving an annual grant from the government.

Russia.—Founded in 1872. It's a voluntary association, but it gets an annual grant from the government.

Italy.—Established in 1879. Voluntary association.

Italy.—Founded in 1879. Volunteer organization.

Spain.—Established in 1880. Voluntary association, but receiving annually a grant of £1440 from government.

Spain.—Founded in 1880. It’s a voluntary association, but it receives an annual grant of £1440 from the government.

Canada.—Established in 1880. Government service.

Canada.—Founded in 1880. Government service.

Holland.—Established in 1884. Voluntary association, but assisted by a government subsidy.

Holland.—Founded in 1884. It's a voluntary group, but receives help from government funding.

Norway.—Established in 1891. Voluntary association, but receiving a small annual grant from government.

Norway.—Founded in 1891. It's a voluntary association, but it gets a small annual grant from the government.

Portugal.—Established in 1898. Voluntary society.

Portugal.—Founded in 1898. Volunteer organization.

India (East Coast).—Voluntary association.

India (East Coast).—Voluntary group.

Australia (South).—Voluntary association.

Australia (South).—Optional group.

New Zealand.—Voluntary association.

New Zealand. —Collaborative group.

Japan.—The National Life-boat Institution of Japan was founded in 1889. It is a voluntary society, assisted by government. Its affairs are managed by a president and a vice-president, supported by a very influential council. The head office is at Tôkyô; there are numerous branches with local committees. The Imperial government contributes an annual subsidy of 20,000 yen (£2000). The members of the Institution consist of three classes—honorary, ordinary and sub-ordinary, the amount contributed by the member determining the class in which he is placed. The chairman and council are not, as in Great Britain, appointed by the subscribers, but by the president, who must always be a member of the imperial family. The Institution bestows three medals: (a) the medal of merit, to be awarded to persons rendering distinguished service to the Institution; (b) the medal of membership, to be held by honorary and ordinary members or subscribers; and (c) the medal of praise, which is bestowed on those distinguishing themselves by special service in the work of rescue.

Japan.—The National Lifeboat Institution of Japan was established in 1889. It is a volunteer organization supported by the government. Its operations are overseen by a president and a vice-president, backed by a very influential council. The main office is in Tokyo, and there are many branches with local committees. The Imperial government provides an annual subsidy of 20,000 yen (£2000). The members of the Institution fall into three categories—honorary, ordinary, and sub-ordinary—depending on the amount contributed by the member. The chairman and council are not appointed by subscribers, as they are in Great Britain, but by the president, who must always be a member of the imperial family. The Institution awards three medals: (a) the medal of merit, for individuals who have provided distinguished service to the Institution; (b) the medal of membership, for honorary and ordinary members or subscribers; and (c) the medal of praise, which is given to those who excel in rescue efforts.

LIFFORD, the county town of Co. Donegal, Ireland, on the left bank of the Foyle. Pop. (1901) 446. The county gaol, court house and infirmary are here, but the town is practically a suburb of Strabane, across the river, in Co. Londonderry. Lifford, formerly called Ballyduff, was a chief stronghold of the O’Donnells of Tyrconnell. It was incorporated as a borough (under the name of Liffer) in the reign of James I. It returned two members to the Irish parliament until the union in 1800.

LIFFORD,__A_TAG_PLACEHOLDER_0__ is the county town of Co. Donegal, Ireland, located on the left bank of the Foyle River. Population (1901): 446. The county jail, courthouse, and infirmary are located here, but the town is essentially a suburb of Strabane, which is just across the river in Co. Londonderry. Lifford, which was previously known as Ballyduff, was a major stronghold of the O’Donnells of Tyrconnell. It was officially designated as a borough (under the name of Liffer) during the reign of James I. It elected two representatives to the Irish parliament until the union in 1800.

LIGAMENT (Lat. ligamentum, from ligare, to bind), anything which binds or connects two or more parts; in anatomy a piece of tissue connecting different parts of an organism (see Connective Tissues and Joints).

LIGAMENT (Lat. ligamentum, from ligare, to bind), anything that connects or links two or more parts; in anatomy, a piece of tissue that connects different parts of an organism (see Connective Tissues and Joints).

LIGAO, a town near the centre of the province of Albay, Luzon, Philippine Islands, close to the left bank of a tributary of the Bicol river, and on the main road through the valley. Pop. (1903) 17,687. East of the town rises Mayón, an active volcano, and the rich volcanic soil in this region produces hemp, rice and coco-nuts. Agriculture is the sole occupation of the inhabitants. Their language is Bicol.

LIGAO, a town near the center of Albay province, Luzon, Philippines, located close to the left bank of a tributary of the Bicol River and along the main road through the valley. Pop. (1903) 17,687. To the east of the town is Mayón, an active volcano, and the fertile volcanic soil in this area supports the growth of hemp, rice, and coconuts. Agriculture is the only occupation of the residents. Their language is Bicol.

LIGHT. Introduction.—§ 1. “Light” may be defined subjectively as the sense-impression formed by the eye. This is the most familiar connotation of the term, and suffices for the discussion of optical subjects which do not require an objective definition, and, in particular, for the treatment of physiological optics and vision. The objective definition, or the “nature of light,” is the ultima Thule of optical research. “Emission theories,” based on the supposition that light was a stream of corpuscles, were at first accepted. These gave place during the opening decades of the 19th century to the “undulatory or wave theory,” which may be regarded as culminating in the “elastic solid theory”—so named from the lines along which the mathematical investigation proceeded—and according to which light is a transverse vibratory motion propagated longitudinally though the aether. The mathematical researches of James Clerk Maxwell have led to the rejection of this theory, and it is now held that light is identical with electromagnetic disturbances, such as are generated by oscillating electric currents or moving magnets. Beyond this point we cannot go at present. To quote Arthur Schuster (Theory of Optics, 1904), “So long as the character of the displacements which constitute the waves remains undefined we cannot pretend to have established a theory of 609 light.” It will thus be seen that optical and electrical phenomena are co-ordinated as a phase of the physics of the “aether,” and that the investigation of these sciences culminates in the derivation of the properties of this conceptual medium, the existence of which was called into being as an instrument of research.1 The methods of the elastic-solid theory can still be used with advantage in treating many optical phenomena, more especially so long as we remain ignorant of fundamental matters concerning the origin of electric and magnetic strains and stresses; in addition, the treatment is more intelligible, the researches on the electromagnetic theory leading in many cases to the derivation of differential equations which express quantitative relations between diverse phenomena, although no precise meaning can be attached to the symbols employed. The school following Clerk Maxwell and Heinrich Hertz has certainly laid the foundations of a complete theory of light and electricity, but the methods must be adopted with caution, lest one be constrained to say with Ludwig Boltzmann as in the introduction to his Vorlesungen über Maxwell’s Theorie der Elektricität und des Lichtes:—

LIGHT. Introduction.—§ 1. “Light” can be defined subjectively as the impression created by the eye. This is the most common meaning of the term and is sufficient for discussing optical topics that don’t require an objective definition, especially regarding physiological optics and vision. The objective definition, or the “nature of light,” is the ultimate goal of optical research. Initially, “emission theories,” which assumed light was a stream of particles, were accepted. However, during the early 19th century, these were replaced by the “undulatory or wave theory,” which culminated in the “elastic solid theory” — named for the lines along which the mathematical investigation was conducted. According to this theory, light is a transverse vibratory motion that travels longitudinally through the aether. The mathematical studies of James Clerk Maxwell have led to the rejection of this theory, and it is now understood that light is identical to electromagnetic disturbances generated by oscillating electric currents or moving magnets. We cannot advance beyond this point for now. To quote Arthur Schuster (Theory of Optics, 1904), “As long as the nature of the displacements that make up the waves remains undefined, we cannot claim to have established a theory of light.” Therefore, it is evident that optical and electrical phenomena are interconnected aspects of the physics of the “aether,” and that the study of these sciences culminates in deriving the properties of this conceptual medium, which was conceptualized as a tool for research.1 The methods of the elastic-solid theory can still be effectively used to treat many optical phenomena, especially while we remain unaware of fundamental issues regarding the origins of electric and magnetic strains and stresses. Furthermore, this approach is more comprehensible, with research on the electromagnetic theory often leading to differential equations that express quantitative relationships between various phenomena, even though the symbols used may lack precise meaning. The school following Clerk Maxwell and Heinrich Hertz has certainly laid the groundwork for a complete theory of light and electricity, but these methods must be applied cautiously, or one may find themselves echoing Ludwig Boltzmann as in the introduction to his Vorlesungen über Maxwell’s Theorie der Elektricität und des Lichtes:—

“So soll ich denn mit saurem Schweiss

“So soll ich denn mit saurem Schweiss

Euch lehren, was ich selbst nicht weiss.”

Euch beibringen, was ich selbst nicht weiß.”

Goethe, Faust.

Goethe, Faust.

The essential distinctions between optical and electromagnetic phenomena may be traced to differences in the lengths of light-waves and of electromagnetic waves. The aether can probably transmit waves of any wave-length, the velocity of longitudinal propagation being about 3.1010 cms. per second. The shortest waves, discovered by Schumann and accurately measured by Lyman, have a wave-length of 0.0001 mm.; the ultra-violet, recognized by their action on the photographic plate or by their promoting fluorescence, have a wave-length of 0.0002 mm.; the eye recognizes vibrations of a wave-length ranging from about 0.0004 mm. (violet) to about 0.0007 (red); the infra-red rays, recognized by their heating power or by their action on phosphorescent bodies, have a wave-length of 0.001 mm.; and the longest waves present in the radiations of a luminous source are the residual rays (“Rest-strahlen”) obtained by repeated reflections from quartz (.0085 mm.), from fluorite (0.056 mm.), and from sylvite (0.06 mm.). The research-field of optics includes the investigation of the rays which we have just enumerated. A delimitation may then be made, inasmuch as luminous sources yield no other radiations, and also since the next series of waves, the electromagnetic waves, have a minimum wave-length of 6 mm.

The key differences between optical and electromagnetic phenomena come from variations in the lengths of light waves and electromagnetic waves. The aether can likely transmit waves of any wavelength, with a speed of longitudinal propagation at about 3.1010 cm per second. The shortest waves, found by Schumann and accurately measured by Lyman, have a wavelength of 0.0001 mm; ultraviolet waves, identified by their effects on photographic plates or their ability to promote fluorescence, have a wavelength of 0.0002 mm. The human eye can perceive vibrations with wavelengths ranging from about 0.0004 mm (violet) to about 0.0007 mm (red). Infrared rays, detected by their heating effects or their action on phosphorescent materials, have a wavelength of 0.001 mm. The longest waves found in the emissions of a light source are the residual rays (“Rest-strahlen”) obtained from repeated reflections off quartz (0.0085 mm), fluorite (0.056 mm), and sylvite (0.06 mm). The field of optics involves the study of the rays we just listed. A distinction can be made here, as luminous sources do not produce any other radiations, and the following series of waves, the electromagnetic waves, have a minimum wavelength of 6 mm.

§ 2. The commonest subjective phenomena of light are colour and visibility, i.e. why are some bodies visible and others not, or, in other words, what is the physical significance of the words “transparency,” “colour” and “visibility.” What is ordinarily understood by a transparent substance is one which transmits all the rays of white light without appreciable absorption—that some absorption does occur is perceived when the substance is viewed through a sufficient thickness. Colour is due to the absorption of certain rays of the spectrum, the unabsorbed rays being transmitted to the eye, where they occasion the sensation of colour (see Colour; Absorption of Light). Transparent bodies are seen partly by reflected and partly by transmitted light, and opaque bodies by absorption. Refraction also influences visibility. Objects immersed in a liquid of the same refractive index and dispersion would be invisible; for example, a glass rod can hardly be seen when immersed in Canada balsam; other instances occur in the petrological examination of rock-sections under the microscope. In a complex rock-section the boldness with which the constituents stand out are measures of the difference between their refractive indices and the refractive index of the mounting medium, and the more nearly the indices coincide the less defined become the boundaries, while the interior of the mineral may be most advantageously explored. Lord Rayleigh has shown that transparent objects can only be seen when non-uniformly illuminated, the differences in the refractive indices of the substance and the surrounding medium becoming inoperative when the illumination is uniform on all sides. R. W. Wood has performed experiments which confirm this view.

§ 2. The most common personal experiences of light are color and visibility, i.e. why are some objects visible and others aren’t, or, in other words, what do the terms “transparency,” “color,” and “visibility” really mean? A transparent substance is generally understood to be one that lets all the rays of white light pass through without significant absorption—though some absorption does happen, which can be noticed when you look through a thick piece of it. Color comes from the absorption of certain rays from the spectrum, with the unabsorbed rays reaching the eye and creating the sensation of color (see Colour; Absorption of Light). Transparent materials are seen through both reflected and transmitted light, while opaque items are visible due to absorption. Refraction also affects visibility. Objects submerged in a liquid that has the same refractive index and dispersion would be invisible; for example, a glass rod is almost impossible to see when placed in Canada balsam. Other examples occur in the petrological examination of rock sections under a microscope. In a complex rock section, the prominence of the different components indicates the differences between their refractive indices and that of the mounting medium; the more similar the indices are, the less distinct the boundaries become, making it easier to explore the interior of the mineral. Lord Rayleigh demonstrated that transparent objects can only be seen when they are unevenly lit, as the differences in refractive indices between the object and the surrounding medium become unnoticeable when the light is evenly distributed all around. R. W. Wood conducted experiments that support this idea.

The analysis of white light into the spectrum colours, and the reformation of the original light by transmitting the spectrum through a reversed prism, proved, to the satisfaction of Newton and subsequent physicists until late in the 19th century, that the various coloured rays were present in white light, and that the action of the prism was merely to sort out the rays. This view, which suffices for the explanation of most phenomena, has now been given up, and the modern view is that the prism or grating really does manufacture the colours, as was held previously to Newton. It appears that white light is a sequence of irregular wave trains which are analysed into series of more regular trains by the prism or grating in a manner comparable with the analytical resolution presented by Fourier’s theorem. The modern view points to the mathematical existence of waves of all wave-lengths in white light, the Newtonian view to the physical existence. Strictly, the term “monochromatic” light is only applicable to light of a single wave-length (which can have no actual existence), but it is commonly used to denote light which cannot be analysed by the instruments at our disposal; for example, with low-power instruments the light emitted by sodium vapour would be regarded as homogeneous or monochromatic, but higher power instruments resolve this light into two components of different wave-lengths, each of which is of a higher degree of homogeneity, and it is not impossible that these rays may be capable of further analysis.

The breakdown of white light into its spectrum colors and the reconstruction of the original light by passing the spectrum through a reversed prism confirmed, to the satisfaction of Newton and later physicists until the late 19th century, that different colored rays exist in white light and that the prism simply sorts them out. This perspective, which explains most phenomena, has now been abandoned, and the current understanding is that the prism or grating actually creates the colors, a belief that existed before Newton. It seems that white light is a series of irregular wave trains that are separated into more regular trains by the prism or grating, similar to the analytical resolution described by Fourier's theorem. The modern perspective emphasizes the mathematical existence of waves of all wavelengths in white light, while the Newtonian perspective focused on their physical existence. Technically, the term “monochromatic” light only applies to light of a single wavelength (which cannot actually exist), but it's often used to describe light that cannot be analyzed with our current instruments; for instance, low-power instruments would consider the light emitted by sodium vapor as homogeneous or monochromatic, while higher-powered instruments break this light into two components of different wavelengths, each of which is more homogeneous, and it’s possible that these rays could be further analyzed.

§ 3. Divisions of the Subject.—In the early history of the science of light or optics a twofold division was adopted: Catoptrics (from Gr. κάτοπτρον, a mirror), embracing the phenomena of reflection, i.e. the formation of images by mirrors; and Dioptrics (Gr. διά, through), embracing the phenomena of refraction, i.e. the bending of a ray of light when passing obliquely through the surface dividing two media.2 A third element, Chromatics (Gr. χρῶμα, colour), was subsequently introduced to include phenomena involving colour transformations, such as the iridescence of mother-of-pearl, feathers, soap-bubbles, oil floating on water, &c. This classification has been discarded (although the terms, particularly “dioptric” and “chromatic,” have survived as adjectives) in favour of a twofold division: geometrical optics and physical optics. Geometrical optics is a mathematical development (mainly effected by geometrical methods) of three laws assumed to be rigorously true: (1) the law of rectilinear propagation, viz. that light travels in straight lines or rays in any homogeneous medium; (2) the law of reflection, viz. that the incident and reflected rays at any point of a surface are equally inclined to, and coplanar with, the normal to the surface at the point of incidence; and (3) the law of refraction, viz. that the incident and refracted rays at a surface dividing two media make angles with the normal to the surface at the point of incidence whose sines are in a ratio (termed the “refractive index”) which is constant for every particular pair of media, and that the incident and refracted rays are coplanar with the normal. Physical optics, on the other hand, has for its ultimate object the elucidation of the question: what is light? It investigates the nature of the rays themselves, and, in addition to determining the validity of the axioms of geometrical optics, embraces phenomena for the explanation of which an expansion of these assumptions is necessary.

§ 3. Divisions of the Subject.—In the early history of the science of light, or optics, there were two main divisions: Catoptrics (from the Greek mirror, meaning mirror), which focused on reflection phenomena, such as how mirrors create images; and Dioptrics (from the Greek διά, meaning through), which covered refraction phenomena, or how light bends when passing through the surface that separates two different media. A third area, Chromatics (from the Greek color, meaning color), was later added to include color-related phenomena, like the iridescence in mother-of-pearl, feathers, soap bubbles, oil on water, and more. This classification has been set aside (although the terms, especially “dioptric” and “chromatic,” have remained as adjectives) in favor of a simpler division: geometrical optics and physical optics. Geometrical optics is a mathematical approach (primarily using geometric techniques) based on three principles assumed to be completely true: (1) the law of straight-line propagation, which states that light travels in straight lines or rays in any uniform medium; (2) the law of reflection, which says that the angle of incidence and the angle of reflection at any point on a surface are equal and lie in the same plane as the normal to the surface at that point; and (3) the law of refraction, which indicates that the angles between the incident and refracted rays and the normal at the boundary between two media are related by a constant ratio (called the “refractive index”) specific to each pair of media, and that these rays also lie in the same plane as the normal. Physical optics, on the other hand, aims to answer the fundamental question: what is light? It explores the nature of light rays themselves and, while examining the validity of the principles of geometrical optics, includes phenomena that require a broader interpretation of these principles.

Of the subordinate phases of the science, “physiological optics” is concerned with the phenomena of vision, with the eye as an optical instrument, with colour-perception, and 610 with such allied subjects as the appearance of the eyes of a cat and the luminosity of the glow-worm and firefly; “meteorological optics” includes phenomena occasioned by the atmosphere, such as the rainbow, halo, corona, mirage, twinkling of stars and colour of the sky, and also the effects of atmospheric dust in promoting such brilliant sunsets as were seen after the eruption of Krakatoa; “magneto-optics” investigates the effects of electricity and magnetism on optical properties; “photo-chemistry,” with its more practical development photography, is concerned with the influence of light in effecting chemical action; and the term “applied optics” may be used to denote, on the one hand, the experimental investigation of material for forming optical systems, e.g. the study of glasses with a view to the formation of a glass of specified optical properties (with which may be included such matters as the transparency of rock-salt for the infra-red and of quartz for the ultra-violet rays), and, on the other hand, the application of geometrical and physical investigations to the construction of optical instruments.

Of the smaller areas of the science, "physiological optics" focuses on how we see, treating the eye as an optical device, exploring color perception, and looking at related topics like how a cat's eyes appear and the glow of glow-worms and fireflies; "meteorological optics" covers atmospheric phenomena like rainbows, halos, coronas, mirages, the twinkling of stars, and the blue of the sky, as well as the role of atmospheric dust in creating spectacular sunsets like those witnessed after the eruption of Krakatoa; "magneto-optics" examines how electricity and magnetism affect optical properties; "photo-chemistry," particularly in its more practical form of photography, studies how light causes chemical reactions; and the term "applied optics" refers, on one hand, to experimental research on materials for building optical systems, e.g. researching different types of glass to create a glass with specific optical properties (including topics like the transparency of rock-salt for infrared light and quartz for ultraviolet rays), and on the other hand, to using geometric and physical research in the design of optical instruments.

§ 4. Arrangement of the Subject.—The following three divisions of this article deal with: (I.) the history of the science of light; (II.) the nature of light; (III.) the velocity of light; but a summary (which does not aim at scientific precision) may here be given to indicate to the reader the inter-relation of the various optical phenomena, those phenomena which are treated in separate articles being shown in larger type.

§ 4. Arrangement of the Subject.—The next three sections of this article cover: (I.) the history of light science; (II.) the nature of light; (III.) the speed of light; however, a summary (which isn’t meant to be scientifically precise) can be provided here to show the connection between the different optical phenomena, with those phenomena discussed in separate articles highlighted in larger text.

The simplest subjective phenomena of light are Colour and intensity, the measurement of the latter being named Photometry. When light falls on a medium, it may be returned by Reflection or it may suffer Absorption; or it may be transmitted and undergo Refraction, and, if the light be composite, Dispersion; or, as in the case of oil films on water, brilliant colours are seen, an effect which is due to Interference. Again, if the rays be transmitted in two directions, as with certain crystals, “double refraction” (see Refraction, Double) takes place, and the emergent rays have undergone Polarization. A Shadow is cast by light falling on an opaque object, the complete theory of which involves the phenomenon of Diffraction. Some substances have the property of transforming luminous radiations, presenting the phenomena of Calorescence, Fluorescence and Phosphorescence. An optical system is composed of any number of Mirrors or Lenses, or of both. If light falling on a system be not brought to a focus, i.e. if all the emergent rays be not concurrent, we are presented with a Caustic and an Aberration. An optical instrument is simply the setting up of an optical system, the Telescope, Microscope, Objective, optical Lantern, Camera Lucida, Camera Obscura and the Kaleidoscope are examples; instruments serviceable for simultaneous vision with both eyes are termed Binocular Instruments; the Stereoscope may be placed in this category; the optical action of the Zoétrope, with its modern development the Cinematograph, depends upon the physiological persistence of Vision. Meteorological optical phenomena comprise the Corona, Halo, Mirage, Rainbow, colour of Sky and Twilight, and also astronomical refraction (see Refraction, Astronomical); the complete theory of the corona involves Diffraction, and atmospheric Dust also plays a part in this group of phenomena.

The most basic subjective experiences of light are Colour and brightness, with the measurement of brightness being called Photometry. When light hits a medium, it can be reflected by Reflection or it may experience Absorption; or it can be transmitted and undergo Refraction, and if the light is a mixture, Dispersion; or, in the case of oil films on water, we see brilliant colors, an effect caused by Interference. Furthermore, if the rays are transmitted in two directions, like with certain crystals, “double refraction” (see Refraction, Double) occurs, and the emerging rays have undergone Polarization. A Shadow is created by light striking an opaque object, with the full theory involving the phenomenon of Diffraction. Some materials can change luminous rays, showing the phenomena of Calorescence, Fluorescence, and Phosphorescence. An optical system consists of any number of Mirrors or Lenses, or a combination of both. If light hitting a system isn’t focused, meaning not all the emerging rays converge, we encounter a Caustic and a Aberration. An optical instrument is simply the arrangement of an optical system, including the Telescope, Microscope, Objective, optical Lantern, Camera Lucida, Camera Obscura, and the Kaleidoscope are examples; tools designed for simultaneous vision with both eyes are called Binocular Instruments; the Stereoscope fits in this category; the optical function of the Zoétrope, with its modern counterpart the Cinematograph, relies on the physiological persistence of Vision. Meteorological optical phenomena include Corona, Halo, Mirage, Rainbow, the color of Sky, and Twilight, as well as astronomical refraction (see Refraction, Astronomical); the complete theory of the corona involves Diffraction, and atmospheric Dust also contributes to this group of phenomena.

I. History

I. History

§ 1. There is reason to believe that the ancients were more familiar with optics than with any other branch of physics; and this may be due to the fact that for a knowledge of external things man is indebted to the sense of vision in a far greater degree than to other senses. That light travels in straight lines—or, in other words, that an object is seen in the direction in which it really lies—must have been realized in very remote times. The antiquity of mirrors points to some acquaintance with the phenomena of reflection, and Layard’s discovery of a convex lens of rock-crystal among the ruins of the palace of Nimrud implies a knowledge of the burning and magnifying powers of this instrument. The Greeks were acquainted with the fundamental law of reflection, viz. the equality of the angles of incidence and reflection; and it was Hero of Alexandria who proved that the path of the ray is the least possible. The lens, as an instrument for magnifying objects or for concentrating rays to effect combustion, was also known. Aristophanes, in the Clouds (c. 424 B.C.), mentions the use of the burning-glass to destroy the writing on a waxed tablet; much later, Pliny describes such glasses as solid balls of rock-crystal or glass, or hollow glass balls filled with water, and Seneca mentions their use by engravers. A treatise on optics (Κατοπτρικά), assigned to Euclid by Proclus and Marinus, shows that the Greeks were acquainted with the production of images by plane, cylindrical and concave and convex spherical mirrors, but it is doubtful whether Euclid was the author, since neither this work nor the Ὀπτικά, a work treating of vision and also assigned to him by Proclus and Marinus, is mentioned by Pappus, and more particularly since the demonstrations do not exhibit the precision of his other writings.

§ 1. There is reason to believe that the ancients knew more about optics than any other area of physics; and this might be because, to understand external things, humans rely on vision much more than on other senses. The idea that light travels in straight lines—or that we see an object in the direction it actually is—must have been recognized a long time ago. The ancient existence of mirrors suggests some understanding of reflection, and Layard’s discovery of a convex lens made of rock crystal at the ruins of the palace of Nimrud indicates knowledge of its ability to focus and magnify light. The Greeks understood the basic law of reflection, which states that the angles of incidence and reflection are equal; Hero of Alexandria proved that the path of a light ray is the shortest possible route. The lens, used for magnifying objects or focusing rays to create fire, was also known. Aristophanes, in the Clouds (c. 424 BCE), refers to using a burning glass to erase writing on a wax tablet; later on, Pliny describes these glasses as solid balls made of rock crystal or glass, or hollow glass spheres filled with water, and Seneca mentions their use by engravers. A treatise on optics (Reflective), attributed to Euclid by Proclus and Marinus, shows that the Greeks were aware of how to produce images using plane, cylindrical, concave, and convex spherical mirrors, but it's uncertain whether Euclid actually authored it, since neither this work nor the Optical, which discusses vision and is also attributed to him by Proclus and Marinus, is mentioned by Pappus, and especially because the explanations in this work lack the precision found in his other writings.

Reflection, or catoptrics, was the key-note of their explanations of optical phenomena; it is to the reflection of solar rays by the air that Aristotle ascribed twilight, and from his observation of the colours formed by light falling on spray, he attributes the rainbow to reflection from drops of rain. Although certain elementary phenomena of refraction had also been noted—such as the apparent bending of an oar at the point where it met the water, and the apparent elevation of a coin in a basin by filling the basin with water—the quantitative law of refraction was unknown; in fact, it was not formulated until the beginning of the 17th century. The analysis of white light into the continuous spectrum of rainbow colours by transmission through a prism was observed by Seneca, who regarded the colours as fictitious, placing them in the same category as the iridescent appearance of the feathers on a pigeon’s neck.

Reflection, or catoptrics, was the main focus of their explanations of optical phenomena; Aristotle attributed twilight to the reflection of sunlight by the air, and from his observation of the colors created by light on spray, he explained the rainbow as a result of reflection from raindrops. While some basic phenomena of refraction had been noted—like the apparent bending of an oar where it met the water, and the seeming elevation of a coin in a basin when it was filled with water—the quantitative law of refraction was still unknown; in fact, it wasn't developed until the early 17th century. The breakdown of white light into the continuous spectrum of rainbow colors through a prism was noted by Seneca, who thought the colors were illusory, placing them in the same category as the iridescent effect seen on the feathers of a pigeon’s neck.

§ 2. The aversion of the Greek thinkers to detailed experimental inquiry stultified the progress of the science; instead of acquiring facts necessary for formulating scientific laws and correcting hypotheses, the Greeks devoted their intellectual energies to philosophizing on the nature of light itself. In their search for a theory the Greeks were mainly concerned with vision—in other words, they sought to determine how an object was seen, and to what its colour was due. Emission theories, involving the conception that light was a stream of concrete particles, were formulated. The Pythagoreans assumed that vision and colour were caused by the bombardment of the eye by minute particles projected from the surface of the object seen. The Platonists subsequently introduced three elements—a stream of particles emitted by the eye (their “divine fire”), which united with the solar rays, and, after the combination had met a stream from the object, returned to the eye and excited vision.

§ 2. The Greek thinkers' dislike for detailed experimental research hindered the advancement of science; instead of gathering the necessary facts to create scientific laws and refine hypotheses, the Greeks focused their intellectual efforts on theorizing about the nature of light itself. In their pursuit of a theory, the Greeks primarily concentrated on vision—essentially, they aimed to figure out how an object was perceived and what caused its color. They developed emission theories, which suggested that light was a stream of tangible particles. The Pythagoreans believed that vision and color resulted from tiny particles emitted from the surface of the object striking the eye. Later, the Platonists added three elements—a stream of particles emitted from the eye (their "divine fire"), which combined with sunlight, and after this combination interacted with a stream from the object, returned to the eye and triggered vision.

In some form or other the emission theory—that light was a longitudinal propulsion of material particles—dominated optical thought until the beginning of the 19th century. The authority of the Platonists was strong enough to overcome Aristotle’s theory that light was an activity (ἐνέργεια) of a medium which he termed the pellucid (διαφανές); about two thousand years later Newton’s exposition of his corpuscular theory overcame the undulatory hypotheses of Descartes and Huygens; and it was only after the acquisition of new experimental facts that the labours of Thomas Young and Augustin Fresnel indubitably established the wave-theory.

In one way or another, the emission theory—that light was a longitudinal movement of material particles—dominated optical thinking until the early 19th century. The influence of the Platonists was strong enough to overrule Aristotle’s theory that light was an activity (energy) of a medium he called the pellucid (transparent); about two thousand years later, Newton’s explanation of his corpuscular theory defeated the wave theories of Descartes and Huygens; and it was only after new experimental evidence was obtained that the work of Thomas Young and Augustin Fresnel definitively established the wave theory.

§ 3. The experimental study of refraction, which had been almost entirely neglected by the early Greeks, received more attention during the opening centuries of the Christian era. Cleomedes, in his Cyclical Theory of Meteors, c. A.D. 50, alludes to the apparent bending of a stick partially immersed in water, and to the rendering visible of coins in basins by filling up with water; and also remarks that the air may refract the sun’s rays so as to render that luminary visible, although actually it may be below the horizon. The most celebrated of the early 611 writers on optics is the Alexandrian Ptolemy (2nd century). His writings on light are believed to be preserved in two imperfect Latin manuscripts, themselves translations from the Arabic. The subjects discussed include the nature of light and colour; the formation of images by various types of mirrors, refractions at the surface of glass and of water, with tables of the angle of refraction corresponding to given angles of incidence for rays passing from air to glass and from air to water; and also astronomical refractions, i.e. the apparent displacement of a heavenly body due to the refraction of light in its passage through the atmosphere. The authenticity of these manuscripts has been contested: the Almagest contains no mention of the Optics, nor is the subject of astronomical refractions noticed, but the strongest objection, according to A. de Morgan, is the fact that their author was a poor geometer.

§ 3. The experimental study of refraction, which had been almost completely overlooked by the early Greeks, received more attention during the early centuries of the Christian era. Cleomedes, in his Cyclical Theory of Meteors, c. CE 50, refers to the apparent bending of a stick partially submerged in water and to the visibility of coins in basins when filled with water; he also notes that air can bend the sun’s rays to make it visible even when it is actually below the horizon. The most famous early writer on optics is the Alexandrian Ptolemy (2nd century). His writings on light are thought to be preserved in two incomplete Latin manuscripts, which are translations from the Arabic. The topics discussed include the nature of light and color, the formation of images by different types of mirrors, refractions at the surface of glass and water, with tables showing the angle of refraction corresponding to specific angles of incidence for rays passing from air to glass and from air to water; and also astronomical refractions, i.e. the apparent displacement of a celestial body due to the bending of light as it passes through the atmosphere. The authenticity of these manuscripts has been questioned: the Almagest makes no reference to the Optics, nor does it address the topic of astronomical refractions, but the strongest objection, according to A. de Morgan, is that their author was not a skilled geometer.

§ 4. One of the results of the decadence of the Roman empire was the suppression of the academies, and few additions were made to scientific knowledge on European soil until the 13th century. Extinguished in the West, the spirit of research was kindled in the East. The accession of the Arabs to power and territory in the 7th century was followed by the acquisition of the literary stores of Greece, and during the following five centuries the Arabs, both by their preservation of existing works and by their original discoveries (which, however, were but few), took a permanent place in the history of science. Pre-eminent among Arabian scientists is Alhazen, who flourished in the 11th century. Primarily a mathematician and astronomer, he also investigated a wide range of optical phenomena. He examined the anatomy of the eye, and the functions of its several parts in promoting vision; and explained how it is that we see one object with two eyes, and then not by a single ray or beam as had been previously held, but by two cones of rays proceeding from the object, one to each eye. He attributed vision to emanations from the body seen; and on his authority the Platonic theory fell into disrepute. He also discussed the magnifying powers of lenses; and it may be that his writings on this subject inspired the subsequent invention of spectacles. Astronomical observations led to the investigation of refraction by the atmosphere, in particular, astronomical refraction; he explained the phenomenon of twilight, and showed a connexion between its duration and the height of the atmosphere. He also treated optical deceptions, both in direct vision and in vision by reflected and refracted light, including the phenomenon known as the horizontal moon, i.e. the apparent increase in the diameter of the sun or moon when near the horizon. This appearance had been explained by Ptolemy on the supposition that the diameter was actually increased by refraction, and his commentator Theon endeavoured to explain why an object appears larger when viewed under water. But actual experiment showed that the diameter did not increase. Alhazen gave the correct explanation, which, however, Friar Bacon attributes to Ptolemy. We judge of distance by comparing the angle under which an object is seen with its supposed distance, so that if two objects be seen under nearly equal angles and one be supposed to be more distant than the other, then the former will be supposed to be the larger. When near the horizon the sun or moon, conceived as very distant, are intuitively compared with terrestrial objects, and therefore they appear larger than when viewed at elevations.

§ 4. One of the consequences of the decline of the Roman Empire was the shutdown of the academies, and not much advancement was made in scientific knowledge in Europe until the 13th century. While the West lost its spirit of inquiry, the East experienced a resurgence. The rise of the Arabs to power and territory in the 7th century was followed by their acquisition of Greek literature, and over the next five centuries, the Arabs, through both preserving existing works and making original discoveries (although these were limited), secured a lasting role in the history of science. Among the most notable Arabian scientists is Alhazen, who thrived in the 11th century. Primarily a mathematician and astronomer, he also explored a wide array of optical phenomena. He studied the anatomy of the eye and the roles of its various parts in facilitating vision; he explained that we see one object with two eyes, not through a single ray or beam as was previously thought, but via two cones of rays coming from the object, one for each eye. He attributed vision to emanations from the observed body, causing the Platonic theory to lose credibility. He also analyzed the magnifying effects of lenses, and it's possible that his writings on this topic contributed to the later invention of glasses. His astronomical observations led him to investigate atmospheric refraction, especially astronomical refraction; he explained why twilight occurs and demonstrated a link between its length and the height of the atmosphere. He also addressed optical deceptions, both in direct sight and in vision through reflected and refracted light, including the phenomenon known as the horizontal moon, i.e. the illusion of the sun or moon appearing larger when near the horizon. This effect had been explained by Ptolemy, who assumed that the diameter was genuinely enlarged by refraction, while his commentator Theon tried to clarify why an object looks bigger when seen underwater. However, actual experiments showed that the diameter didn't change. Alhazen provided the correct explanation, which, however, Friar Bacon credited to Ptolemy. We perceive distance by comparing the angle at which an object is seen with its estimated distance, so if two objects are viewed under nearly identical angles and one is believed to be further away, the nearer one will appear larger. When close to the horizon, the sun or moon, thought to be very distant, are intuitively compared to ground objects, making them look larger than when seen at higher elevations.

§ 5. While the Arabs were acting as the custodians of scientific knowledge, the institutions and civilizations of Europe were gradually crystallizing. Attacked by the Mongols and by the Crusaders, the Bagdad caliphate disappeared in the 13th century. At that period the Arabic commentaries, which had already been brought to Europe, were beginning to exert great influence on scientific thought; and it is probable that their rarity and the increasing demand for the originals and translations led to those forgeries which are of frequent occurrence in the literature of the middle ages. The first treatise on optics written in Europe was admitted by its author Vitello or Vitellio, a native of Poland, to be based on the works of Ptolemy and Alhazen. It was written in about 1270, and first published in 1572, with a Latin translation of Alhazen’s treatise, by F. Risner, under the title Thesaurus opticae. Its tables of refraction are more accurate than Ptolemy’s; the author follows Alhazen in his investigation of lenses, but his determinations of the foci and magnifying powers of spheres are inaccurate. He attributed the twinkling of stars to refraction by moving air, and observed that the scintillation was increased by viewing through water in gentle motion; he also recognized that both reflection and refraction were instrumental in producing the rainbow, but he gave no explanation of the colours.

§ 5. While the Arabs were serving as the guardians of scientific knowledge, the institutions and civilizations of Europe were gradually taking shape. The Bagdad caliphate fell in the 13th century, under attack from the Mongols and the Crusaders. During this time, the Arabic commentaries that had already arrived in Europe began to significantly influence scientific thought; it's likely that their scarcity and the rising demand for the originals and translations led to the forgeries that are frequently found in medieval literature. The first treatise on optics written in Europe was acknowledged by its author, Vitello or Vitellio, who was from Poland, to be based on the works of Ptolemy and Alhazen. It was written around 1270 and first published in 1572, along with a Latin translation of Alhazen’s treatise, by F. Risner, under the title Thesaurus opticae. Its tables of refraction are more precise than Ptolemy’s; the author follows Alhazen in his study of lenses, but his measurements of the foci and magnifying powers of spheres are incorrect. He attributed the twinkling of stars to refraction by moving air and noted that the scintillation increased when viewed through gently moving water; he also recognized that both reflection and refraction contributed to creating the rainbow, although he did not explain the colors.

The Perspectiva Communis of John Peckham, archbishop of Canterbury, being no more than a collection of elementary propositions containing nothing new, we have next to consider the voluminous works of Vitellio’s illustrious contemporary, Roger Bacon. His writings on light, Perspectiva and Specula mathematica, are included in his Opus majus. It is conceivable that he was acquainted with the nature of the images formed by light traversing a small orifice—a phenomenon noticed by Aristotle, and applied at a later date to the construction of the camera obscura. The invention of the magic lantern has been ascribed to Bacon, and his statements concerning spectacles, the telescope, and the microscope, if not based on an experimental realization of these instruments, must be regarded as masterly conceptions of the applications of lenses. As to the nature of light, Bacon adhered to the theory that objects are rendered visible by emanations from the eye.

The Perspectiva Communis by John Peckham, archbishop of Canterbury, is simply a collection of basic ideas that doesn’t introduce anything new, so we should next look at the extensive works of Vitellio’s famous contemporary, Roger Bacon. His writings on light, Perspectiva and Specula mathematica, are part of his Opus majus. It's possible that he understood how images are formed when light passes through a small opening—a phenomenon noted by Aristotle and later used in building the camera obscura. The invention of the magic lantern is attributed to Bacon, and his comments about glasses, the telescope, and the microscope, whether or not they were based on experimental use of these tools, should be seen as brilliant ideas about how lenses can be applied. Regarding the nature of light, Bacon supported the theory that objects are seen due to emissions from the eye.

The history of science, and more particularly the history of inventions, constantly confronts us with the problem presented by such writings as Friar Bacon’s. Rarely has it been given to one man to promote an entirely new theory or to devise an original instrument; it is more generally the case that, in the evolution of a single idea, there comes some stage which arrests our attention, and to which we assign the dignity of an “invention.” Furthermore, the obscurity that surrounds the early history of spectacles, the magic lantern, the telescope and the microscope, may find a partial solution in the spirit of the middle ages. The natural philosopher who was bold enough to present to a prince a pair of spectacles or a telescope would be in imminent danger of being regarded in the eyes of the church as a powerful and dangerous magician; and it is conceivable that the maker of such an instrument would jealously guard the secret of its actual construction, however much he might advertise its potentialities.3

The history of science, especially the history of inventions, consistently presents us with challenges posed by writings like Friar Bacon’s. It’s rare for a single person to introduce a completely new theory or create an original tool; more often, in the development of a single idea, there’s a moment that catches our attention and earns the title of an “invention.” Additionally, the uncertainty surrounding the early history of spectacles, the magic lantern, the telescope, and the microscope might be partly explained by the mindset of the Middle Ages. A natural philosopher who dared to show a prince a pair of glasses or a telescope could face serious risks, being seen by the church as a formidable and dangerous magician; it’s likely that the creator of such a device would keep the secret of how it was made closely guarded, no matter how much they might promote its possibilities.3

§ 6. The awakening of Europe, which first manifested itself in Italy, England and France, was followed in the 16th century by a period of increasing intellectual activity. The need for experimental inquiry was realized, and a tendency to dispute the dogmatism of the church and to question the theories of the established schools of philosophy became apparent. In the science of optics, Italy led the van, the foremost pioneers being Franciscus Maurolycus (1494-1575) of Messina, and Giambattista della Porta (1538-1615) of Naples. A treatise by Maurolycus entitled Photismi de Lumine et Umbra prospectivum radiorum incidentium facientes (1575), contains a discussion of the measurement of the intensity of light—an early essay in photometry; the formation of circular patches of light by small holes of any shape, with a correct explanation of the phenomenon; and the optical relations of the parts of the eye, maintaining that the crystalline humour acts as a lens which focuses images on the retina, explaining short- and long-sight (myopia and hyper-metropia), with the suggestion that the former may be corrected by concave, and the latter by convex, lenses. He observed the spherical aberration due to elements beyond the axis of a lens, and also the caustics of refraction (diacaustics) by a sphere (seen as the bright boundaries of the luminous patches formed by receiving the transmitted light on a screen), which he correctly 612 regarded as determined by the intersections of the refracted rays. His researches on refraction were less fruitful; he assumed the angles of incidence and refraction to be in the constant ratio of 8 to 5, and the rainbow, in which he recognized four colours, orange, green, blue and purple, to be formed by rays reflected in the drops along the sides of an octagon. Porta’s fame rests chiefly on his Magia naturalis sive de miraculis rerum naturalium, of which four books were published in 1558, the complete work of twenty books appearing in 1589. It attained great popularity, perhaps by reason of its astonishing medley of subjects—pyrotechnics and perfumery, animal reproduction and hunting, alchemy and optics,—and it was several times reprinted, and translated into English (with the title Natural Magick, 1658), German, French, Spanish, Hebrew and Arabic. The work contains an account of the camera obscura, with the invention of which the author has sometimes been credited; but, whoever the inventor, Porta was undoubtedly responsible for improving and popularizing that instrument, and also the magic lantern. In the same work practical applications of lenses are suggested, combinations comparable with telescopes are vaguely treated and spectacles are discussed. His De Refractione, optices parte (1593) contains an account of binocular vision, in which are found indications of the principle of the stereoscope.

§ 6. The awakening of Europe, which first showed itself in Italy, England, and France, was followed in the 16th century by a time of growing intellectual activity. The need for experimental inquiry was recognized, and a tendency to challenge the dogmatism of the church and question the established philosophical theories became clear. In the field of optics, Italy took the lead, with the main pioneers being Franciscus Maurolycus (1494-1575) from Messina, and Giambattista della Porta (1538-1615) from Naples. A treatise by Maurolycus titled Photismi de Lumine et Umbra prospectivum radiorum incidentium facientes (1575) discusses measuring light intensity—an early piece on photometry; the formation of circular light patches through small openings of any shape, along with a correct explanation of the phenomenon; and the optical relationships of the eye's parts, asserting that the crystalline humor acts as a lens that focuses images on the retina, while explaining short-sightedness and far-sightedness (myopia and hypermetropia), suggesting that myopia can be corrected with concave lenses and hypermetropia with convex lenses. He noted spherical aberration caused by elements outside a lens's axis, as well as the caustics of refraction (diacaustics) from a sphere (seen as bright edges of light patches formed when light is projected onto a screen), which he rightly considered to be determined by the paths of the refracted rays. His studies on refraction were less successful; he assumed the angles of incidence and refraction were in a constant ratio of 8 to 5, and believed that the rainbow, which he recognized as having four colors—orange, green, blue, and purple—was created by rays reflecting within drops in the shape of an octagon. Porta's reputation mainly comes from his Magia naturalis sive de miraculis rerum naturalium, with four books published in 1558 and the complete twenty-book work released in 1589. It became very popular, likely due to its incredible mix of topics—pyrotechnics and perfumes, animal reproduction and hunting, alchemy and optics—and it was reprinted several times, translated into English (titled Natural Magick, 1658), German, French, Spanish, Hebrew, and Arabic. The work includes a description of the camera obscura, which the author is sometimes credited with inventing; however, regardless of who invented it, Porta certainly played a significant role in improving and popularizing the instrument, as well as the magic lantern. The same work suggests practical applications for lenses, vaguely discusses combinations similar to telescopes, and talks about spectacles. His De Refractione, optices parte (1593) contains a description of binocular vision, which hints at the principle of the stereoscope.

§ 7. The empirical study of lenses led, in the opening decade of the 17th century, to the emergence of the telescope from its former obscurity. The first form, known as the Dutch or Galileo telescope, consisted of a convex and a concave lens, a combination which gave erect images; the later form, now known as the “Keplerian” or “astronomical” telescope (in contrast with the earlier or “terrestrial” telescope) consisted of two convex lenses, which gave inverted images. With the microscope, too, advances were made, and it seems probable that the compound type came into common use about this time. These single instruments were followed by the invention of binoculars, i.e. instruments which permitted simultaneous vision with both eyes. There is little doubt that the experimental realization of the telescope, opening up as it did such immense fields for astronomical research, stimulated the study of lenses and optical systems. The investigations of Maurolycus were insufficient to explain the theory of the telescope, and it was Kepler who first determined the principle of the Galilean telescope in his Dioptrice (1611), which also contains the first description of the astronomical or Keplerian telescope, and the demonstration that rays parallel to the axis of a plano-convex lens come to a focus at a point on the axis distant twice the radius of the curved surface of the lens, and, in the case of an equally convex lens, at an axial point distant only once the radius. He failed, however, to determine accurately the case for unequally convex lenses, a problem which was solved by Bonaventura Cavalieri, a pupil of Galileo.

§ 7. The hands-on study of lenses in the early 1600s led to the telescope emerging from its previous obscurity. The first version, known as the Dutch or Galileo telescope, used a convex and a concave lens, resulting in upright images. The later version, called the “Keplerian” or “astronomical” telescope (as opposed to the earlier “terrestrial” telescope), used two convex lenses, which produced inverted images. The microscope also saw advancements, and it's likely that the compound type became widely used around this time. These individual instruments paved the way for the invention of binoculars, i.e., devices that allowed simultaneous viewing with both eyes. There’s no doubt that the experimental development of the telescope, which opened up vast areas for astronomical research, encouraged further study of lenses and optical systems. Maurolycus's investigations weren’t enough to fully explain the telescope's theory, and it was Kepler who first identified the principle of the Galilean telescope in his Dioptrice (1611), which also included the first description of the astronomical or Keplerian telescope. He demonstrated that rays parallel to the axis of a plano-convex lens focus at a point along the axis that is twice the radius of the curved surface of the lens, and for an equally convex lens, at a point along the axis that is only once the radius away. However, he did not accurately determine the case for unequally convex lenses, a problem solved by Bonaventura Cavalieri, a student of Galileo.

Early in the 17th century great efforts were made to determine the law of refraction. Kepler, in his Prolegomena ad Vitellionem (1604), assiduously, but unsuccessfully, searched for the law, and can only be credited with twenty-seven empirical rules, really of the nature of approximations, which he employed in his theory of lenses. The true law—that the ratio of the sines of the angles of incidence and refraction is constant—was discovered in 1621 by Willebrord Snell (1591-1626); but was published for the first time after his death, and with no mention of his name, by Descartes. Whereas in Snell’s manuscript the law was stated in the form of the ratio of certain lines, trigonometrically interpretable as a ratio of cosecants, Descartes expressed the law in its modern trigonometrical form, viz. as the ratio of the sines. It may be observed that the modern form was independently obtained by James Gregory and published in his Optica promota (1663). Armed with the law of refraction, Descartes determined the geometrical theory of the primary and secondary rainbows, but did not mention how far he was indebted to the explanation of the primary bow by Antonio de Dominis in 1611; and, similarly, in his additions to the knowledge of the telescope the influence of Galileo is not recorded.

Early in the 17th century, significant efforts were made to figure out the law of refraction. Kepler, in his Prolegomena ad Vitellionem (1604), diligently, but unsuccessfully, searched for the law and can only be credited with twenty-seven empirical rules, which were really just approximations that he used in his lens theory. The true law—that the ratio of the sines of the angles of incidence and refraction is constant—was discovered in 1621 by Willebrord Snell (1591-1626); however, it was first published after his death without mentioning his name by Descartes. While Snell stated the law in terms of the ratio of certain lines, which could be interpreted trigonometrically as a ratio of cosecants, Descartes presented the law in its modern trigonometric form, that is, as the ratio of the sines. It’s worth noting that James Gregory independently arrived at the modern form and published it in his Optica promota (1663). With the law of refraction in hand, Descartes established the geometrical theory of primary and secondary rainbows but didn’t acknowledge how much he owed to Antonio de Dominis’ explanation of the primary bow in 1611; similarly, he did not record Galileo’s influence on his advancements in telescope knowledge.

§ 8. In his metaphysical speculations on the system of nature, Descartes formulated a theory of light at variance with the generally accepted emission theory and showing some resemblance to the earlier views of Aristotle, and, in a smaller measure, to the modern undulatory theory. He imagined light to be a pressure transmitted by an infinitely elastic medium which pervades space, and colour to be due to rotatory motions of the particles of this medium. He attempted a mechanical explanation of the law of refraction, and came to the conclusion that light passed more readily through a more highly refractive medium. This view was combated by Pierre de Fermat (1601-1665), who, from the principle known as the “law of least time,” deduced the converse to be the case, i.e. that the velocity varied inversely with the refractive index. In brief, Fermat’s argument was as follows: Since nature performs her operations by the most direct routes or shortest paths, then the path of a ray of light between any two points must be such that the time occupied in the passage is a minimum. The rectilinear propagation and the law of reflection obviously agree with this principle, and it remained to be proved whether the law of refraction tallied.

§ 8. In his metaphysical ideas about the natural world, Descartes developed a theory of light that was different from the widely accepted emission theory and had some similarities to Aristotle's earlier ideas, and to a lesser extent, to the modern wave theory. He envisioned light as a pressure transmitted through an infinitely elastic medium that fills space, attributing color to the rotational motions of the particles in this medium. He tried to explain the law of refraction mechanically and concluded that light passed more easily through materials with a higher refractive index. This view was challenged by Pierre de Fermat (1601-1665), who, based on the principle known as the “law of least time,” argued the opposite—that the speed of light varies inversely with the refractive index. In short, Fermat's argument was as follows: Since nature works by the most direct routes or shortest paths, the path of a light ray between any two points must minimize the time taken to travel that distance. The straight-line propagation and the law of reflection clearly align with this principle, and it needed to be demonstrated whether the law of refraction was consistent with it.

Although Fermat’s premiss is useless, his inference is invaluable, and the most notable application of it was made in about 1824 by Sir William Rowan Hamilton, who merged it into his conception of the “characteristic function,” by the help of which all optical problems, whether on the corpuscular or on the undulator theory, are solved by one common process. Hamilton was in possession of the germs of this grand theory some years before 1824, but it was first communicated to the Royal Irish Academy in that year, and published in imperfect instalments some years later. The following is his own description of it. It is of interest as exhibiting the origin of Fermat’s deduction, its relation to contemporary and subsequent knowledge, and its connexion with other analytical principles. Moreover, it is important as showing Hamilton’s views on a very singular part of the more modern history of the science to which he contributed so much.

Although Fermat’s premise is useless, his conclusion is invaluable, and the most significant application of it was made around 1824 by Sir William Rowan Hamilton, who incorporated it into his idea of the “characteristic function.” This function allows all optical problems, whether related to the particle theory or the wave theory, to be solved through one common method. Hamilton had the foundations of this grand theory years before 1824, but he first shared it with the Royal Irish Academy that year, and it was published in incomplete parts a few years later. Here’s his own description of it. It’s interesting because it shows the origin of Fermat’s deduction, its connection to contemporary and later knowledge, and its relationship with other analytical principles. Additionally, it’s important as it reflects Hamilton’s views on a unique aspect of the more modern history of the science to which he contributed so much.

“Those who have meditated on the beauty and utility, in theoretical mechanics, of the general method of Lagrange, who have felt the power and dignity of that central dynamical theorem which he deduced, in the Mécanique analytique ..., must feel that mathematical optics can only then attain a coordinate rank with mathematical mechanics ..., when it shall possess an appropriate method, and become the unfolding of a central idea.... It appears that if a general method in deductive optics can be attained at all, it must flow from some law or principle, itself of the highest generality, and among the highest results of induction.... [This] must be the principle, or law, called usually the Law of Least Action; suggested by questionable views, but established on the widest induction, and embracing every known combination of media, and every straight, or bent, or curved line, ordinary or extraordinary, along which light (whatever light may be) extends its influence successively in space and time: namely, that this linear path of light, from one point to another, is always found to be such that, if it be compared with the other infinitely various lines by which in thought and in geometry the same two points might be connected, a certain integral or sum, called often Action, and depending by fixed rules on the length, and shape, and position of the path, and on the media which are traversed by it, is less than all the similar integrals for the other neighbouring lines, or, at least, possesses, with respect to them, a certain stationary property. From this Law, then, which may, perhaps, be named the Law of Stationary Action, it seems that we may most fitly and with best hope set out, in the synthetic or deductive process and in the search of a mathematical method.

“Those who have reflected on the beauty and usefulness of Lagrange's general method in theoretical mechanics, and who have appreciated the power and significance of the central dynamical theorem he derived in the Mécanique analytique, must recognize that mathematical optics can only reach the same level of importance as mathematical mechanics when it develops an appropriate method and emerges from a central idea. It seems that if we are to achieve a general method in deductive optics, it must emerge from a law or principle of the broadest kind, which is one of the highest outcomes of induction. This principle, often referred to as the Law of Least Action, is based on debated ideas but is grounded in extensive induction, encompassing every known combination of media and every straight, bent, or curved line, whether ordinary or extraordinary, along which light (however we define it) propagates its influence through space and time. In essence, the path light takes from one point to another always proves to be such that, if compared to all the countless other paths that could connect those same two points both in thought and geometry, a specific integral or sum—frequently referred to as Action—which depends on specific rules tied to the length, shape, and position of the path as well as the media it traverses, is less than all the similar integrals for the other nearby paths or at least has a certain stationary property in relation to them. Thus, from this law, which could perhaps be called the Principle of Least Action, it appears that we can most appropriately and optimistically begin our synthetic or deductive process in the pursuit of a mathematical method.”

“Accordingly, from this known law of least or stationary action I deduced (long since) another connected and coextensive principle, which may be called by analogy the Law of Varying Action, and which seems to offer naturally a method such as we are seeking; the one law being as it were the last step in the ascending scale of induction, respecting linear paths of light, while the other law may usefully be made the first in the descending and deductive way.

“Accordingly, from this established principle of least or stationary action, I derived (a long time ago) another related and comprehensive principle, which could be referred to by analogy as the Law of Changing Action, and which naturally seems to provide a method like the one we are looking for; the first law being, in a sense, the final step in the ascending scale of induction regarding straight-line paths of light, while the second law can effectively serve as the starting point in the descending and deductive approach.”

“The former of these two laws was discovered in the following manner. The elementary principle of straight rays showed that light, under the most simple and usual circumstances, employs the direct, and therefore the shortest, course to pass from one point to another. Again, it was a very early discovery (attributed by Laplace to Ptolemy), that, in the case of a plane mirror, the bent line formed by the incident and reflected rays is shorter than any other bent line having the same extremities, and having its point of bending on the mirror. These facts were thought by some to be instances and results of the simplicity and economy of nature; and Fermat, whose researches on maxima and minima are claimed by the Continental mathematicians as the germ of the differential calculus, sought anxiously to trace some similar economy in the 613 more complex case of refraction. He believed that by a metaphysical or cosmological necessity, arising from the simplicity of the universe, light always takes the course which it can traverse in the shortest time. To reconcile this metaphysical opinion with the law of refraction, discovered experimentally by Snellius, Fermat was led to suppose that the two lengths, or indices, which Snellius had measured on the incident ray prolonged and on the refracted ray, and had observed to have one common projection on a refracting plane, are inversely proportional to the two successive velocities of the light before and after refraction, and therefore that the velocity of light is diminished on entering those denser media in which it is observed to approach the perpendicular; for Fermat believed that the time of propagation of light along a line bent by refraction was represented by the sum of the two products, of the incident portion multiplied by the index of the first medium and of the refracted portion multiplied by the index of the second medium; because he found, by his mathematical method, that this sum was less, in the case of a plane refractor, than if light went by any other than its actual path from one given point to another, and because he perceived that the supposition of a velocity inversely as the index reconciled his mathematical discovery of the minimum of the foregoing sum with his cosmological principle of least time. Descartes attacked Fermat’s opinions respecting light, but Leibnitz zealously defended them; and Huygens was led, by reasonings of a very different kind, to adopt Fermat’s conclusions of a velocity inversely as the index, and of a minimum time of propagation of light, in passing from one given point to another through an ordinary refracting plane. Newton, however, by his theory of emission and attraction, was led to conclude that the velocity of light was directly, not inversely, as the index, and that it was increased instead of being diminished on entering a denser medium; a result incompatible with the theorem of the shortest time in refraction. This theorem of shortest time was accordingly abandoned by many, and among the rest by Maupertuis, who, however, proposed in its stead, as a new cosmological principle, that celebrated law of least action which has since acquired so high a rank in mathematical physics, by the improvements of Euler and Lagrange.”

“The first of these two laws was discovered in the following way. The basic principle of straight rays showed that light, under the simplest and most common conditions, takes the direct, and therefore the shortest, route from one point to another. Additionally, it was an early discovery (credited to Ptolemy by Laplace) that in the case of a flat mirror, the bent line formed by the incoming and reflected rays is shorter than any other bent line with the same endpoints, having its point of bending on the mirror. Some believed these facts to demonstrate nature's simplicity and efficiency; Fermat, whose work on maxima and minima is considered by Continental mathematicians as the foundation of differential calculus, sought to find a similar efficiency in the more complex case of refraction. He believed that due to a metaphysical or cosmological necessity stemming from the simplicity of the universe, light always takes the path that it can traverse in the shortest time. To align this metaphysical view with the law of refraction, experimentally discovered by Snellius, Fermat proposed that the two lengths, or indices, which Snellius had measured on the extended incident ray and on the refracted ray, and which had one common projection on a refracting surface, are inversely proportional to the two successive velocities of light before and after refraction. Therefore, he concluded that the speed of light decreases when entering denser media, where it is observed to move closer to the perpendicular; because Fermat thought the time it takes for light to travel along a bent line due to refraction is represented by the sum of the two products: the incident part multiplied by the index of the first medium and the refracted part multiplied by the index of the second medium. He found that this sum was smaller, in the case of a flat refractor, than if light took any other path from one point to another, and he realized that assuming a velocity inversely proportional to the index reconciled his mathematical discovery of the minimum of the sum with his cosmological principle of least time. Descartes argued against Fermat’s views on light, but Leibnitz strongly defended them; and Huygens, through very different reasoning, came to accept Fermat’s conclusions regarding an inversely proportional velocity to the index and a minimum time for light to propagate when moving from one point to another through a standard refracting plane. However, Newton, with his theory of emission and attraction, concluded that the velocity of light was directly, not inversely, related to the index, and that it was increased rather than diminished when entering a denser medium; a finding that contradicted the theorem of the shortest time in refraction. Consequently, many, including Maupertuis, abandoned this theorem, though he proposed instead a new cosmological principle, the celebrated law of least action, which has since gained significant importance in mathematical physics, thanks to the contributions of Euler and Lagrange.”

§ 9. The second half of the 17th century witnessed developments in the practice and theory of optics which equal in importance the mathematical, chemical and astronomical acquisitions of the period. Original observations were made which led to the discovery, in an embryonic form, of new properties of light, and the development of mathematical analysis facilitated the quantitative and theoretical investigation of these properties. Indeed, mathematical and physical optics may justly be dated from this time. The phenomenon of diffraction, so named by Grimaldi, and by Newton inflection, which may be described briefly as the spreading out, or deviation, from the strictly rectilinear path of light passing through a small aperture or beyond the edge of an opaque object, was discovered by the Italian Jesuit, Francis Maria Grimaldi (1619-1663), and published in his Physico-Mathesis de Lumine (1665); at about the same time Newton made his classical investigation of the spectrum or the band of colours formed when light is transmitted through a prism,4 and studied interference phenomena in the form of the colours of thin and thick plates, and in the form now termed Newton’s rings; double refraction, in the form of the dual images of a single object formed by a rhomb of Iceland spar, was discovered by Bartholinus in 1670; Huygens’s examination of the transmitted beams led to the discovery of an absence of symmetry now called polarization; and the finite velocity of light was deduced in 1676 by Ole Roemer from the comparison of the observed and computed times of the eclipses of the moons of Jupiter.

§ 9. The second half of the 17th century saw important advancements in the practice and theory of optics that are on par with the mathematical, chemical, and astronomical gains of the time. Original observations were made, leading to the early discovery of new properties of light, and the development of mathematical analysis allowed for a more quantitative and theoretical exploration of these properties. In fact, we can rightly say that mathematical and physical optics began during this period. The phenomenon known as diffraction, named by Grimaldi and referred to as inflection by Newton, can be briefly described as the spreading out or deviation of light from a straight line when it passes through a small opening or around the edge of an opaque object. This was discovered by the Italian Jesuit Francis Maria Grimaldi (1619-1663) and published in his Physico-Mathesis de Lumine (1665); around the same time, Newton conducted his classic study of the spectrum, or the array of colors created when light passes through a prism, 4 and examined interference phenomena manifested in the colors produced by thin and thick plates, as well as the pattern now known as Newton’s rings; double refraction, which produces two images of a single object through a rhomb of Iceland spar, was discovered by Bartholinus in 1670; Huygens's study of transmitted beams led to the discovery of what we now call polarization; and in 1676, Ole Roemer deduced the finite speed of light by comparing the observed and calculated times of the eclipses of Jupiter's moons.

These discoveries had a far-reaching influence upon the theoretical views which had been previously held: for instance, Newton’s recombination of the spectrum by means of a second (inverted) prism caused the rejection of the earlier view that the prism actually manufactured the colours, and led to the acceptance of the theory that the colours were physically present in the white light, the function of the prism being merely to separate the physical mixture; and Roemer’s discovery of the finite velocity of light introduced the necessity of considering the momentum of the particles which, on the accepted emission theory, composed the light. Of greater moment was the controversy concerning the emission or corpuscular theory championed by Newton and the undulatory theory presented by Huygens (see section II. of this article). In order to explain the colours of thin plates Newton was forced to abandon some of the original simplicity of his theory; and we may observe that by postulating certain motions for the Newtonian corpuscles all the phenomena of light can be explained, these motions aggregating to a transverse displacement, translated longitudinally, and the corpuscles, at the same time, becoming otiose and being replaced by a medium in which the vibration is transmitted. In this way the Newtonian theory may be merged into the undulatory theory. Newton’s results are collected in his Opticks, the first edition of which appeared in 1704. Huygens published his theory in his Traité de lumière (1690), where he explained reflection, refraction and double refraction, but did not elucidate the formation of shadows (which was readily explicable on the Newtonian hypothesis) or polarization; and it was this inability to explain polarization which led to Newton’s rejection of the wave theory. The authority of Newton and his masterly exposition of the corpuscular theory sustained that theory until the beginning of the 19th century, when it succumbed to the assiduous skill of Young and Fresnel.

These discoveries had a significant impact on the theoretical views that were previously accepted. For example, Newton’s use of a second (inverted) prism to recombine the spectrum led to the rejection of the earlier belief that the prism created the colors. Instead, it supported the idea that the colors were already present in white light, and the prism’s role was simply to separate this physical mixture. Additionally, Roemer’s discovery of the finite speed of light raised the need to consider the momentum of the particles that, according to the accepted emission theory, made up light. Of greater importance was the debate between Newton's emission or corpuscular theory and Huygens' wave theory (see section II. of this article). To explain the colors seen in thin plates, Newton had to move away from some of the original simplicity of his theory. Notably, by proposing specific motions for the Newtonian corpuscles, all light phenomena can be explained, with these motions combining to create transverse displacement, which is translated longitudinally, and the corpuscles becoming unnecessary and being replaced by a medium where the vibration is transmitted. Through this, Newton's theory can be integrated into the wave theory. Newton's findings are compiled in his Opticks, the first edition of which was published in 1704. Huygens shared his theory in his Traité de lumière (1690), where he detailed reflection, refraction, and double refraction, but he did not clarify the formation of shadows (which was easily explained by Newton's hypothesis) or polarization; this inability to account for polarization led to Newton's dismissal of the wave theory. The authority of Newton and his clear explanation of the corpuscular theory upheld this theory until the early 19th century, when it was challenged by the persistent efforts of Young and Fresnel.

§ 10. Simultaneously with this remarkable development of theoretical and experimental optics, notable progress was made in the construction of optical instruments. The increased demand for telescopes, occasioned by the interest in observational astronomy, led to improvements in the grinding of lenses (the primary aim being to obtain forms in which spherical aberration was a minimum), and also to the study of achromatism, the principles of which followed from Newton’s analysis and synthesis of white light. Kepler’s supposition that lenses having the form of surfaces of revolution of the conic sections would bring rays to a focus without spherical aberration was investigated by Descartes, and the success of the latter’s demonstration led to the grinding of ellipsoidal and hyperboloidal lenses, but with disappointing results.5 The grinding of spherical lenses was greatly improved by Huygens, who also attempted to reduce chromatic aberration in the refracting telescope by introducing a stop (i.e. by restricting the aperture of the rays); to the same experimenter are due compound eye-pieces, the invention of which had been previously suggested by Eustachio Divini. The so-called Huygenian eye-piece is composed of two plano-convex lenses with their plane faces towards the eye; the field-glass has a focal length three times that of the eye-glass, and the distance between them is twice the focal length of the eye-glass. Huygens observed that spherical aberration was diminished by making the deviations of the rays at the two lenses equal, and Ruggiero Giuseppe Boscovich subsequently pointed out that the combination was achromatic. The true development, however, of the achromatic refracting telescope, which followed from the introduction of compound object-glasses giving no dispersion, dates from about the middle of the 18th century. 614 The difficulty of obtaining lens systems in which aberrations were minimized, and the theory of Newton that colour production invariably attended refraction, led to the manufacture of improved specula which permitted the introduction of reflecting telescopes. The idea of this type of instrument had apparently occurred to Marin Mersenne in about 1640, but the first reflector of note was described in 1663 by James Gregory in his Optica promota; a second type was invented by Newton, and a third in 1672 by Cassegrain. Slight improvements were made in the microscope, although the achromatic type did not appear until about 1820, some sixty years after John Dollond had determined the principle of the achromatic telescope (see Aberration, Telescope, Microscope, Binocular Instrument).

§ 10. Alongside the impressive advancements in theoretical and experimental optics, significant progress was also made in the design of optical instruments. The growing demand for telescopes, driven by the interest in observational astronomy, led to enhancements in lens grinding (with the main goal of achieving shapes that minimized spherical aberration) and to the exploration of achromatism, based on Newton’s analysis and synthesis of white light. Kepler's hypothesis that lenses shaped like conic section surfaces would focus rays without spherical aberration was investigated by Descartes, and his successful demonstration led to the grinding of ellipsoidal and hyperboloidal lenses, though with disappointing results.5 Huygens significantly improved the grinding of spherical lenses and also sought to reduce chromatic aberration in the refracting telescope by adding a stop (i.e. by limiting the aperture of the rays); he is credited with the invention of compound eyepieces, which had been previously suggested by Eustachio Divini. The Huygenian eyepiece consists of two plano-convex lenses with their flat surfaces facing the eye; the field lens has a focal length three times that of the eye lens, and the space between them is twice the focal length of the eye lens. Huygens noticed that spherical aberration was reduced by making the deviations of the rays at the two lenses equal, and Ruggiero Giuseppe Boscovich later pointed out that this combination was achromatic. The real development of the achromatic refracting telescope, which came from the use of compound object lenses that produced no dispersion, began around the mid-18th century. 614 The challenges of creating lens systems that minimized aberrations, along with Newton's theory that color production inevitably accompanied refraction, led to the creation of improved mirrors that allowed for the introduction of reflecting telescopes. The concept for this type of instrument appears to have originated with Marin Mersenne around 1640, but the first notable reflector was described in 1663 by James Gregory in his Optica promota; a second type was invented by Newton, and a third in 1672 by Cassegrain. Some minor improvements were made to the microscope, although the achromatic type did not emerge until around 1820, nearly sixty years after John Dollond established the principle of the achromatic telescope (see Aberration, Telescope, Microscope, Binocular Instrument).

§ 11. Passing over the discovery by Ehrenfried Walther Tschirnhausen (1651-1708) of the caustics produced by reflection (“catacaustics”) and his experiments with large reflectors and refractors (for the manufacture of which he established glass-works in Italy); James Bradley’s discovery in 1728 of the “aberration of light,” with the subsequent derivation of the velocity of light, the value agreeing fairly well with Roemer’s estimate; the foundation of scientific photometry by Pierre Bouguer in an essay published in 1729 and expanded in 1760 into his Traité d’optique sur la graduation de la lumière; the publication of John Henry Lambert’s treatise on the same subject, entitled Photometria, sive de Mensura et Gradibus Luminis, Colorum et Umbrae (1760); and the development of the telescope and other optical instruments, we arrive at the closing decades of the 18th century. During the forty years 1780 to 1820 the history of optics is especially marked by the names of Thomas Young and Augustin Fresnel, and in a lesser degree by Arago, Malus, Sir William Herschel, Fraunhofer, Wollaston, Biot and Brewster.

§ 11. Skipping over the discovery by Ehrenfried Walther Tschirnhausen (1651-1708) of the caustics created by reflection (“catacaustics”) and his experiments with large reflectors and refractors (for which he established glassworks in Italy); James Bradley’s discovery in 1728 of the “aberration of light,” followed by the calculation of the speed of light, which matched Roemer’s estimate fairly closely; the establishment of scientific photometry by Pierre Bouguer in an essay published in 1729, later expanded in 1760 into his Traité d’optique sur la graduation de la lumière; the publication of John Henry Lambert’s treatise on the same subject, titled Photometria, sive de Mensura et Gradibus Luminis, Colorum et Umbrae (1760); and the advancement of the telescope and other optical instruments, we reach the closing decades of the 18th century. During the forty years from 1780 to 1820, the history of optics is particularly defined by the contributions of Thomas Young and Augustin Fresnel, along with, to a lesser extent, Arago, Malus, Sir William Herschel, Fraunhofer, Wollaston, Biot, and Brewster.

Although the corpuscular theory had been disputed by Benjamin Franklin, Leonhard Euler and others, the authority of Newton retained for it an almost general acceptance until the beginning of the 19th century, when Young and Fresnel instituted their destructive criticism. Basing his views on the earlier undulatory theories and diffraction phenomena of Grimaldi and Hooke, Young accepted the Huygenian theory, assuming, from a false analogy with sound waves, that the wave-disturbance was longitudinal, and ignoring the suggestion made by Hooke in 1672 that the direction of the vibration might be transverse, i.e. at right angles to the direction of the rays. As with Huygens, Young was unable to explain diffraction correctly, or polarization. But the assumption enabled him to establish the principle of interference,6 one of the most fertile in the science of physical optics. The undulatory theory was also accepted by Fresnel who, perceiving the inadequacy of the researches of Huygens and Young, showed in 1818 by an analysis which, however, is not quite free from objection, that, by assuming that every element of a wave-surface could act as a source of secondary waves or wavelets, the diffraction bands were due to the interference of the secondary waves formed by each element of a primary wave falling upon the edge of an obstacle or aperture. One consequence of Fresnel’s theory was that the bands were independent of the nature of the diffracting edge—a fact confirmed by experiment and therefore invalidating Young’s theory that the bands were produced by the interference between the primary wave and the wave reflected from the edge of the obstacle. Another consequence, which was first mathematically deduced by Poisson and subsequently confirmed by experiment, is the paradoxical phenomenon that a small circular disk illuminated by a point source casts a shadow having a bright centre.

Although the corpuscular theory was challenged by Benjamin Franklin, Leonhard Euler, and others, Newton's authority kept it widely accepted until the early 19th century, when Young and Fresnel began their critical analysis. Young, building on earlier wave theories and the diffraction work of Grimaldi and Hooke, embraced the Huygenian theory. He incorrectly assumed, based on a flawed comparison to sound waves, that the wave disturbance was longitudinal, overlooking Hooke's suggestion in 1672 that the vibrations might be transverse, meaning at right angles to the direction of the rays. Like Huygens, Young struggled to accurately explain diffraction and polarization. However, this assumption allowed him to establish the principle of interference, which became one of the most productive concepts in physical optics. Fresnel also adopted the wave theory and, recognizing the shortcomings in Huygens' and Young's research, demonstrated in 1818—though his analysis was not without its issues—that by considering every point on a wave surface as a source of secondary waves or wavelets, the diffraction patterns resulted from the interference of these secondary waves generated by each point of a primary wave striking the edge of an obstacle or aperture. One implication of Fresnel’s theory was that the diffraction bands were independent of the nature of the diffracting edge—a point confirmed through experimentation, thus disproving Young’s theory that the bands arose from the interference between the primary wave and the wave reflected from the edge of the obstacle. Another point, which Poisson first derived mathematically and later verified through experimentation, is the surprising phenomenon where a small circular disk illuminated by a point source creates a shadow with a bright center.

§ 12. The undulatory theory reached its zenith when Fresnel explained the complex phenomena of polarization, by adopting the conception of Hooke that the vibrations were transverse, and not longitudinal.7 Polarization by double refraction had been investigated by Huygens, and the researches of Wollaston and, more especially, of Young, gave such an impetus to the study that the Institute of France made double refraction the subject of a prize essay in 1812. E. L. Malus (1775-1812) discovered the phenomenon of polarization by reflection about 1808 and investigated metallic reflection; Arago discovered circular polarization in quartz in 1811, and, with Fresnel, made many experimental investigations, which aided the establishment of the Fresnel-Arago laws of the interference of polarized beams; Biot introduced a reflecting polariscope, investigated the colours of crystalline plates and made many careful researches on the rotation of the plane of polarization; Sir David Brewster made investigations over a wide range, and formulated the law connecting the angle of polarization with the refractive index of the reflecting medium. Fresnel’s theory was developed in a strikingly original manner by Sir William Rowan Hamilton, who interpreted from Fresnel’s analytical determination of the geometrical form of the wave-surface in biaxal crystals the existence of two hitherto unrecorded phenomena. At Hamilton’s instigation Humphrey Lloyd undertook the experimental search, and brought to light the phenomena of external and internal conical refraction.

§ 12. The wave theory reached its peak when Fresnel explained the complex phenomena of polarization by adopting Hooke's idea that the vibrations were transverse, not longitudinal.7 Polarization through double refraction had been studied by Huygens, and the research of Wollaston, and especially Young, gave such a boost to the study that the Institute of France made double refraction the topic of a prize essay in 1812. E. L. Malus (1775-1812) discovered the phenomenon of polarization by reflection around 1808 and investigated metallic reflection; Arago discovered circular polarization in quartz in 1811 and, along with Fresnel, conducted many experiments that helped establish the Fresnel-Arago laws of interference of polarized beams; Biot introduced a reflecting polariscope, studied the colors of crystalline plates, and conducted many careful studies on the rotation of the plane of polarization; Sir David Brewster carried out investigations across a broad spectrum and formulated the law linking the angle of polarization with the refractive index of the reflecting medium. Fresnel’s theory was notably expanded by Sir William Rowan Hamilton, who interpreted from Fresnel’s analytical determination of the geometrical shape of the wave-surface in biaxial crystals the existence of two previously unrecorded phenomena. At Hamilton’s urging, Humphrey Lloyd conducted the experimental search and uncovered the phenomena of external and internal conical refraction.

The undulatory vibration postulated by Fresnel having been generally accepted as explaining most optical phenomena, it became necessary to determine the mechanical properties of the aether which transmits this motion. Fresnel, Neumann, Cauchy, MacCullagh, and, especially, Green and Stokes, developed the “elastic-solid theory.” By applying the theory of elasticity they endeavoured to determine the constants of a medium which could transmit waves of the nature of light. Many different allocations were suggested (of which one of the most recent is Lord Kelvin’s “contractile aether,” which, however, was afterwards discarded by its author), and the theory as left by Green and Stokes has merits other than purely historical. At a later date theories involving an action between the aether and material atoms were proposed, the first of any moment being J. Boussinesq’s (1867). C. Christiansen’s investigation of anomalous dispersion in 1870, and the failure of Cauchy’s formula (founded on the elastic-solid theory) to explain this phenomenon, led to the theories of W. Sellmeier (1872), H. von Helmholtz (1875), E. Ketteler (1878), E. Lommel (1878) and W. Voigt (1883). A third class of theory, to which the present-day theory belongs, followed from Clerk Maxwell’s analytical investigations in electromagnetics. Of the greatest exponents of this theory we may mention H. A. Lorentz, P. Drude and J. Larmor, while Lord Rayleigh has, with conspicuous brilliancy, explained several phenomena (e.g. the colour of the sky) on this hypothesis.

The wave-like vibrations proposed by Fresnel have been widely accepted as explanations for most optical phenomena, making it necessary to identify the mechanical properties of the ether that transmits this motion. Fresnel, Neumann, Cauchy, MacCullagh, and particularly Green and Stokes, developed the "elastic-solid theory." By applying elasticity theory, they attempted to find the constants of a medium that could transmit light waves. Various models were suggested, including Lord Kelvin's "contractile ether," which he later abandoned. The theory left by Green and Stokes has values beyond just historical significance. Later on, theories involving interaction between the ether and material atoms emerged, with J. Boussinesq’s work in 1867 being the first significant one. C. Christiansen’s study of unusual dispersion in 1870 and the shortcomings of Cauchy’s formula (based on the elastic-solid theory) in explaining this phenomenon led to theories by W. Sellmeier (1872), H. von Helmholtz (1875), E. Ketteler (1878), E. Lommel (1878), and W. Voigt (1883). A third category of theory, which the current theory falls under, emerged from Clerk Maxwell’s analytical work in electromagnetics. Key figures in this theory include H. A. Lorentz, P. Drude, and J. Larmor, while Lord Rayleigh has brilliantly explained several phenomena (e.g., the color of the sky) based on this hypothesis.

For a critical examination of these theories see section II. of this article; reference may also be made to the British Association Reports: “On Physical Optics,” by Humphrey Lloyd (1834), p. 35; “On Double Refraction,” by Sir G. G. Stokes (1862), p. 253; “On Optical Theories,” by R. T. Glazebrook (1885), p. 157.

For a critical look at these theories, see section II of this article. You can also refer to the British Association Reports: “On Physical Optics” by Humphrey Lloyd (1834), p. 35; “On Double Refraction” by Sir G. G. Stokes (1862), p. 253; “On Optical Theories” by R. T. Glazebrook (1885), p. 157.

§ 13. Recent Developments.—The determination of the velocity of light (see section III. of this article) may be regarded as definitely settled, a result contributed to by A. H. L. Fizeau (1849), J. B. L. Foucault (1850, 1862), A. Cornu (1874), A. A. Michelson (1880), James Young and George Forbes (1882), Simon Newcomb (1880-1882) and Cornu (1900). The velocity in moving media was investigated theoretically by Fresnel; and Fizeau (1859), and Michelson and Morley (1886) showed experimentally that the velocity was increased in running water by an amount agreeing with Fresnel’s formula, which was based on the hypothesis of a stationary aether. The optics of moving media have also been investigated by Lord Rayleigh, and more especially by H. A. Lorentz, who also assumed a stationary aether. The relative motion of the earth and the aether has an 615 important connexion with the phenomenon of the aberration of light, and has been treated with masterly skill by Joseph Larmor and others (see Aether). The relation of the earth’s motion to the intensities of terrestrial sources of light was investigated theoretically by Fizeau, but no experimental inquiry was made until 1903, when Nordmeyer obtained negative results, which were confirmed by the theoretical investigations of A. A. Bucherer and H. A. Lorentz.

§ 13. Recent Developments.—The measurement of the speed of light (see section III. of this article) can be seen as definitively established, thanks to contributions from A. H. L. Fizeau (1849), J. B. L. Foucault (1850, 1862), A. Cornu (1874), A. A. Michelson (1880), James Young and George Forbes (1882), Simon Newcomb (1880-1882), and Cornu (1900). The speed in moving media was theoretically explored by Fresnel; Fizeau (1859), along with Michelson and Morley (1886), demonstrated experimentally that the speed increased in flowing water in line with Fresnel’s formula, which was based on the idea of a stationary aether. The optics of moving media have also been studied by Lord Rayleigh, and particularly by H. A. Lorentz, who also assumed a stationary aether. The relative motion of the Earth and the aether is significantly connected to the phenomenon of light aberration, which has been skillfully addressed by Joseph Larmor and others (see Aether). The relationship between the Earth’s motion and the intensities of terrestrial light sources was theoretically examined by Fizeau, but no experimental inquiry took place until 1903, when Nordmeyer reported negative results, which were confirmed by the theoretical studies of A. A. Bucherer and H. A. Lorentz.

Experimental photometry has been greatly developed since the pioneer work of Bouguer and Lambert and the subsequent introduction of the photometers of Ritchie, Rumford, Bunsen and Wheatstone, followed by Swan’s in 1859, and O. R. Lummer and E. Brodhun’s instrument (essentially the same as Swan’s) in 1889. This expansion may largely be attributed to the increase in the number of artificial illuminants—especially the many types of filament- and arc-electric lights, and the incandescent gas light. Colour photometry has also been notably developed, especially since the enunciation of the “Purkinje phenomenon” in 1825. Sir William Abney has contributed much to this subject, and A. M. Meyer has designed a photometer in which advantage is taken of the phenomenon of contrast colours. “Flicker photometry” may be dated from O. N. Rood’s investigations in 1893, and the same principle has been applied by Haycraft and Whitman. These questions—colour and flicker photometry—have important affinities to colour perception and the persistence of vision (see Vision). The spectrophotometer, devised by De Witt Bristol Brace in 1899, which permits the comparison of similarly coloured portions of the spectra from two different sources, has done much valuable work in the determination of absorptive powers and extinction coefficients. Much attention has also been given to the preparation of a standard of intensity, and many different sources have been introduced (see Photometry). Stellar photometry, which was first investigated instrumentally with success by Sir John Herschel, was greatly improved by the introduction of Zöllner’s photometer, E. C. Pickering’s meridian photometer and C. Pritchard’s wedge photometer. Other methods of research in this field are by photography—photographic photometry—and radiometric method (see Photometry, Celestial).

Experimental photometry has advanced significantly since the pioneering work of Bouguer and Lambert and the later introduction of Ritchie, Rumford, Bunsen, and Wheatstone's photometers, followed by Swan’s in 1859, and O. R. Lummer and E. Brodhun’s device (which is essentially the same as Swan’s) in 1889. This growth can largely be credited to the increase in artificial light sources—especially various types of filament and arc electric lights, and incandescent gas lights. Color photometry has also evolved considerably, especially since the introduction of the “Purkinje phenomenon” in 1825. Sir William Abney has greatly contributed to this field, and A. M. Meyer has created a photometer that utilizes the phenomenon of contrasting colors. The concept of “flicker photometry” began with O. N. Rood’s research in 1893, and the same principle has been utilized by Haycraft and Whitman. These topics—color and flicker photometry—are closely related to color perception and the persistence of vision (see Vision). The spectrophotometer, designed by De Witt Bristol Brace in 1899, allows for the comparison of similarly colored sections of the spectra from two different sources and has made significant contributions to determining absorptive powers and extinction coefficients. Considerable attention has also been directed toward establishing a standard of intensity, with many different sources introduced (see Photometry). Stellar photometry, which was first successfully explored instrumentally by Sir John Herschel, saw major improvements with the introduction of Zöllner’s photometer, E. C. Pickering’s meridian photometer, and C. Pritchard’s wedge photometer. Other research methods in this area include photographic photometry and radiometric methods (see Photometry, Celestial).

The earlier methods for the experimental determination of refractive indices by measuring the deviation through a solid prism of the substance in question or, in the case of liquids, through a hollow prism containing the liquid, have been replaced in most accurate work by other methods. The method of total reflection, due originally to Wollaston, has been put into a very convenient form, applicable to both solids and liquids, in the Pulfrich refractometer (see Refraction). Still more accurate methods, based on interference phenomena, have been devised. Jamin’s interference refractometer is one of the earlier forms of such apparatus; and Michelson’s interferometer is one of the best of later types (see Interference). The variation of refractive index with density has been the subject of much experimental and theoretical inquiry. The empirical rule of Gladstone and Dale was often at variance with experiment, and the mathematical investigations of H. A. Lorentz of Leiden and L. Lorenz of Copenhagen on the electromagnetic theory led to a more consistent formula. The experimental work has been chiefly associated with the names of H. H. Landolt and J. W. Brühl, whose results, in addition to verifying the Lorenz-Lorentz formula, have established that this function of the refractive index and density is a colligative property of the molecule, i.e. it is calculable additively from the values of this function for the component atoms, allowance being made for the mode in which they are mutually combined (see Chemistry, Physical). The preparation of lenses, in which the refractive index decreases with the distance from the axis, by K. F. J. Exner, H. F. L. Matthiessen and Schott, and the curious results of refraction by non-homogeneous media, as realized by R. Wood may be mentioned (see Mirage).

The earlier methods for experimentally determining refractive indices by measuring the deviation through a solid prism of the substance or, in the case of liquids, through a hollow prism containing the liquid, have largely been replaced by more accurate techniques. The method of total reflection, originally developed by Wollaston, has been simplified and is now used for both solids and liquids in the Pulfrich refractometer (see Refraction). Even more precise methods based on interference phenomena have been created. Jamin’s interference refractometer is one of the earlier examples of such devices, while Michelson’s interferometer is among the best of the more recent types (see Interference). The relationship between refractive index and density has been the focus of extensive experimental and theoretical research. The empirical rule by Gladstone and Dale often conflicted with experimental results, and the mathematical work done by H. A. Lorentz from Leiden and L. Lorenz from Copenhagen on electromagnetic theory produced a more reliable formula. The experimental research has primarily been linked to H. H. Landolt and J. W. Brühl, whose findings not only confirmed the Lorenz-Lorentz formula but also established that this relationship between refractive index and density is a colligative property of the molecule, meaning it can be calculated additively from the values for the component atoms while considering how they are combined (see Chemistry, Physical). The creation of lenses where the refractive index decreases with distance from the axis by K. F. J. Exner, H. F. L. Matthiessen, and Schott, along with the interesting results of refraction by non-homogeneous media as demonstrated by R. Wood, should also be noted (see Mirage).

The spectrum of white light produced by prismatic refraction has engaged many investigators. The infra-red or heat waves were discovered by Sir William Herschel, and experiments on the actinic effects of the different parts of the spectrum on silver salts by Scheele, Senebier, Ritter, Seebeck and others, proved the increased activity as one passed from the red to the violet and the ultra-violet. Wollaston also made many investigations in this field, noticing the dark lines—the “Fraunhofer lines”—which cross the solar spectrum, which were further discussed by Brewster and Fraunhofer, who thereby laid the foundations of modern spectroscopy. Mention may also be made of the investigations of Lord Rayleigh and Arthur Schuster on the resolving power of prisms (see Diffraction), and also of the modern view of the function of the prism in analysing white light. The infra-red and ultra-violet rays are of especial interest since, although not affecting vision after the manner of ordinary light, they possess very remarkable properties. Theoretical investigation on the undulatory theory of the law of reflection shows that a surface, too rough to give any trace of regular reflection with ordinary light, may regularly reflect the long waves, a phenomenon experimentally realized by Lord Rayleigh. Long waves—the so-called “residual rays” or “Rest-strahlen”—have also been isolated by repeated reflections from quartz surfaces of the light from zirconia raised to incandescence by the oxyhydrogen flame (E. F. Nichols and H. Rubens); far longer waves were isolated by similar reflections from fluorite (56 µ) and sylvite (61 µ) surfaces in 1899 by Rubens and E. Aschkinass. The short waves—ultra-violet rays—have also been studied, the researches of E. F. Nichols on the transparency of quartz to these rays, which are especially present in the radiations of the mercury arc, having led to the introduction of lamps made of fused quartz, thus permitting the convenient study of these rays, which, it is to be noted, are absorbed by ordinary clear glass. Recent researches at the works of Schott and Genossen, Jena, however, have resulted in the production of a glass transparent to the ultra-violet.

The spectrum of white light created by prismatic refraction has caught the attention of many researchers. Sir William Herschel discovered infrared or heat waves, and experiments on the effects of different parts of the spectrum on silver salts by Scheele, Senebier, Ritter, Seebeck, and others showed increased activity from red to violet and into the ultraviolet. Wollaston also conducted many studies in this area, noting the dark lines—the “Fraunhofer lines”—that cross the solar spectrum, which were further explored by Brewster and Fraunhofer, establishing the foundations of modern spectroscopy. Additionally, Lord Rayleigh and Arthur Schuster investigated the resolving power of prisms (see Diffraction), along with contemporary views on how prisms analyze white light. Infrared and ultraviolet rays are particularly intriguing because, although they don’t affect vision like regular light, they have remarkable properties. Theoretical studies based on the undulatory theory of reflection laws indicate that a surface too rough for regular reflection with ordinary light can still reflect longer waves regularly, a phenomenon that Lord Rayleigh demonstrated experimentally. Long waves—the so-called “residual rays” or “Rest-strahlen”—have also been isolated through repeated reflections from quartz surfaces, using light from zirconia heated to incandescence by an oxyhydrogen flame (E. F. Nichols and H. Rubens); even longer waves were isolated from fluorite (56 µ) and sylvite (61 µ) surfaces in 1899 by Rubens and E. Aschkinass. The short waves—ultraviolet rays—have also been examined, with E. F. Nichols' research into the transparency of quartz to these rays, particularly evident in the radiations of the mercury arc, leading to the development of lamps made from fused quartz, allowing for easier study of these rays, which are absorbed by regular clear glass. Recent research by Schott and Genossen in Jena has resulted in the creation of glass that is transparent to ultraviolet light.

Dispersion, i.e. that property of a substance which consists in having a different refractive index for rays of different wave-lengths, was first studied in the form known as “ordinary dispersion” in which the refrangibility of the ray increased with the wave-length. Cases had been observed by Fox Talbot, Le Roux, and especially by Christiansen (1870) and A. Kundt (1871-1872) where this normal rule did not hold; to such phenomena the name “anomalous dispersion” was given, but really there is nothing anomalous about it at all, ordinary dispersion being merely a particular case of the general phenomenon. The Cauchy formula, which was founded on the elastic-solid theory, did not agree with the experimental facts, and the germs of the modern theory, as was pointed out by Lord Rayleigh in 1900, were embodied in a question proposed by Clerk Maxwell for the Mathematical Tripos examination for 1869. The principle, which occurred simultaneously to W. Sellmeier (who is regarded as the founder of the modern theory) and had been employed about 1850 by Sir G. G. Stokes to explain absorption lines, involves an action between the aether and the molecules of the dispersing substance. The mathematical investigation is associated with the names of Sellmeier, Hermann Helmholtz, Eduard Ketteler, P. Drude, H. A. Lorentz and Lord Rayleigh, and the experimental side with many observers—F. Paschen, Rubens and others; absorbing media have been investigated by A. W. Pflüger, a great many aniline dyes by K. Stöckl, and sodium vapour by R. W. Wood. Mention may also be made of the beautiful experiments of Christiansen (1884) and Lord Rayleigh on the colours transmitted by white powders suspended in liquids of the same refractive index. If, for instance, benzol be gradually added to finely powdered quartz, a succession of beautiful colours—red, yellow, green and finally blue—is transmitted, or, under certain conditions, the colours may appear at once, causing the mixture to flash like a fiery opal. Absorption, too, has received much attention; the theory has been especially elaborated by M. Planck, and the experimental investigation has been prosecuted from the purely physical standpoint, and also from the standpoint of the physical chemist, with a view to correlating absorption with constitution.

Dispersion, i.e. the characteristic of a substance that means it has different refractive indices for light rays of various wavelengths, was initially studied in its most common form known as "ordinary dispersion," where the refractive power of the ray increases with the wavelength. Cases had been noted by Fox Talbot, Le Roux, and especially Christiansen (1870) and A. Kundt (1871-1872) where this usual rule did not apply; such occurrences were labeled “anomalous dispersion,” but there’s really nothing unusual about it—ordinary dispersion is simply a specific instance of the broader phenomenon. The Cauchy formula, based on the elastic-solid theory, did not align with experimental observations, and the foundations of the modern theory, as noted by Lord Rayleigh in 1900, were encapsulated in a question posed by Clerk Maxwell for the Mathematical Tripos exam in 1869. The principle, which W. Sellmeier (who is seen as the founder of the modern theory) came up with around the same time and was previously used by Sir G. G. Stokes around 1850 to explain absorption lines, involves an interaction between the aether and the molecules of the dispersing substance. The mathematical exploration involves figures like Sellmeier, Hermann Helmholtz, Eduard Ketteler, P. Drude, H. A. Lorentz, and Lord Rayleigh, while the experimental aspect has engaged various researchers—F. Paschen, Rubens, and others; absorbing materials have been examined by A. W. Pflüger, numerous aniline dyes by K. Stöckl, and sodium vapor by R. W. Wood. It’s also worth mentioning the stunning experiments by Christiansen (1884) and Lord Rayleigh on the colors transmitted by white powders suspended in liquids that have the same refractive index. For instance, if benzene is gradually added to finely powdered quartz, a sequence of gorgeous colors—red, yellow, green, and finally blue—can be seen, or, under certain conditions, the colors may appear all at once, making the mixture flash like a fiery opal. Absorption has been a focal point of much research; the theory has been particularly detailed by M. Planck, and experimental investigations have been carried out from both a purely physical perspective and from that of the physical chemist, aiming to link absorption to the substance's composition.

Interference phenomena have been assiduously studied. The 616 experiments of Young, Fresnel, Lloyd, Fizeau and Foucault, of Fresnel and Arago on the measurement of refractive indices by the shift of the interference bands, of H. F. Talbot on the “Talbot bands” (which he insufficiently explained on the principle of interference, it being shown by Sir G. B. Airy that diffraction phenomena supervene), of Baden-Powell on the “Powell bands,” of David Brewster on “Brewster’s bands,” have been developed, together with many other phenomena—Newton’s rings, the colours of thin, thick and mixed plates, &c.—in a striking manner, one of the most important results being the construction of interferometers applicable to the determination of refractive indices and wave-lengths, with which the names of Jamin, Michelson, Fabry and Perot, and of Lummer and E. Gehrcke are chiefly associated. The mathematical investigations of Fresnel may be regarded as being completed by the analysis chiefly due to Airy, Stokes and Lord Rayleigh. Mention may be made of Sir G. G. Stokes’ attribution of the colours of iridescent crystals to periodic twinning; this view has been confirmed by Lord Rayleigh (Phil. Mag., 1888) who, from the purity of the reflected light, concluded that the laminae were equidistant by the order of a wave-length. Prior to 1891 only interference between waves proceeding in the same direction had been studied. In that year Otto H. Wiener obtained, on a film 1/20th of a wave-length in thickness, photographic impressions of the stationary waves formed by the interference of waves proceeding in opposite directions, and in 1892 Drude and Nernst employed a fluorescent film to record the same phenomenon. This principle is applied in the Lippmann colour photography, which was suggested by W. Zenker, realized by Gabriel Lippmann, and further investigated by R. G. Neuhauss, O. H. Wiener, H. Lehmann and others.

Interference phenomena have been thoroughly studied. The experiments conducted by Young, Fresnel, Lloyd, Fizeau, and Foucault, along with Fresnel and Arago's work on measuring refractive indices through shifts in interference bands, as well as H. F. Talbot's findings on the “Talbot bands” (which he didn't fully explain in terms of interference, later clarified by Sir G. B. Airy who showed that diffraction phenomena come into play), Baden-Powell’s research on the “Powell bands,” and David Brewster’s work on “Brewster’s bands,” have all contributed to a striking development of many phenomena—such as Newton’s rings, and the colors of thin, thick, and mixed plates. One of the most significant outcomes has been the creation of interferometers used to measure refractive indices and wavelengths, prominently associated with names like Jamin, Michelson, Fabry, Perot, Lummer, and E. Gehrcke. The mathematical investigations by Fresnel can be considered completed thanks to analyses mainly from Airy, Stokes, and Lord Rayleigh. It's worth mentioning Sir G. G. Stokes’ explanation for the colors of iridescent crystals being due to periodic twinning; this idea was confirmed by Lord Rayleigh (Phil. Mag., 1888), who inferred from the purity of the reflected light that the layers were equally spaced by about a wavelength. Before 1891, only interference involving waves moving in the same direction had been studied. That year, Otto H. Wiener captured photographic impressions of the stationary waves created by the interference of waves moving in opposite directions on a film that was 1/20th of a wavelength thick, and in 1892, Drude and Nernst used a fluorescent film to record the same phenomenon. This principle is applied in Lippmann color photography, which was proposed by W. Zenker and realized by Gabriel Lippmann, with further investigations by R. G. Neuhauss, O. H. Wiener, H. Lehmann, and others.

Great progress has been made in the study of diffraction, and “this department of optics is precisely the one in which the wave theory has secured its greatest triumphs” (Lord Rayleigh). The mathematical investigations of Fresnel and Poisson were placed on a dynamical basis by Sir G. G. Stokes; and the results gained more ready interpretation by the introduction of “Babinet’s principle” in 1837, and Cornu’s graphic methods in 1874. The theory also gained by the researches of Fraunhofer, Airy, Schwerd, E. Lommel and others. The theory of the concave grating, which resulted from H. A. Rowland’s classical methods of ruling lines of the necessary nature and number on curved surfaces, was worked out by Rowland, E. Mascart, C. Runge and others. The resolving power and the intensity of the spectra have been treated by Lord Rayleigh and Arthur Schuster, and more recently (1905), the distribution of light has been treated by A. B. Porter. The theory of diffraction is of great importance in designing optical instruments, the theory of which has been more especially treated by Ernst Abbe (whose theory of microscopic vision dates from about 1870) by the scientific staff at the Zeiss works, Jena, by Rayleigh and others. The theory of coronae (as diffraction phenomena) was originally due to Young, who, from the principle involved, devised the eriometer for measuring the diameters of very small objects; and Sir G. G. Stokes subsequently explained the appearances presented by minute opaque particles borne on a transparent plate. The polarization of the light diffracted at a slit was noted in 1861 by Fizeau, whose researches were extended in 1892 by H. Du Bois, and, for the case of gratings, by Du Bois and Rubens in 1904. The diffraction of light by small particles was studied in the form of very fine chemical precipitates by John Tyndall, who noticed the polarization of the beautiful cerulean blue which was transmitted. This subject—one form of which is presented in the blue colour of the sky—has been most auspiciously treated by Lord Rayleigh on both the elastic-solid and electromagnetic theories. Mention may be made of R. W. Wood’s experiments on thin metal films which, under certain conditions, originate colour phenomena inexplicable by interference and diffraction. These colours have been assigned to the principle of optical resonance, and have been treated by Kossonogov (Phys. Zeit., 1903). J. C. Maxwell Garnett (Phil. Trans. vol. 203) has shown that the colours of coloured glasses are due to ultra-microscopic particles, which have been directly studied by H. Siedentopf and R. Zsigmondy under limiting oblique illumination.

Significant advancements have been made in the study of diffraction, and “this area of optics is exactly where the wave theory has achieved its biggest successes” (Lord Rayleigh). The mathematical work of Fresnel and Poisson was grounded in dynamics by Sir G. G. Stokes, and the results were more easily understood with the introduction of “Babinet’s principle” in 1837 and Cornu’s graphical methods in 1874. The theory also benefited from the research of Fraunhofer, Airy, Schwerd, E. Lommel, and others. The theory of concave gratings, which emerged from H. A. Rowland’s classic methods of ruling the necessary lines on curved surfaces, was developed by Rowland, E. Mascart, C. Runge, and others. The resolving power and intensity of spectra have been explored by Lord Rayleigh and Arthur Schuster, and more recently (1905), the distribution of light has been studied by A. B. Porter. The theory of diffraction is crucial in designing optical instruments, which has been particularly addressed by Ernst Abbe (whose theory of microscopic vision dates back to around 1870) by the scientific team at the Zeiss works in Jena, by Rayleigh, and others. The theory of coronae (as diffraction phenomena) was originally proposed by Young, who, based on the involved principles, created the eriometer for measuring the diameters of very small objects; and Sir G. G. Stokes later explained the appearances produced by tiny opaque particles on a transparent plate. Fizeau noted the polarization of light diffracted through a slit in 1861, and his research was expanded in 1892 by H. Du Bois, and in the case of gratings, by Du Bois and Rubens in 1904. The diffraction of light by small particles was examined through very fine chemical precipitates by John Tyndall, who observed the polarization of the stunning cerulean blue that was transmitted. This topic—one aspect of which is presented in the blue color of the sky—has been extensively studied by Lord Rayleigh regarding both the elastic-solid and electromagnetic theories. It's worth mentioning R. W. Wood’s experiments on thin metal films which, under specific conditions, create color phenomena that cannot be explained by interference and diffraction. These colors have been attributed to the principle of optical resonance and have been investigated by Kossonogov (Phys. Zeit., 1903). J. C. Maxwell Garnett (Phil. Trans. vol. 203) demonstrated that the colors of colored glasses are due to ultra-microscopic particles, which H. Siedentopf and R. Zsigmondy studied directly under limiting oblique illumination.

Polarization phenomena may, with great justification, be regarded as the most engrossing subject of optical research during the 19th century; the assiduity with which it was cultivated in the opening decades of that century received a great stimulus when James Nicol devised in 1828 the famous “Nicol prism,” which greatly facilitated the determination of the plane of vibration of polarized light, and the facts that light is polarized by reflection, repeated refractions, double refraction and by diffraction also contributed to the interest which the subject excited. The rotation of the plane of polarization by quartz was discovered in 1811 by Arago; if white light be used the colours change as the Nicol rotates—a phenomenon termed by Biot “rotatory dispersion.” Fresnel regarded rotatory polarization as compounded from right- and left-handed (dextro- and laevo-) circular polarizations; and Fresnel, Cornu, Dove and Cotton effected their experimental separation. Legrand des Cloizeaux discovered the enormously enhanced rotatory polarization of cinnabar, a property also possessed—but in a lesser degree—by the sulphates of strychnine and ethylene diamine. The rotatory power of certain liquids was discovered by Biot in 1815; and at a later date it was found that many solutions behaved similarly. A. Schuster distinguishes substances with regard to their action on polarized light as follows: substances which act in the isotropic state are termed photogyric; if the rotation be associated with crystal structure, crystallogyric; if the rotation be due to a magnetic field, magnetogyric; for cases not hitherto included the term allogyric is employed, while optically inactive substances are called isogyric. The theory of photogyric and crystallogyric rotation has been worked out on the elastic-solid (MacCullagh and others) and on the electromagnetic hypotheses (P. Drude, Cotton, &c.). Allogyrism is due to a symmetry of the molecule, and is a subject of the greatest importance in modern (and, more especially, organic) chemistry (see Stereoisomerism).

Polarization phenomena can rightly be seen as one of the most fascinating areas of optical research in the 19th century. The intense study of this topic in the early years of that century received a significant boost when James Nicol invented the well-known "Nicol prism" in 1828, which made it much easier to identify the plane of vibration of polarized light. The understanding that light can be polarized through reflection, various refractions, double refraction, and diffraction also heightened interest in the subject. Arago discovered in 1811 that quartz can rotate the plane of polarization; when white light is used, the colors change as the Nicol rotates—this phenomenon was called "rotatory dispersion" by Biot. Fresnel saw rotatory polarization as a combination of right- and left-handed (dextro- and laevo-) circular polarizations, and he, along with Cornu, Dove, and Cotton, managed to separate them experimentally. Legrand des Cloizeaux found that cinnabar has a dramatically enhanced rotatory polarization, a trait also found—though to a lesser extent—in the sulphates of strychnine and ethylene diamine. Biot discovered the rotatory power of certain liquids in 1815, and later it was found that many solutions behaved similarly. A. Schuster categorizes substances based on their effects on polarized light: those that act when isotropic are called photogyric; if the rotation is linked to crystal structure, they’re crystallogyric; if it's due to a magnetic field, they are magnetogyric; for cases not previously classified, the term allogyric is used, while optically inactive substances are referred to as isogyric. The theories of photogyric and crystallogyric rotation have been developed based on the elastic-solid concept (MacCullagh and others) and electromagnetic hypotheses (P. Drude, Cotton, etc.). Allogyrism arises from molecular symmetry and is extremely important in modern (especially organic) chemistry (see Stereoisomerism).

The optical properties of metals have been the subject of much experimental and theoretical inquiry. The explanations of MacCullagh and Cauchy were followed by those of Beer, Eisenlohr, Lundquist, Ketteler and others; the refractive indices were determined both directly (by Kundt) and indirectly by means of Brewster’s law; and the reflecting powers from λ = 251 µµ to λ = 1500 µµ were determined in 1900-1902 by Rubens and Hagen. The correlation of the optical and electrical constants of many metals has been especially studied by P. Drude (1900) and by Rubens and Hagen (1903).

The optical properties of metals have been extensively researched through both experiments and theoretical studies. The explanations by MacCullagh and Cauchy were succeeded by those from Beer, Eisenlohr, Lundquist, Ketteler, and others. Refractive indices were measured directly by Kundt and indirectly using Brewster’s law. Additionally, the reflective capabilities from λ = 251 µµ to λ = 1500 µµ were evaluated from 1900 to 1902 by Rubens and Hagen. The relationship between the optical and electrical properties of various metals has been particularly examined by P. Drude (1900) and by Rubens and Hagen (1903).

The transformations of luminous radiations have also been studied. John Tyndall discovered calorescence. Fluorescence was treated by John Herschel in 1845, and by David Brewster in 1846, the theory being due to Sir G. G. Stokes (1852). More recent studies have been made by Lommel, E. L. Nichols and Merritt (Phys. Rev., 1904), and by Millikan who discovered polarized fluorescence in 1895. Our knowledge of phosphorescence was greatly improved by Becquerel, and Sir James Dewar obtained interesting results in the course of his low temperature researches (see Liquid Gases). In the theoretical and experimental study of radiation enormous progress has been recorded. The pressure of radiation, the necessity of which was demonstrated by Clerk Maxwell on the electromagnetic theory, and, in a simpler manner, by Joseph Larmor in his article Radiation in these volumes, has been experimentally determined by E. F. Nichols and Hull, and the tangential component by J. H. Poynting. With the theoretical and practical investigation the names of Balfour Stewart, Kirchhoff, Stefan, Bartoli, Boltzmann, W. Wien and Larmor are chiefly associated. Magneto-optics, too, has been greatly developed since Faraday’s discovery of the rotation of the plane of polarization by the magnetic field. The rotation for many substances was measured by Sir William H. Perkin, who attempted a correlation between rotation and composition. Brace effected the analysis of the beam into its two circularly polarized 617 components, and in 1904 Mills measured their velocities. The Kerr effect, discovered in 1877, and the Zeeman effect (1896) widened the field of research, which, from its intimate connexion with the nature of light and electromagnetics, has resulted in discoveries of the greatest importance.

The changes in light radiation have also been explored. John Tyndall discovered calorescence. John Herschel studied fluorescence in 1845, and David Brewster followed in 1846, with the theory attributed to Sir G. G. Stokes (1852). More recent research has been conducted by Lommel, E. L. Nichols, and Merritt (Phys. Rev., 1904), along with Millikan, who discovered polarized fluorescence in 1895. Our understanding of phosphorescence was significantly enhanced by Becquerel, and Sir James Dewar achieved interesting results in his studies on low temperatures (see Liquid Gases). There has been tremendous progress in the theoretical and experimental study of radiation. The pressure of radiation, which Clerk Maxwell demonstrated through electromagnetic theory, and Joseph Larmor simplified in his article Radiation in these volumes, has been experimentally measured by E. F. Nichols and Hull, with the tangential component measured by J. H. Poynting. The theoretical and practical investigation is primarily associated with the names of Balfour Stewart, Kirchhoff, Stefan, Bartoli, Boltzmann, W. Wien, and Larmor. Magneto-optics has also seen significant development since Faraday discovered that the magnetic field rotates the plane of polarization. Sir William H. Perkin measured the rotation for various substances and tried to correlate rotation with composition. Brace analyzed the beam into its two circularly polarized components, and in 1904, Mills measured their velocities. The Kerr effect, discovered in 1877, and the Zeeman effect (1896) expanded the scope of research, which, due to its close connection with the nature of light and electromagnetics, has led to discoveries of great importance.

§ 14. Optical Instruments.—Important developments have been made in the construction and applications of optical instruments. To these three factors have contributed. The mathematician has quantitatively analysed the phenomena observed by the physicist, and has inductively shown what results are to be expected from certain optical systems. A consequence of this was the detailed study, and also the preparation, of glasses of diverse properties; to this the chemist largely contributed, and the manufacture of the so-called optical glass (see Glass) is possibly the most scientific department of glass manufacture. The mathematical investigations of lenses owe much to Gauss, Helmholtz and others, but far more to Abbe, who introduced the method of studying the aberrations separately, and applied his results with conspicuous skill to the construction of optical systems. The development of Abbe’s methods constitutes the main subject of research of the present-day optician, and has brought about the production of telescopes, microscopes, photographic lenses and other optical apparatus to an unprecedented pitch of excellence. Great improvements have been effected in the stereoscope. Binocular instruments with enhanced stereoscopic vision, an effect achieved by increasing the distance between the object glasses, have been introduced. In the study of diffraction phenomena, which led to the technical preparation of gratings, the early attempts of Fraunhofer, Nobert and Lewis Morris Rutherfurd, were followed by H. A. Rowland’s ruling of plane and concave gratings which revolutionized spectroscopic research, and, in 1898, by Michelson’s invention of the echelon grating. Of great importance are interferometers, which permit extremely accurate determinations of refractive indices and wave-lengths, and Michelson, from his classical evaluation of the standard metre in terms of the wave-lengths of certain of the cadmium rays, has suggested the adoption of the wave-length of one such ray as a standard with which national standards of length should be compared. Polarization phenomena, and particularly the rotation of the plane of polarization by such substances as sugar solutions, have led to the invention and improvements of polarimeters. The polarized light employed in such instruments is invariably obtained by transmission through a fixed Nicol prism—the polarizer—and the deviation is measured by the rotation of a second Nicol—the analyser. The early forms, which were termed “light and shade” polarimeters, have been generally replaced by “half-shade” instruments. Mention may also be made of the microscopic examination of objects in polarized light, the importance of which as a method of crystallographic and petrological research was suggested by Nicol, developed by Sorby and greatly expanded by Zirkel, Rosenbusch and others.

§ 14. Optical Instruments.—Significant advancements have been made in the design and use of optical instruments. Three main factors have contributed to this progress. The mathematician has quantitatively analyzed the phenomena observed by the physicist and has inductively demonstrated what results can be expected from specific optical systems. As a result, there has been a detailed study and preparation of glasses with various properties; the chemist has played a major role in this, and the manufacturing of what is known as optical glass (see Glass) is arguably the most scientific area of glass production. The mathematical studies of lenses owe a great deal to Gauss, Helmholtz, and others, but even more to Abbe, who introduced the method of examining aberrations individually and skillfully applied his findings to the construction of optical systems. The advancement of Abbe’s methods is the primary focus of research for today’s opticians and has led to the creation of telescopes, microscopes, photographic lenses, and other optical devices that are better than ever before. Significant enhancements have also been made in the stereoscope. New binocular instruments with improved stereoscopic vision—achieved by increasing the distance between the objective lenses—have been introduced. In studying diffraction phenomena, which resulted in the technical creation of gratings, the early efforts of Fraunhofer, Nobert, and Lewis Morris Rutherfurd were followed by H. A. Rowland’s plane and concave grating rulings that transformed spectroscopic research, and in 1898, by Michelson’s invention of the echelon grating. Interferometers are of great importance, as they allow for extremely accurate measurements of refractive indices and wavelengths, and Michelson, from his classic assessment of the standard meter in terms of the wavelengths of certain cadmium rays, proposed using the wavelength of one of those rays as a standard for comparing national standards of length. Polarization phenomena, particularly the rotation of the plane of polarization by substances like sugar solutions, have led to the invention and improvements of polarimeters. The polarized light used in these instruments is always obtained by passing it through a fixed Nicol prism—the polarizer—and the deviation is measured by the rotation of a second Nicol—the analyzer. The early types, called “light and shade” polarimeters, have mostly been replaced by “half-shade” instruments. It’s also worth mentioning the microscopic examination of objects in polarized light, which Nicol suggested as an important method for crystallographic and petrological research, further developed by Sorby and greatly expanded by Zirkel, Rosenbusch, and others.

Bibliography.—There are numerous text-books which give elementary expositions of light and optical phenomena. More advanced works, which deal with the subject experimentally and mathematically, are A. B. Bassett, Treatise on Physical Optics (1892); Thomas Preston, Theory of Light, 2nd ed. by C. F. Joly (1901); R. W. Wood, Physical Optics (1905), which contains expositions on the electromagnetic theory, and treats “dispersion” in great detail. Treatises more particularly theoretical are James Walker, Analytical Theory of Light (1904); A. Schuster, Theory of Optics (1904); P. Drude, Theory of Optics, Eng. trans. by C. R. Mann and R. A. Millikan (1902). General treatises of exceptional merit are A. Winkelmann, Handbuch der Physik, vol. vi. “Optik” (1904); and E. Mascart, Traité d’optique (1889-1893); M. E. Verdet, Leçons d’optique physique (1869, 1872) is also a valuable work. Geometrical optics is treated in R. S. Heath, Geometrical Optics (2nd ed., 1898); H. A. Herman, Treatise on Geometrical Optics (1900). Applied optics, particularly with regard to the theory of optical instruments, is treated in H. D. Taylor, A System of Applied Optics (1906); E. T. Whittaker, The Theory of Optical Instruments (1907); in the publications of the scientific staff of the Zeiss works at Jena: Die Theorie der optischen Instrumente, vol. i. “Die Bilderzeugung in optischen Instrumenten” (1904); in S. Czapski, Theorie der optischen Instrumente, 2nd ed. by O. Eppenstein (1904); and in A. Steinheil and E. Voit, Handbuch der angewandten Optik (1901). The mathematical theory of general optics receives historical and modern treatment in the Encyklopädie der mathematischen Wissenschaften (Leipzig). Meteorological optics is fully treated in J. Pernter, Meteorologische Optik; and physiological optics in H. v Helmholtz, Handbuch der physiologischen Optik (1896) and in A. Koenig, Gesammelte Abhandlungen zur physiologischen Optik (1903).

References.—There are many textbooks that provide basic explanations of light and optical phenomena. More advanced works that explore the subject both experimentally and mathematically include A. B. Bassett's Treatise on Physical Optics (1892); Thomas Preston's Theory of Light, 2nd edition by C. F. Joly (1901); and R. W. Wood's Physical Optics (1905), which includes discussions on electromagnetic theory and covers "dispersion" in detail. More theoretical treatises are James Walker's Analytical Theory of Light (1904); A. Schuster's Theory of Optics (1904); and P. Drude's Theory of Optics, translated into English by C. R. Mann and R. A. Millikan (1902). General treatises of exceptional quality include A. Winkelmann's Handbuch der Physik, vol. vi. “Optik” (1904); and E. Mascart's Traité d’optique (1889-1893); M. E. Verdet's Leçons d’optique physique (1869, 1872) is also a valuable resource. Geometrical optics is discussed in R. S. Heath's Geometrical Optics (2nd ed., 1898) and H. A. Herman's Treatise on Geometrical Optics (1900). Applied optics, especially concerning the theory of optical instruments, is covered in H. D. Taylor's A System of Applied Optics (1906); E. T. Whittaker's The Theory of Optical Instruments (1907); in publications by the scientific staff of the Zeiss works in Jena: Die Theorie der optischen Instrumente, vol. i. “Die Bilderzeugung in optischen Instrumenten” (1904); in S. Czapski's Theorie der optischen Instrumente, 2nd edition by O. Eppenstein (1904); and in A. Steinheil and E. Voit's Handbuch der angewandten Optik (1901). The mathematical theory of general optics is examined historically and in modern context in the Encyklopädie der mathematischen Wissenschaften (Leipzig). Meteorological optics is thoroughly covered in J. Pernter's Meteorologische Optik; and physiological optics is detailed in H. v Helmholtz's Handbuch der physiologischen Optik (1896) and A. Koenig's Gesammelte Abhandlungen zur physiologischen Optik (1903).

The history of the subject may be studied in J. C. Poggendorff, Geschichte der Physik (1879); F. Rosenberger, Die Geschichte der Physik (1882-1890); E. Gerland and F. Traumüller, Geschichte der physikalischen Experimentierkunst (1899); reference may also be made to Joseph Priestley, History and Present State of Discoveries relating to Vision, Light and Colours (1772), German translation by G. S. Klügel (Leipzig, 1775). Original memoirs are available in many cases in their author’s “collected works,” e.g. Huygens, Young, Fresnel, Hamilton, Cauchy, Rowland, Clerk Maxwell, Stokes (and also his Burnett Lectures on Light), Kelvin (and also his Baltimore Lectures, 1904) and Lord Rayleigh. Newton’s Opticks forms volumes 96 and 97 of Ostwald’s Klassiker; Huygens’ Über d. Licht (1678), vol. 20, and Kepler’s Dioptrice (1611), vol. 144 of the same series.

The history of the subject can be explored in J. C. Poggendorff, Geschichte der Physik (1879); F. Rosenberger, Die Geschichte der Physik (1882-1890); E. Gerland and F. Traumüller, Geschichte der physikalischen Experimentierkunst (1899); you can also check out Joseph Priestley, History and Present State of Discoveries relating to Vision, Light and Colours (1772), with a German translation by G. S. Klügel (Leipzig, 1775). Original essays are often found in the authors' "collected works," for example, Huygens, Young, Fresnel, Hamilton, Cauchy, Rowland, Clerk Maxwell, Stokes (along with his Burnett Lectures on Light), Kelvin (and his Baltimore Lectures, 1904) and Lord Rayleigh. Newton’s Opticks makes up volumes 96 and 97 of Ostwald’s Klassiker; Huygens’ Über d. Licht (1678), vol. 20, and Kepler’s Dioptrice (1611), vol. 144 of the same series.

Contemporary progress is reported in current scientific journals, e.g. the Transactions and Proceedings of the Royal Society, and of the Physical Society (London), the Philosophical Magazine (London), the Physical Review (New York, 1893 seq.) and in the British Association Reports; in the Annales de chimie et de physique and Journal de physique (Paris); and in the Physikalische Zeitschrift (Leipzig) and the Annalen der Physik und Chemie (since 1900: Annalen der Physik) (Leipzig).

Contemporary progress is reported in current scientific journals, e.g. the Transactions and Proceedings of the Royal Society, and of the Physical Society (London), the Philosophical Magazine (London), the Physical Review (New York, 1893 seq.), and in the British Association Reports; in the Annales de chimie et de physique and Journal de physique (Paris); and in the Physikalische Zeitschrift (Leipzig) and the Annalen der Physik und Chemie (since 1900: Annalen der Physik) (Leipzig).

(C. E.*)

II. Nature of Light

II. Nature of Light

1. Newton’s Corpuscular Theory.—Until the beginning of the 19th century physicists were divided between two different views concerning the nature of optical phenomena. According to the one, luminous bodies emit extremely small corpuscles which can freely pass through transparent substances and produce the sensation of light by their impact against the retina. This emission or corpuscular theory of light was supported by the authority of Isaac Newton,8 and, though it has been entirely superseded by its rival, the wave-theory, it remains of considerable historical interest.

1. Newton’s Corpuscular Theory.—Until the early 19th century, physicists had two conflicting views about the nature of light. One view was that light consists of tiny particles, or corpuscles, which can move through transparent materials and create the sensation of light by hitting the retina. This emission or corpuscular theory of light was backed by the authority of Isaac Newton,8 and, although it has been completely replaced by the competing wave-theory, it remains historically significant.

2. Explanation of Reflection and Refraction.—Newton supposed the light-corpuscles to be subjected to attractive and repulsive forces exerted at very small distances by the particles of matter. In the interior of a homogeneous body a corpuscle moves in a straight line as it is equally acted on from all sides, but it changes its course at the boundary of two bodies, because, in a thin layer near the surface there is a resultant force in the direction of the normal. In modern language we may say that a corpuscle has at every point a definite potential energy, the value of which is constant throughout the interior of a homogeneous body, and is even equal in all bodies of the same kind, but changes from one substance to another. If, originally, while moving in air, the corpuscles had a definite velocity v0, their velocity v in the interior of any other substance is quite determinate. It is given by the equation ½mv2 − ½mv02 = A, in which m denotes the mass of a corpuscle, and A the excess of its potential energy in air over that in the substance considered.

2. Explanation of Reflection and Refraction.—Newton believed that light particles are affected by attractive and repulsive forces from matter at very small distances. Inside a uniform body, a particle moves in a straight line because it's acted upon equally from all sides, but it changes direction when it hits the boundary between two bodies since there's a net force at the surface pointing along the normal. In today's terms, we can say that a particle has a specific potential energy at every point, which remains constant throughout the inside of a uniform body and is the same in all bodies of the same type, but varies between different substances. If the particles initially had a specific velocity v0 while moving in air, their velocity v inside any other material is well-defined. It can be expressed by the equation ½mv2 − ½mv02 = A, where m represents the mass of a particle and A signifies the difference in potential energy in air compared to that in the substance being examined.

A ray of light falling on the surface of separation of two bodies is reflected according to the well-known simple law, if the corpuscles are acted on by a sufficiently large force directed towards the first medium. On the contrary, whenever the field of force near the surface is such that the corpuscles can penetrate into the interior of the second body, the ray is refracted. In this case the law of Snellius can be deduced from the consideration that the projection w of the velocity on the surface of separation is not altered, either in direction or in magnitude. This obviously requires that the plane passing through the incident and the refracted rays be normal to the surface, and that, if α1 and α2 are the angles of incidence and of refraction, v1 and v2 the velocities of light in the two media,

A ray of light hitting the boundary between two bodies reflects according to the well-known simple law when the particles are influenced by a strong enough force directed toward the first medium. Conversely, when the force field near the surface allows the particles to move into the second body, the ray is refracted. In this case, we can derive Snell's law by noting that the component of the velocity along the interface remains unchanged in both direction and magnitude. This clearly means that the plane containing the incident and refracted rays must be perpendicular to the surface, and if α1 and α2 are the angles of incidence and refraction, while v1 and v2 are the speeds of light in the two media,

sin α1/sin α2 = w/v1 : w/v2 = v2/v1.

sin α1/sin α2 = w/v1 : w/v2 = v2/v1.

(1)

The ratio is constant, because, as has already been observed, v1 and v2 have definite values.

The ratio stays the same because, as we've already noted, v1 and v2 have specific values.

As to the unequal refrangibility of differently coloured light, Newton accounted for it by imagining different kinds of corpuscles. He further carefully examined the phenomenon of total reflection, and described an interesting experiment connected with it. If one of the faces of a glass prism receives on the inside a beam of light of such obliquity that it is totally reflected under ordinary circumstances, 618 a marked change is observed when a second piece of glass is made to approach the reflecting face, so as to be separated from it only by a very thin layer of air. The reflection is then found no longer to be total, part of the light finding its way into the second piece of glass. Newton concluded from this that the corpuscles are attracted by the glass even at a certain small measurable distance.

Regarding the different bending of various colors of light, Newton explained it by proposing that there are different types of particles. He also closely studied the effect of total reflection and described an intriguing experiment related to it. If one side of a glass prism receives a beam of light at an angle that would normally cause total reflection, 618 a significant change occurs when a second piece of glass is brought close to the reflecting side, leaving only a very thin layer of air between them. In this situation, the reflection is no longer total, with some of the light entering the second piece of glass. Newton concluded that the particles are attracted to the glass even when they are at a small measurable distance.

3. New Hypotheses in the Corpuscular Theory.—The preceding explanation of reflection and refraction is open to a very serious objection. If the particles in a beam of light all moved with the same velocity and were acted on by the same forces, they all ought to follow exactly the same path. In order to understand that part of the incident light is reflected and part of it transmitted, Newton imagined that each corpuscle undergoes certain alternating changes; he assumed that in some of its different “phases” it is more apt to be reflected, and in others more apt to be transmitted. The same idea was applied by him to the phenomena presented by very thin layers. He had observed that a gradual increase of the thickness of a layer produces periodic changes in the intensity of the reflected light, and he very ingeniously explained these by his theory. It is clear that the intensity of the transmitted light will be a minimum if the corpuscles that have traversed the front surface of the layer, having reached that surface while in their phase of easy transmission, have passed to the opposite phase the moment they arrive at the back surface. As to the nature of the alternating phases, Newton (Opticks, 3rd ed., 1721, p. 347) expresses himself as follows:—“Nothing more is requisite for putting the Rays of Light into Fits of easy Reflexion and easy Transmission than that they be small Bodies which by their attractive Powers, or some other Force, stir up Vibrations in what they act upon, which Vibrations being swifter than the Rays, overtake them successively, and agitate them so as by turns to increase and decrease their Velocities, and thereby put them into those Fits.”

3. New Hypotheses in the Corpuscular Theory.—The earlier explanation of reflection and refraction has a significant flaw. If the particles in a beam of light were all moving at the same speed and influenced by the same forces, they should all take exactly the same path. To explain why some of the incident light is reflected and some is transmitted, Newton proposed that each corpuscle goes through certain alternating changes; he suggested that in some of its different “phases,” it is more likely to be reflected, and in others, more likely to be transmitted. He applied the same idea to the phenomena seen in very thin layers. He noted that gradually increasing the thickness of a layer causes periodic changes in the intensity of the reflected light, which he cleverly explained with his theory. It is clear that the intensity of the transmitted light will be at a minimum if the corpuscles that have passed through the front surface of the layer reached that surface during their phase of easy transmission and switched to the opposite phase the moment they hit the back surface. Regarding the nature of the alternating phases, Newton (Opticks, 3rd ed., 1721, p. 347) states:—“Nothing more is needed to make the Rays of Light easily Reflect and easily Transmit than for them to be small Bodies that, through their attractive Powers or some other Force, create Vibrations in whatever they interact with, which Vibrations, being quicker than the Rays, catch up to them one after another, agitating them in such a way as to alternately increase and decrease their Velocities, thus putting them into those Fits.”

4. The Corpuscular Theory and the Wave-Theory compared.—Though Newton introduced the notion of periodic changes, which was to play so prominent a part in the later development of the wave-theory, he rejected this theory in the form in which it had been set forth shortly before by Christiaan Huygens in his Traité de la lumière (1690), his chief objections being: (1) that the rectilinear propagation had not been satisfactorily accounted for; (2) that the motions of heavenly bodies show no sign of a resistance due to a medium filling all space; and (3) that Huygens had not sufficiently explained the peculiar properties of the rays produced by the double refraction in Iceland spar. In Newton’s days these objections were of much weight.

4. The Corpuscular Theory and the Wave Theory Compared.—Although Newton introduced the idea of periodic changes, which later became crucial to the development of wave theory, he rejected this theory as it had been proposed shortly before by Christiaan Huygens in his Traité de la lumière (1690). His main objections were: (1) that straight-line propagation had not been adequately explained; (2) that the movements of celestial bodies showed no evidence of resistance from a medium filling all space; and (3) that Huygens had not sufficiently clarified the unique properties of the rays produced by double refraction in Iceland spar. In Newton’s time, these objections carried considerable weight.

Yet his own theory had many weaknesses. It explained the propagation in straight lines, but it could assign no cause for the equality of the speed of propagation of all rays. It adapted itself to a large variety of phenomena, even to that of double refraction (Newton says [ibid.]:—“... the unusual Refraction of Iceland Crystal looks very much as if it were perform’d by some kind of attractive virtue lodged in certain Sides both of the Rays, and of the Particles of the Crystal.”), but it could do so only at the price of losing much of its original simplicity.

Yet his theory had many flaws. It explained how rays travel in straight lines, but it couldn't account for why all rays propagate at the same speed. It could be applied to a wide range of phenomena, including double refraction (Newton states [ibid.]:—“... the unusual refraction of Iceland crystal seems very much like it’s caused by some kind of attractive force present in certain sides of both the rays and the particles of the crystal.”), but this adaptation came at the cost of losing much of its original simplicity.

In the earlier part of the 19th century, the corpuscular theory broke down under the weight of experimental evidence, and it received the final blow when J. B. L. Foucault proved by direct experiment that the velocity of light in water is not greater than that in air, as it should be according to the formula (1), but less than it, as is required by the wave-theory.

In the early 19th century, the corpuscular theory crumbled under the pressure of experimental evidence, and it was ultimately defeated when J. B. L. Foucault directly demonstrated that the speed of light in water is not faster than in air, which it should be according to the formula (1), but rather slower, as required by the wave theory.

5. General Theorems on Rays of Light.—With the aid of suitable assumptions the Newtonian theory can accurately trace the course of a ray of light in any system of isotropic bodies, whether homogeneous or otherwise; the problem being equivalent to that of determining the motion of a material point in a space in which its potential energy is given as a function of the coordinates. The application of the dynamical principles of “least and of varying action” to this latter problem leads to the following important theorems which William Rowan Hamilton made the basis of his exhaustive treatment of systems of rays.9 The total energy of a corpuscle is supposed to have a given value, so that, since the potential energy is considered as known at every point, the velocity v is so likewise.

5. General Theorems on Rays of Light.—By using appropriate assumptions, the Newtonian theory can accurately map the path of a ray of light in any system of isotropic materials, regardless of whether they are consistent or not; the challenge is similar to determining the movement of a physical point in a space where its potential energy is defined as a function of the coordinates. Applying the principles of dynamics regarding "least and varying action" to this problem leads to significant theorems, which William Rowan Hamilton used as the foundation for his thorough analysis of systems of rays.9 It's assumed that the total energy of a particle has a specific value, and since potential energy is considered known at every point, the velocity v is also determined.

(a) The path along which light travels from a point A to a point B is determined by the condition that for this line the integral ∫v ds, in which ds is an element of the line, be a minimum (provided A and B be not too near each other). Therefore, since v = µv0, if v0 is the velocity of light in vacuo and µ the index of refraction, we have for every variation of the path the points A and B remaining fixed,

(a) The path that light takes from point A to point B is determined by the condition that the integral ∫v ds, where ds is an element of the path, must be minimized (as long as A and B are not too close to each other). Therefore, since v = µv0, where v0 is the speed of light in a vacuum and µ is the refractive index, we have for any variation of the path with points A and B remaining fixed,

δ∫µ ds = 0.

δ∫µ ds = 0.

(2)

(b) Let the point A be kept fixed, but let B undergo an infinitely small displacement BB′ (= q) in a direction making an angle θ with the last element of the ray AB. Then, comparing the new ray AB′ with the original one, it follows that

(b) Keep point A fixed, but let point B move a tiny distance BB′ (= q) in a direction that forms an angle θ with the last part of the ray AB. Then, when we compare the new ray AB′ with the original one, it follows that

δ∫µ ds = µΒq cos θ,

δ∫µ ds = µΒq cos θ,

(3)

where µΒ is the value of µ at the point B.

where µΒ is the value of µ at point B.

6. General Considerations on the Propagation of Waves.—“Waves,” i.e. local disturbances of equilibrium travelling onward with a certain speed, can exist in a large variety of systems. In a theory of these phenomena, the state of things at a definite point may in general be defined by a certain directed or vector quantity P,10 which is zero in the state of equilibrium, and may be called the disturbance (for example, the velocity of the air in the case of sound vibrations, or the displacement of the particles of an elastic body from their positions of equilibrium). The components Px, Py, Pz of the disturbance in the directions of the axes of coordinates are to be considered as functions of the coordinates x, y, z and the time t, determined by a set of partial differential equations, whose form depends on the nature of the problem considered. If the equations are homogeneous and linear, as they always are for sufficiently small disturbances, the following theorems hold.

6. General Considerations on the Propagation of Waves.—“Waves,” i.e. local disruptions of balance moving forward at a certain speed, can occur in many different systems. In a theory about these phenomena, the condition at a specific point can generally be described by a certain directed or vector quantity P,10 which is zero in the state of equilibrium, and can be referred to as the disturbance (for example, the speed of the air during sound vibrations, or the movement of particles in an elastic material from their equilibrium positions). The components Px, Py, Pz of the disturbance along the coordinate axes are seen as functions of the coordinates x, y, z and the time t, defined by a set of partial differential equations whose structure depends on the specific problem being addressed. If the equations are homogeneous and linear, which they always are for sufficiently small disturbances, the following theorems apply.

(a) Values of Px, Py, Pz (expressed in terms of x, y, z, t) which satisfy the equations will do so still after multiplication by a common arbitrary constant.

(a) The values of Px, Py, Pz (represented in terms of x, y, z, t) that meet the equations will continue to do so even after being multiplied by a common arbitrary constant.

(b) Two or more solutions of the equations may be combined into a new solution by addition of the values of Px, those of Py, &c., i.e. by compounding the vectors P, such as they are in each of the particular solutions.

(b) You can combine two or more solutions of the equations into a new solution by adding the values of Px, those of Py, and so on, that is, by merging the vectors P as they appear in each of the specific solutions.

In the application to light, the first proposition means that the phenomena of propagation, reflection, refraction, &c., can be produced in the same way with strong as with weak light. The second proposition contains the principle of the “superposition” of different states, on which the explanation of all phenomena of interference is made to depend.

In the context of light, the first point means that the effects of propagation, reflection, refraction, etc., can occur in the same way with both bright and dim light. The second point introduces the principle of "superposition" of different states, which is essential for explaining all interference phenomena.

In the simplest cases (monochromatic or homogeneous light) the disturbance is a simple harmonic function of the time (“simple harmonic vibrations”), so that its components can be represented by

In the simplest cases (monochromatic or homogeneous light), the disturbance is a simple harmonic function of time (“simple harmonic vibrations”), so its components can be represented by

Px = a1 cos (nt + ƒ1), Py = a2 cos (nt + ƒ2), Pz = a3 cos (nt + ƒ3).

Px = a1 cos (nt + ƒ1), Py = a2 cos (nt + ƒ2), Pz = a3 cos (nt + ƒ3).

The “phases” of these vibrations are determined by the angles nt + ƒ1, &c., or by the times t + ƒ1/n, &c. The “frequency” n is constant throughout the system, while the quantities ƒ1, ƒ2, ƒ3, and perhaps the “amplitudes” a1, a2, a3 change from point to point. It may be shown that the end of a straight line representing the vector P, and drawn from the point considered, in general describes a certain ellipse, which becomes a straight line, if ƒ1 = ƒ2 = ƒ3. In this latter case, to which the larger part of this article will be confined, we can write in vector notation

The “phases” of these vibrations are determined by the angles nt + ƒ1, etc., or by the times t + ƒ1/n, etc. The “frequency” n is constant throughout the system, while the values of ƒ1, ƒ2, ƒ3, and possibly the “amplitudes” a1, a2, a3 vary from point to point. It can be shown that the end of a straight line representing the vector P, drawn from the point in question, generally describes a specific ellipse, which becomes a straight line if ƒ1 = ƒ2 = ƒ3. In this latter case, which the majority of this article will focus on, we can write in vector notation

P = A cos (nt + ƒ),

P = A cos (nt + ƒ),

(4)

where A itself is to be regarded as a vector.

where A is to be considered a vector.

We have next to consider the way in which the disturbance changes from point to point. The most important case is that of plane waves with constant amplitude A. Here f is the same at all points of a plane (“wave-front”) of a definite direction, but changes as a linear function as we pass from one such wave-front to the next. The axis of x being drawn at right angles to the wave-fronts, we may write ƒ = ƒ0 − kx, where ƒ0 and k are constants, so that (4) becomes

We next need to look at how the disturbance varies from point to point. The key case to consider is that of plane waves with a constant amplitude A. In this situation, f is the same at all points on a plane ("wave-front") in a specific direction, but it changes as a linear function as we move from one wave-front to the next. With the x-axis drawn at right angles to the wave-fronts, we can express it as ƒ = ƒ0 − kx, where ƒ0 and k are constants, so that (4) becomes

P = A cos (nt − kx + ƒ0).

P = A cos(nt − kx + ƒ0).

(5)

This expression has the period 2π/n with respect to the time and the perion 2π/k with respect to x, so that the “time of vibration” and the “wave-length” are given by T = 2π/n, λ = 2π/k. Further, it is easily seen that the phase belonging to certain values of x and t is equal to that which corresponds to x + Δx and t + Δt provided Δx = (n/k) Δt. Therefore the phase, or the disturbance itself, may be said to be propagated in the direction normal to the wave-fronts with a velocity (velocity of the waves) v = n/k, which is connected with the time of vibration and the wave-length by the relation

This expression has a period of 2π/n in relation to time and a period of 2π/k in relation to x, so the “vibration period” and the “wavelength” are given by T = 2π/n and λ = 2π/k. Furthermore, it’s clear that the phase at specific values of x and t is the same as that for x + Δx and t + Δt, provided that Δx = (n/k) Δt. As a result, the phase, or the disturbance itself, can be said to propagate in a direction that's perpendicular to the wave fronts with a velocity (wave speed) v = n/k, which is linked to the vibration period and wavelength by the relationship.

λ = vT.

λ = vT.

(6)

619

619

In isotropic bodies the propagation can go on in all directions with the same velocity. In anisotropic bodies (crystals), with which the theory of light is largely concerned, the problem is more complicated. As a general rule we can say that, for a given direction of the wave-fronts, the vibrations must have a determinate direction, if the propagation is to take place according to the simple formula given above. It is to be understood that for a given direction of the waves there may be two or even more directions of vibration of the kind, and that in such a case there are as many different velocities, each belonging to one particular direction of vibration.

In isotropic materials, wave propagation can occur in all directions at the same speed. In anisotropic materials (like crystals), which are what light theory mainly focuses on, the situation is more complex. Generally, we can say that for a specific direction of the wave fronts, the vibrations must follow a definite direction for propagation to happen according to the simple formula mentioned earlier. It's important to note that for a specific direction of the waves, there can be two or more directions of vibration, and in such cases, there are several different speeds, each associated with a particular direction of vibration.

7. Wave-surface.—After having found the values of v for a particular frequency and different directions of the wave-normal, a very instructive graphical representation can be employed.

7. Wave-surface.—After finding the values of v for a specific frequency and various directions of the wave-normal, a very useful graphical representation can be used.

Let ON be a line in any direction, drawn from a fixed point O, OA a length along this line equal to the velocity v of waves having ON for their normal, or, more generally, OA, OA′, &c., lengths equal to the velocities v, v′, &c., which such waves have according to their direction of vibration, Q, Q′, &c., planes perpendicular to ON through A, A1, &c. Let this construction be repeated for all directions of ON, and let W be the surface that is touched by all the planes Q, Q′, &c. It is clear that if this surface, which is called the “wave-surface,” is known, the velocity of propagation of plane waves of any chosen direction is given by the length of the perpendicular from the centre O on a tangent plane in the given direction. It must be kept in mind that, in general, each tangent plane corresponds to one definite direction of vibration. If this direction is assigned in each point of the wave-surface, the diagram contains all the information which we can desire concerning the propagation of plane waves of the frequency that has been chosen.

Let ON be a line in any direction, drawn from a fixed point O. Let OA be a length along this line equal to the velocity v of waves that have ON as their normal, or more generally, let OA, OA′, etc., be lengths equal to the velocities v, v′, etc., that these waves have based on their direction of vibration, with Q, Q′, etc. representing planes perpendicular to ON through A, A₁, etc. Repeat this construction for all directions of ON, and let W be the surface that is touched by all the planes Q, Q′, etc. It’s clear that if this surface, known as the “wave-surface,” is determined, the velocity of propagation of plane waves in any chosen direction is given by the length of the perpendicular line from the center O to a tangent plane in that direction. It's important to note that generally, each tangent plane corresponds to one specific direction of vibration. If this direction is assigned at each point on the wave-surface, the diagram contains all the information we need regarding the propagation of plane waves at the selected frequency.

The plane Q employed in the above construction is the position after unit of time of a wave-front perpendicular to ON and originally passing through the point O. The surface W itself is often considered as the locus of all points that are reached in unit of time by a disturbance starting from O and spreading towards all sides. Admitting the validity of this view, we can determine in a similar way the locus of the points reached in some infinitely short time dt, the wave-surface, as we may say, or the “elementary wave,” corresponding to this time. It is similar to W, all dimensions of the latter surface being multiplied by dt. It may be noticed that in a heterogeneous medium a wave of this kind has the same form as if the properties of matter existing at its centre extended over a finite space.

The plane Q used in the above construction represents the position after a unit of time of a wave-front that is perpendicular to ON and initially passing through point O. The surface W is often viewed as the set of all points that are reached in a unit time by a disturbance starting from O and spreading outwards in all directions. If we accept this perspective, we can similarly identify the set of points reached in an infinitely short time dt, which we might call the wave-surface or the “elementary wave” corresponding to that time. It is similar to W, with all dimensions of the latter surface scaled by dt. It's worth noting that in a heterogeneous medium, a wave of this type has the same shape as if the properties of the matter at its center extended over a finite area.

8. Theory of Huygens.—Huygens was the first to show that the explanation of optical phenomena may be made to depend on the wave-surface, not only in isotropic bodies, in which it has a spherical form, but also in crystals, for one of which (Iceland spar) he deduced the form of the surface from the observed double refraction. In his argument Huygens availed himself of the following principle that is justly named after him: Any point that is reached by a wave of light becomes a new centre of radiation from which the disturbance is propagated towards all sides. On this basis he determined the progress of light-waves by a construction which, under a restriction to be mentioned in § 13, applied to waves of any form and to all kinds of transparent media. Let σ be the surface (wave-front) to which a definite phase of vibration has advanced at a certain time t, dt an infinitely small increment of time, and let an elementary wave corresponding to this interval be described around each point P of σ. Then the envelope σ′ of all these elementary waves is the surface reached by the phase in question at the time t + dt, and by repeating the construction all successive positions of the wave-front can be found.

8. Theory of Huygens.—Huygens was the first to demonstrate that the explanation of optical phenomena can be based on the wave surface, not just in isotropic materials, where it has a spherical shape, but also in crystals. For one specific crystal (Iceland spar), he derived the shape of the surface from the observed double refraction. In his reasoning, Huygens utilized the following principle, rightfully named after him: Any point that a light wave reaches becomes a new center of radiation from which the disturbance spreads outward in all directions. Based on this, he determined the movement of light waves through a method that, with a limitation mentioned in § 13, applies to waves of any shape and all types of transparent materials. Let σ be the surface (wave-front) corresponding to a specific phase of vibration that has progressed to a certain time t, dt an infinitesimal increment of time, and let an elementary wave for this interval be described around each point P of σ. Then the envelope σ′ of all these elementary waves represents the surface reached by that phase at the time t + dt, and by repeating this construction, all subsequent positions of the wave-front can be determined.

Huygens also considered the propagation of waves that are laterally limited, by having passed, for example, through an opening in an opaque screen. If, in the first wave-front σ, the disturbance exists only in a certain part bounded by the contour s, we can confine ourselves to the elementary waves around the points of that part, and to a portion of the new wave-front σ′ whose boundary passes through the points where σ′ touches the elementary waves having their centres on s. Taking for granted Huygens’s assumption that a sensible disturbance is only found in those places where the elementary waves are touched by the new wave-front, it may be inferred that the lateral limits of the beam of light are determined by lines, each element of which joins the centre P of an elementary wave with its point of contact P′ with the next wave-front. To lines of this kind, whose course can be made visible by using narrow pencils of light, the name of “rays” is to be given in the wave-theory. The disturbance may be conceived to travel along them with a velocity u = PP′/dt, which is therefore called the “ray-velocity.”

Huygens also looked at how waves spread out when they’re limited on the sides, like when they pass through an opening in a dark screen. If, in the first wave-front σ, the disturbance only happens in a specific area outlined by the contour s, we can focus on the basic waves around the points in that area and on part of the new wave-front σ′, whose boundary goes through the points where σ′ meets the basic waves whose centers are on s. Assuming Huygens’s idea that a noticeable disturbance only occurs where the basic waves are touched by the new wave-front, it can be deduced that the side limits of the light beam are defined by lines, each connecting the center P of a basic wave to its contact point P′ with the next wave-front. We call these lines, which can be shown by using narrow beams of light, “rays” in wave theory. The disturbance can be thought of as moving along them at a speed of u = PP′/dt, which is referred to as the “ray-velocity.”

The construction shows that, corresponding to each direction of the wave-front (with a determinate direction of vibration), there is a definite direction and a definite velocity of the ray. Both are given by a line drawn from the centre of the wave-surface to its point of contact with a tangent plane of the given direction. It will be convenient to say that this line and the plane are conjugate with each other. The rays of light, curved in non-homogeneous bodies, are always straight lines in homogeneous substances. In an isotropic medium, whether homogeneous or otherwise, they are normal to the wave-fronts, and their velocity is equal to that of the waves.

The construction demonstrates that for each direction of the wave-front (which has a specific direction of vibration), there is a clear direction and speed of the ray. Both are represented by a line drawn from the center of the wave surface to where it touches a tangent plane of that specific direction. It’s useful to say that this line and the plane are conjugate to each other. In non-homogeneous materials, the rays of light may bend, but they are always straight lines in homogeneous substances. In an isotropic medium, whether it’s homogeneous or not, they are perpendicular to the wave-fronts, and their speed matches that of the waves.

By applying his construction to the reflection and refraction of light, Huygens accounted for these phenomena in isotropic bodies as well as in Iceland spar. It was afterwards shown by Augustin Fresnel that the double refraction in biaxal crystals can be explained in the same way, provided the proper form be assigned to the wave-surface.

By applying his theory to the reflection and refraction of light, Huygens explained these phenomena in isotropic materials as well as in Iceland spar. Later, Augustin Fresnel demonstrated that double refraction in biaxial crystals can be understood in the same way, as long as the correct shape is given to the wave surface.

In any point of a bounding surface the normals to the reflected and refracted waves, whatever be their number, always lie in the plane passing through the normal to the incident waves and that to the surface itself. Moreover, if α1 is the angle between these two latter normals, and α2 the angle between the normal to the boundary and that to any one of the reflected and refracted waves, and v1, v2 the corresponding wave-velocities, the relation

In any point on a bounding surface, the normals to the reflected and refracted waves, no matter how many there are, always lie in the plane that goes through the normal of the incident waves and the normal to the surface itself. Additionally, if α1 is the angle between these two normals and α2 is the angle between the normal to the boundary and that of any of the reflected and refracted waves, with v1 and v2 being the corresponding wave speeds, the relation

sin α1/sin α2 = v1/v2

sin α1/sin α2 = v1/v2

(7)

is found to hold in all cases. These important theorems may be proved independently of Huygens’s construction by simply observing that, at each point of the surface of separation, there must be a certain connexion between the disturbances existing in the incident, the reflected, and the refracted waves, and that, therefore, the lines of intersection of the surface with the positions of an incident wave-front, succeeding each other at equal intervals of time dt, must coincide with the lines in which the surface is intersected by a similar series of reflected or refracted wave-fronts.

is found to hold true in all situations. These important theorems can be proven independently of Huygens's construction by simply noting that, at each point on the separation surface, there must be a specific connection between the disturbances present in the incident, reflected, and refracted waves. Therefore, the intersection lines of the surface with the positions of an incident wave front, occurring at equal time intervals dt, must align with the lines where the surface is intersected by a similar series of reflected or refracted wave fronts.

In the case of isotropic media, the ratio (7) is constant, so that we are led to the law of Snellius, the index of refraction being given by

In isotropic media, the ratio (7) remains constant, which leads us to Snell's law, where the index of refraction is defined by

µ = v1/v2 (8)

µ = v1/v2 (8)

(8)

(cf. equation 1).

(cf. Eq. 1).

9. General Theorems on Rays, deduced from Huygens’s Construction.—(a) Let A and B be two points arbitrarily chosen in a system of transparent bodies, ds an element of a line drawn from A to B, u the velocity of a ray of light coinciding with ds. Then the integral ∫u−1 ds, which represents the time required for a motion along the line with the velocity u, is a minimum for the course actually taken by a ray of light (unless A and B be too far apart). This is the “principle of least time” first formulated by Pierre de Fermat for the case of two isotropic substances. It shows that the course of a ray of light can always be inverted.

9. General Theorems on Rays, derived from Huygens’s Construction.—(a) Let A and B be two points chosen anywhere in a system of transparent materials, ds an element of a line drawn from A to B, and u the speed of a ray of light along ds. The integral ∫u−1 ds, which represents the time needed for travel along the line at speed u, is minimized for the path actually taken by a ray of light (unless A and B are too far apart). This is the “principle of least time” first introduced by Pierre de Fermat for the case of two isotropic materials. It demonstrates that the path of a ray of light can always be reversed.

(b) Rays of light starting in all directions from a point A and travelling onward for a definite length of time, reach a surface σ, whose tangent plane at a point B is conjugate, in the medium surrounding B, with the last element of the ray AB.

(b) Rays of light radiating in all directions from a point A and moving for a specific amount of time reach a surface σ, where the tangent plane at point B is conjugate, in the medium around B, with the final part of the ray AB.

(c) If all rays issuing from A are concentrated at a point B, the integral ∫u-1ds has the same value for each of them.

(c) If all rays coming from A are focused at a point B, the integral ∫u-1ds has the same value for each of them.

(d) In case (b) the variation of the integral caused by an infinitely small displacement q of B, the point A remaining fixed, is given by δ∫u−1 ds = q cos θ/vB. Here θ is the angle between the displacement q and the normal to the surface σ, in the direction of propagation, vB the velocity of a plane wave tangent to this surface.

(d) If (b) the change in the integral caused by an infinitely small shift q of B, with point A staying in place, is given by δ∫u−1 ds = q cos θ/vB. Here, θ is the angle between the shift q and the normal to the surface σ, in the direction of propagation, and vB is the speed of a plane wave tangent to this surface.

In the case of isotropic bodies, for which the relation (8) holds, we recover the theorems concerning the integral ∫µds which we have deduced from the emission theory (§ 5).

In the case of isotropic bodies, for which the relation (8) is true, we get back the theorems about the integral ∫µds that we derived from the emission theory (§ 5).

10. Further General Theorems.—(a) Let V1 and V2 be two planes in a system of isotropic bodies, let rectangular axes of coordinates be chosen in each of these planes, and let x1, y1 be the coordinates of a point A in V1, and x2, y2 those of a point B in V2. The integral ∫µds, taken for the ray between A and B, is a function of x1, y1, x2, y2 and, if ξ1 denotes either x1 or y1, and ξ2 either x2 or y2, we shall have

10. Further General Theorems.—(a) Let V1 and V2 be two planes in a system of isotropic bodies. Choose rectangular coordinate axes in each of these planes. Let x1, y1 be the coordinates of a point A in V1, and x2, y2 those of a point B in V2. The integral ∫µds, computed for the ray between A and B, is a function of x1, y1, x2, y2, and if ξ1 represents either x1 or y1, and ξ2 represents either x2 or y2, we will have

2 µ ds = 2 µ ds.
∂ξ1 ∂ξ2 ∂ξ2 ∂ξ1

On both sides of this equation the first differentiation may be performed by means of the formula (3). The second differentiation admits of a geometrical interpretation, and the formula may finally be employed for proving the following theorem:

On both sides of this equation, the first derivative can be calculated using formula (3). The second derivative allows for a geometric interpretation, and the formula can ultimately be used to prove the following theorem:

Let ω1 be the solid angle of an infinitely thin pencil of rays issuing from A and intersecting the plane V2 in an element σ2 at the point B. Similarly, let ω2 be the solid angle of a pencil starting from B and falling on the element σ1 of the plane V1 at the point A. Then, denoting by µ1 and µ2 the indices of refraction of the matter at the points A and B, by θ1 and θ2 the sharp angles which the ray AB at its extremities makes with the normals to V1 and V2, we have

Let ω1 be the solid angle of an infinitely thin pencil of rays coming from A and intersecting the plane V2 at point B on an area σ2. Similarly, let ω2 be the solid angle of a pencil starting from B and hitting the area σ1 of the plane V1 at point A. Then, denoting by µ1 and µ2 the indices of refraction of the materials at points A and B, and by θ1 and θ2 the sharp angles that the ray AB makes with the normals to V1 and V2, we have

µ12 σ1 ω1 cos θ1 = µ22 σ2 ω2 cos θ2.

µ12 σ1 ω1 cos θ1 = µ22 σ2 ω2 cos θ2.

(b) There is a second theorem that is expressed by exactly the same formula, if we understand by σ1 and σ2 elements of surface that are related to each other as an object and its optical image—by ω1, ω2 the infinitely small openings, at the beginning and the end of its course, of a pencil of rays issuing from a point A of σ1 and coming together at the corresponding point B of σ2, and by θ1, θ2 the sharp angles which one of the rays makes with the normals to σ1 and σ2. The proof may be based upon the first theorem. It suffices to 620 consider the section σ of the pencil by some intermediate plane, and a bundle of rays starting from the points of σ1 and reaching those of σ2 after having all passed through a point of that section σ.

(b) There’s a second theorem that’s written using the same formula, if we consider σ1 and σ2 as surface elements that are related to each other like an object and its optical image—by ω1, ω2 representing the infinitely small openings, at the start and end of its path, of a beam of rays coming from a point A on σ1 and converging at the corresponding point B on σ2. The sharp angles that one of the rays makes with the normals to σ1 and σ2 are denoted by θ1, θ2. The proof can be based on the first theorem. It’s enough to 620 consider the section σ of the beam by some intermediate plane, and a bundle of rays starting from the points of σ1 and reaching those of σ2 after passing through a point on that section σ.

(c) If in the last theorem the system of bodies is symmetrical around the straight line AB, we can take for σ1 and σ2 circular planes having AB as axis. Let h1 and h2 be the radii of these circles, i.e. the linear dimensions of an object and its image, ε1 and ε2 the infinitely small angles which a ray R going from A to B makes with the axis at these points. Then the above formula gives µ1h1ε1 = µ2h2ε2, a relation that was proved, for the particular case µ1 = µ2 by Huygens and Lagrange. It is still more valuable if one distinguishes by the algebraic sign of h2 whether the image is direct or inverted, and by that of ε2 whether the ray R on leaving A and on reaching B lies on opposite sides of the axis or on the same side.

(c) If in the last theorem the system of bodies is symmetrical around the straight line AB, we can use circular planes with AB as the axis for σ1 and σ2. Let h1 and h2 be the radii of these circles, meaning the linear dimensions of an object and its image, while ε1 and ε2 are the infinitely small angles that a ray R makes moving from A to B with the axis at these points. Then the formula above results in µ1h1ε1 = µ2h2ε2, a relation that was proven for the specific case of µ1 = µ2 by Huygens and Lagrange. It becomes even more significant if we differentiate by the algebraic sign of h2 to indicate whether the image is direct or inverted, and by that of ε2 to show whether the ray R, upon leaving A and reaching B, is on opposite sides of the axis or the same side.

The above theorems are of much service in the theory of optical instruments and in the general theory of radiation.

The above theorems are very helpful in the theory of optical devices and in the overall theory of radiation.

11. Phenomena of Interference and Diffraction.—The impulses or motions which a luminous body sends forth through the universal medium or aether, were considered by Huygens as being without any regular succession; he neither speaks of vibrations, nor of the physical cause of the colours. The idea that monochromatic light consists of a succession of simple harmonic vibrations like those represented by the equation (5), and that the sensation of colour depends on the frequency, is due to Thomas Young11 and Fresnel,12 who explained the phenomena of interference on this assumption combined with the principle of super-position. In doing so they were also enabled to determine the wave-length, ranging from 0.000076 cm. at the red end of the spectrum to 0.000039 cm. for the extreme violet and, by means of the formula (6), the number of vibrations per second. Later investigations have shown that the infra-red rays as well as the ultra-violet ones are of the same physical nature as the luminous rays, differing from these only by the greater or smaller length of their waves. The wave-length amounts to 0.006 cm. for the least refrangible infra-red, and is as small as 0.00001 cm. for the extreme ultra-violet.

11. Phenomena of Interference and Diffraction.—The impulses or motions that a light source sends through the universal medium or aether were viewed by Huygens as lacking any regular pattern; he didn’t mention vibrations or the physical cause of colors. The concept that monochromatic light is made up of a series of simple harmonic vibrations, like those described by equation (5), and that the perception of color is based on frequency, comes from Thomas Young11 and Fresnel,12 who explained interference phenomena based on this idea in conjunction with the principle of superposition. As a result, they were also able to calculate the wave-lengths, which range from 0.000076 cm at the red end of the spectrum to 0.000039 cm at the extreme violet. Using the formula (6), they found the number of vibrations per second. Subsequent research has shown that both infrared and ultraviolet rays are of the same physical nature as visible light, differing only in the longer or shorter length of their waves. The wave-length measures 0.006 cm for the least refracted infrared and can be as small as 0.00001 cm for the extreme ultraviolet.

Another important part of Fresnel’s work is his treatment of diffraction on the basis of Huygens’s principle. If, for example, light falls on a screen with a narrow slit, each point of the slit is regarded as a new centre of vibration, and the intensity at any point behind the screen is found by compounding with each other the disturbances coming from all these points, due account being taken of the phases with which they come together (see Diffraction; Interference).

Another important part of Fresnel’s work is how he approached diffraction using Huygens’s principle. For instance, when light hits a screen with a narrow slit, each point on the slit acts as a new source of vibration. The intensity at any point behind the screen is determined by combining the disturbances from all these points, carefully considering the phases in which they join together (see Diffraction; Interference).

12. Results of Later Mathematical Theory.—Though the theory of diffraction developed by Fresnel, and by other physicists who worked on the same lines, shows a most beautiful agreement with observed facts, yet its foundation, Huygens’s principle, cannot, in its original elementary form, be deemed quite satisfactory. The general validity of the results has, however, been confirmed by the researches of those mathematicians (Siméon Denis Poisson, Augustin Louis Cauchy, Sir G. G. Stokes, Gustav Robert Kirchhoff) who investigated the propagation of vibrations in a more rigorous manner. Kirchhoff13 showed that the disturbance at any point of the aether inside a closed surface which contains no ponderable matter can be represented as made up of a large number of parts, each of which depends upon the state of things at one point of the surface. This result, the modern form of Huygens’s principle, can be extended to a system of bodies of any kind, the only restriction being that the source of light be not surrounded by the surface. Certain causes capable of producing vibrations can be imagined to be distributed all over this latter, in such a way that the disturbances to which they give rise in the enclosed space are exactly those which are brought about by the real source of light.14 Another interesting result that has been verified by experiment is that, whenever rays of light pass through a focus, the phase undergoes a change of half a period. It must be added that the results alluded to in the above, though generally presented in the terms of some particular form of the wave theory, often apply to other forms as well.

12. Results of Later Mathematical Theory.—While the diffraction theory developed by Fresnel and other physicists working along the same lines aligns beautifully with observed facts, the foundation of this theory, Huygens’s principle, can't be considered entirely satisfactory in its original basic form. However, the overall validity of the results has been confirmed by the work of mathematicians like Siméon Denis Poisson, Augustin Louis Cauchy, Sir G. G. Stokes, and Gustav Robert Kirchhoff, who studied the propagation of vibrations in a more rigorous way. Kirchhoff showed that the disturbance at any point in the ether within a closed surface that contains no matter can be represented as being made up of many components, each depending on the state of things at one point on the surface. This finding, the modern version of Huygens’s principle, can be applied to a system of any type of bodies, with the only condition being that the light source isn't surrounded by the surface. It's possible to imagine certain causes of vibrations distributed over this surface in such a way that the disturbances they cause in the enclosed space are exactly those produced by the actual light source. Another fascinating result confirmed by experiments is that whenever rays of light pass through a focus, the phase changes by half a period. It's important to note that the results mentioned above, while typically expressed in the context of a specific form of wave theory, often apply to other forms as well.

13. Rays of Light.—In working out the theory of diffraction it is possible to state exactly in what sense light may be said to travel in straight lines. Behind an opening whose width is very large in comparison with the wave-length the limits between the illuminated and the dark parts of space are approximately determined by rays passing along the borders.

13. Rays of Light.—In developing the theory of diffraction, we can clearly explain how light travels in straight lines. Behind an opening that is much wider compared to the wavelength, the boundaries between the illuminated and dark areas are roughly defined by rays that travel along the edges.

This conclusion can also be arrived at by a mode of reasoning that is independent of the theory of diffraction.15 If linear differential equations admit a solution of the form (5) with A constant, they can also be satisfied by making A a function of the coordinates, such that, in a wave-front, it changes very little over a distance equal to the wave-length λ, and that it is constant along each line conjugate with the wave-fronts. In cases of this kind the disturbance may truly be said to travel along lines of the said direction, and an observer who is unable to discern lengths of the order of λ, and who uses an opening of much larger dimensions, may very well have the impression of a cylindrical beam with a sharp boundary.

This conclusion can also be reached through reasoning that doesn't rely on the theory of diffraction.15 If linear differential equations allow for a solution of the form (5) with A as a constant, they can also be satisfied by treating A as a function of the coordinates. In this case, within a wave-front, it changes very little over a distance equal to the wavelength λ and remains constant along each line that is perpendicular to the wave-fronts. In such scenarios, the disturbance can genuinely be said to travel along those lines, and an observer who cannot perceive lengths on the order of λ, and who uses an opening that is much larger, may easily perceive a cylindrical beam with a distinct boundary.

A similar result is found for curved waves. If the additional restriction is made that their radii of curvature be very much larger than the wave-length, Huygens’s construction may confidently be employed. The amplitudes all along a ray are determined by, and proportional to, the amplitude at one of its points.

A similar outcome is observed for curved waves. If we also require that their radii of curvature are much larger than the wavelength, Huygens’s principle can be applied confidently. The amplitudes along a ray are defined by, and proportional to, the amplitude at one of its points.

14. Polarized Light.—As the theorems used in the explanation of interference and diffraction are true for all kinds of vibratory motions, these phenomena can give us no clue to the special kind of vibrations in light-waves. Further information, however, may be drawn from experiments on plane polarized light. The properties of a beam of this kind are completely known when the position of a certain plane passing through the direction of the rays, and in which the beam is said to be polarized, is given. “This plane of polarization,” as it is called, coincides with the plane of incidence in those cases where the light has been polarized by reflection on a glass surface under an angle of incidence whose tangent is equal to the index of refraction (Brewster’s law).

14. Polarized Light.—The theorems used to explain interference and diffraction apply to all types of vibratory motions, so these phenomena don't give us any insights into the specific type of vibrations in light-waves. However, we can gain more information from experiments with plane polarized light. The properties of a beam like this are fully understood once we know the position of a certain plane that aligns with the direction of the rays, in which the beam is said to be polarized. This is known as the “plane of polarization,” and it aligns with the plane of incidence in cases where the light has been polarized by reflecting off a glass surface at an angle whose tangent equals the index of refraction (Brewster’s law).

The researches of Fresnel and Arago left no doubt as to the direction of the vibrations in polarized light with respect to that of the rays themselves. In isotropic bodies at least, the vibrations are exactly transverse, i.e. perpendicular to the rays, either in the plane of polarization or at right angles to it. The first part of this statement also applies to unpolarized light, as this can always be dissolved into polarized components.

The research by Fresnel and Arago clearly showed how the vibrations in polarized light relate to the rays themselves. At least in isotropic materials, the vibrations are completely transverse, meaning they are perpendicular to the rays, either in the plane of polarization or at a right angle to it. The first part of this statement also holds true for unpolarized light since it can always be broken down into polarized components.

Much experimental work has been done on the production of polarized rays by double refraction and on the reflection of polarized light, either by isotropic or by anisotropic transparent bodies, the object of inquiry being in the latter case to determine the position of the plane of polarization of the reflected rays and their intensity.

Much research has been conducted on creating polarized rays through double refraction and on reflecting polarized light, whether from isotropic or anisotropic transparent materials. In the latter case, the goal is to figure out the position of the plane of polarization for the reflected rays and their intensity.

In this way a large amount of evidence has been gathered by which it has been possible to test different theories concerning the nature of light and that of the medium through which it is propagated. A common feature of nearly all these theories is that the aether is supposed to exist not only in spaces void of matter, but also in the interior of ponderable bodies.

In this way, a significant amount of evidence has been collected that allows for the testing of various theories about the nature of light and the medium through which it travels. A common aspect of almost all these theories is the belief that aether exists not just in empty spaces but also within solid objects.

15. Fresnel’s Theory.—Fresnel and his immediate successors assimilated the aether to an elastic solid, so that the velocity of propagation of transverse vibrations could be determined by the formula v = √(K/ρ), where K denotes the modulus of rigidity and ρ the density. According to this equation the different properties of various isotropic transparent bodies may arise from different values of K, of ρ, or of both. It has, however, been found that if both K and ρ are supposed to change from one substance to another, it is impossible to obtain the right reflection formulae. Assuming the constancy of K Fresnel was led to equations which agreed with the observed properties of the reflected light, if he made the further assumption (to be mentioned in what follows as “Fresnel’s assumption”) that the vibrations of plane polarized light are perpendicular to the plane of polarization.

15. Fresnel’s Theory.—Fresnel and his immediate successors viewed the aether as an elastic solid, which allowed them to determine the speed of transverse vibrations using the formula v = √(K/ρ), where K represents the modulus of rigidity and ρ is the density. This equation suggests that the different properties of various isotropic transparent materials could come from different values of K, ρ, or both. However, it has been found that if both K and ρ are assumed to change from one substance to another, it becomes impossible to derive the correct reflection formulas. By assuming K stays constant, Fresnel developed equations that matched the observed properties of reflected light, provided he also made the additional assumption (which will be referred to later as “Fresnel’s assumption”) that the vibrations of plane polarized light are perpendicular to the plane of polarization.

621

621

Let the indices p and n relate to the two principal cases in which the incident (and, consequently, the reflected) light is polarized in the plane of incidence, or normally to it, and let positive directions h and h′ be chosen for the disturbance (at the surface itself) in the incident and for that in the reflected beam, in such a manner that, by a common rotation, h and the incident ray prolonged may be made to coincide with h′ and the reflected ray. Then, if α1 and α2 are the angles of incidence and refraction, Fresnel shows that, in order to get the reflected disturbance, the incident one must be multiplied by

Let the indices p and n refer to the two main scenarios where the incident (and thus the reflected) light is polarized either in the plane of incidence or perpendicular to it. Let’s define positive directions h and h′ for the disturbances at the surface of the incident light and the reflected beam, so that through a shared rotation, h and the extended incident ray can align with h′ and the reflected ray. Then, if α1 and α2 are the angles of incidence and refraction, Fresnel demonstrates that in order to obtain the reflected disturbance, the incident one must be multiplied by

αp = −sin (α1 − α2) / sin (α1 + α2)

αp = −sin (α1 − α2) / sin (α1 + α2)

(9)

in the first, and by

in the first, and by

αn = tan (α1 − α2) / tan (α1 + α2)

αn = tan (α1 − α2) / tan (α1 + α2)

(10)

in the second principal case.

in the second main case.

As to double refraction, Fresnel made it depend on the unequal elasticity of the aether in different directions. He came to the conclusion that, for a given direction of the waves, there are two possible directions of vibration (§ 6), lying in the wave-front, at right angles to each other, and he determined the form of the wave-surface, both in uniaxal and in biaxal crystals.

As for double refraction, Fresnel linked it to the varying elasticity of the aether in different directions. He concluded that, for a specific direction of the waves, there are two possible vibration directions (§ 6) that lie in the wave front and are perpendicular to each other. He also mapped out the shape of the wave surface in both uniaxial and biaxial crystals.

Though objections may be urged against the dynamic part of Fresnel’s theory, he admirably succeeded in adapting it to the facts.

Though there may be objections to the dynamic aspect of Fresnel’s theory, he did a great job of aligning it with the facts.

16. Electromagnetic Theory.—We here leave the historical order and pass on to Maxwell’s theory of light.

16. Electromagnetic Theory.—We now step away from the historical sequence and move on to Maxwell’s theory of light.

James Clerk Maxwell, who had set himself the task of mathematically working out Michael Faraday’s views, and who, both by doing so and by introducing many new ideas of his own, became the founder of the modern science of electricity,16 recognized that, at every point of an electromagnetic field, the state of things can be defined by two vector quantities, the “electric force” E and the “magnetic force” H, the former of which is the force acting on unit of electricity and the latter that which acts on a magnetic pole of unit strength. In a non-conductor (dielectric) the force E produces a state that may be described as a displacement of electricity from its position of equilibrium. This state is represented by a vector D (“dielectric displacement”) whose magnitude is measured by the quantity of electricity reckoned per unit area which has traversed an element of surface perpendicular to D itself. Similarly, there is a vector quantity B (the “magnetic induction”) intimately connected with the magnetic force H. Changes of the dielectric displacement constitute an electric current measured by the rate of change of D, and represented in vector notation by

James Clerk Maxwell, who aimed to mathematically clarify Michael Faraday’s ideas, and in doing so introduced many of his own concepts, became the founder of modern electricity. He recognized that at every point in an electromagnetic field, the state can be defined by two vector quantities: the “electric force” E and the “magnetic force” H. The former refers to the force acting on a unit of electricity, while the latter refers to the force acting on a magnetic pole of unit strength. In a non-conductor (dielectric), the force E causes a state that can be described as a displacement of electricity from its equilibrium position. This state is represented by a vector D (“dielectric displacement”), whose magnitude is measured by the amount of electricity per unit area that has crossed a surface element perpendicular to D. Likewise, there is a vector quantity B (the “magnetic induction”) that is closely related to the magnetic force H. Changes in the dielectric displacement create an electric current, indicated by the rate of change of D and represented in vector notation by

C =

C =

(11)

Periodic changes of D and B may be called “electric” and “magnetic vibrations.” Properly choosing the units, the axes of coordinates (in the first proposition also the positive direction of s and n), and denoting components of vectors by suitable indices, we can express in the following way the fundamental propositions of the theory.

Periodic changes of D and B can be referred to as “electric” and “magnetic vibrations.” By appropriately selecting the units, the coordinate axes (in the first proposition also the positive direction of s and n), and labeling the components of vectors with suitable indices, we can express the fundamental propositions of the theory in the following way.

(a) Let s be a closed line, σ a surface bounded by it, n the normal to σ. Then, for all bodies,

(a) Let s be a closed curve, σ a surface enclosed by it, and n the normal vector to σ. Then, for all objects,

Hsds = 1 Cn dσ,   Es ds = − 1   d Bn dσ,
c c dt

where the constant c means the ratio between the electro-magnet and the electrostatic unit of electricity.

where the constant c represents the ratio between the electromagnetic and the electrostatic unit of electricity.

From these equations we can deduce:

From these equations, we can figure out:

(α) For the interior of a body, the equations

(α) For the inside of a body, the equations

Hz Hy = 1 Cx,  Hx Hz = 1 Cy,  Hy Hx = 1 Cz
∂y ∂z c ∂z ∂x c ∂x ∂y c
(12)
Ez Ey = − 1   Bz ,  Ex Ez = − 1   By ,  Ey Ex = − 1   Bz ;
∂y ∂z c ∂t ∂z ∂x c ∂t ∂x ∂y c ∂t
(13)

(ß) For a surface of separation, the continuity of the tangential components of E and H;

(ß) For a surface of separation, the continuity of the tangential components of E and H;

(γ) The solenoidal distribution of C and B, and in a dielectric that of D. A solenoidal distribution of a vector is one corresponding to that of the velocity in an incompressible fluid. It involves the continuity, at a surface, of the normal component of the vector.

(γ) The solenoidal distribution of C and B, and in a dielectric that of D. A solenoidal distribution of a vector is one that corresponds to the velocity in an incompressible fluid. It involves the continuity, at a surface, of the normal component of the vector.

(b) The relation between the electric force and the dielectric displacement is expressed by

(b) The relationship between electric force and dielectric displacement is expressed by

Dx = ε1Ex,  Dy = ε2Ey,  Dz = ε3Ez,

Dx = ε1Ex,  Dy = ε2Ey,  Dz = ε3Ez,

(14)

the constants ε1, ε2, ε3 (dielectric constants) depending on the properties of the body considered. In an isotropic medium they have a common value ε, which is equal to unity for the free aether, so that for this medium D = E.

the constants ε1, ε2, ε3 (dielectric constants) depend on the properties of the material being considered. In an isotropic medium, they have a common value ε, which is equal to one for free space, so for this medium D = E.

(c) There is a relation similar to (14) between the magnetic force and the magnetic induction. For the aether, however, and for all ponderable bodies with which this article is concerned, we may write B = H.

(c) There is a relationship similar to (14) between the magnetic force and the magnetic induction. For the ether, however, and for all tangible bodies discussed in this article, we can express it as B = H.

It follows from these principles that, in an isotropic dielectric, transverse electric vibrations can be propagated with a velocity

It follows from these principles that, in an isotropic insulator, transverse electric vibrations can be transmitted at a speed

v = c / √ε.

v = c / √ε.

(15)

Indeed, all conditions are satisfied if we put

Indeed, all conditions are satisfied if we put

Dx = 0, Dy = a cos n (t − xv−1 + l), Dz = 0,
Hx = 0, Hy = 0, Hz = avc−1 cos n (t − xv−1 + l)
(16)

For the free aether the velocity has the value c. Now it had been found that the ratio c between the two units of electricity agrees within the limits of experimental errors with the numerical value of the velocity of light in aether. (The mean result of the most exact determinations17 of c is 3,001·1010 cm./sec., the largest deviations being about 0,008·1010; and Cornu18 gives 3,001·1010 ± 0,003·1010 as the most probable value of the velocity of light.) By this Maxwell was led to suppose that light consists of transverse electromagnetic disturbances. On this assumption, the equations (16) represent a beam of plane polarized light. They show that, in such a beam, there are at the same time electric and magnetic vibrations, both transverse, and at right angles to each other.

For free space, the speed has the value c. It has been found that the ratio c between the two units of electricity matches the numerical value of the speed of light in a vacuum within experimental error limits. (The average result of the most precise measurements17 of c is 3.001·1010 cm/sec, with the largest deviations being about 0.008·1010; and Cornu18 provides 3.001·1010 ± 0.003·1010 as the most likely value for the speed of light.) This led Maxwell to propose that light is made up of transverse electromagnetic disturbances. Based on this assumption, the equations (16) describe a beam of plane polarized light. They indicate that, in such a beam, there are simultaneous electric and magnetic vibrations, both transverse and perpendicular to each other.

It must be added that the electromagnetic field is the seat of two kinds of energy distinguished by the names of electric and magnetic energy, and that, according to a beautiful theorem due to J. H. Poynting,19 the energy may be conceived to flow in a direction perpendicular both to the electric and to the magnetic force. The amounts per unit of volume of the electric and the magnetic energy are given by the expressions

It should be noted that the electromagnetic field contains two types of energy known as electric and magnetic energy. According to a well-known theorem by J. H. Poynting, the energy can be thought of as flowing in a direction that is perpendicular to both the electric and magnetic forces. The quantities of electric and magnetic energy per unit volume are represented by the following expressions:

½ (ExDx + EyDy + EzDz),

½ (ExDx + EyDy + EzDz),

(17)

and

and

½ (HxBx + HyBy + HzBz) = ½ H2,

½ (HxBx + HyBy + HzBz) = ½ H2,

(18)

whose mean values for a full period are equal in every beam of light.

whose average values for a complete cycle are the same in every beam of light.

The formula (15) shows that the index of refraction of a body is given by √ε, a result that has been verified by Ludwig Boltzmann’s measurements20 of the dielectric constants of gases. Thus Maxwell’s theory can assign the true cause of the different optical properties of various transparent bodies. It also leads to the reflection formulae (9) and (10), provided the electric vibrations of polarized light be supposed to be perpendicular to the plane of polarization, which implies that the magnetic vibrations are parallel to that plane.

The formula (15) shows that the refractive index of a substance is given by √ε, a finding that was confirmed by Ludwig Boltzmann’s measurements20 of the dielectric constants of gases. Therefore, Maxwell’s theory can explain the actual reasons behind the different optical properties of various transparent materials. It also leads to the reflection formulas (9) and (10), assuming that the electric vibrations of polarized light are perpendicular to the plane of polarization, which means that the magnetic vibrations align parallel to that plane.

Following the same assumption Maxwell deduced the laws of double refraction, which he ascribes to the unequality of ε1, ε2, ε3. His results agree with those of Fresnel and the theory has been confirmed by Boltzmann,21 who measured the three coefficients in the case of crystallized sulphur, and compared them with the principal indices of refraction. Subsequently the problem of crystalline reflection has been completely solved and it has been shown that, in a crystal, Poynting’s flow of energy has the direction of the rays as determined by Huygens’s construction.

Following the same assumption, Maxwell derived the laws of double refraction, attributing it to the differences in ε1, ε2, ε3. His findings align with those of Fresnel, and the theory has been validated by Boltzmann, 21 who measured the three coefficients for crystallized sulfur and compared them to the main indices of refraction. Later, the issue of crystalline reflection has been fully resolved, demonstrating that in a crystal, Poynting’s flow of energy follows the direction of the rays as defined by Huygens’s construction.

Two further verifications must here be mentioned. In the first place, though we shall speak almost exclusively of the propagation of light in transparent dielectrics, a few words may be said about the optical properties of conductors. The simplest assumption concerning the electric current C in a metallic body is expressed by the equation C = σE, where σ is the coefficient of conductivity. Combining this with his other formulae (we may say with (12) and (13)), Maxwell found that there must be an absorption of light, a result that can be readily understood since the motion of electricity in a conductor gives rise to a development of heat. But, though Maxwell accounted in this way for the fundamental fact that metals are opaque bodies, there remained a wide divergence between the values of the coefficient of absorption as directly measured and as calculated from the electrical conductivity; but in 1903 it was shown by E. Hagen and H. Rubens22 that the agreement is very satisfactory in the case of the extreme infra-red rays.

Two more verifications need to be mentioned here. First, while we will mostly talk about how light travels in transparent materials, we should also touch on the optical properties of conductors. The simplest assumption about the electric current C in a metal is given by the equation C = σE, where σ is the conductivity coefficient. By combining this with his other formulas (specifically, (12) and (13)), Maxwell discovered that light must be absorbed, which makes sense because the movement of electricity in a conductor generates heat. However, while Maxwell explained why metals are opaque, there was still a significant difference between the measured values of the absorption coefficient and those calculated from electrical conductivity. But in 1903, E. Hagen and H. Rubens22 demonstrated that the agreement is quite good for extreme infrared rays.

In the second place, the electromagnetic theory requires that a surface struck by a beam of light shall experience a certain pressure. If the beam falls normally on a plane disk, the pressure is normal too; its total amount is given by c−1(i1 + i2 − i3), if i1, i2 and i3 are the quantities of energy that are carried forward per unit of time by the incident, the reflected, and the transmitted light. This result has been quantitatively verified by E. F. Nicholls and G. F. Hull.23

In addition, the electromagnetic theory states that a surface hit by a beam of light experiences a certain pressure. If the beam hits a flat disk perpendicularly, the pressure is also perpendicular; its total amount is given by c−1(i1 + i2 − i3), where i1, i2, and i3 represent the amounts of energy carried per unit of time by the incoming, reflected, and transmitted light, respectively. This result has been quantitatively confirmed by E. F. Nicholls and G. F. Hull.23

Maxwell’s predictions have been splendidly confirmed by the experiments of Heinrich Hertz24 and others on electromagnetic waves; by diminishing the length of these to the utmost, some physicists have been able to reproduce with them all phenomena of reflection, refraction (single and double), interference, and polarization.25 A table of the wave-lengths observed in the aether now has 622 to contain, besides the numbers given in § 11, the lengths of the waves produced by electromagnetic apparatus and extending from the long waves used in wireless telegraphy down to about 0.6 cm.

Maxwell’s predictions have been impressively confirmed by the experiments of Heinrich Hertz24 and others on electromagnetic waves. By reducing the length of these waves as much as possible, some physicists have managed to recreate all the phenomena of reflection, refraction (both single and double), interference, and polarization.25 A table of the wavelengths observed in the ether now has 622 to include, in addition to the numbers provided in § 11, the lengths of the waves generated by electromagnetic devices, ranging from the long waves used in wireless telegraphy down to about 0.6 cm.

17. Mechanical Models of the Electromagnetic Medium.—From the results already enumerated, a clear idea can be formed of the difficulties which were encountered in the older form of the wave-theory. Whereas, in Maxwell’s theory, longitudinal vibrations are excluded ab initio by the solenoidal distribution of the electric current, the elastic-solid theory had to take them into account, unless, as was often done, one made them disappear by supposing them to have a very great velocity of propagation, so that the aether was considered to be practically incompressible. Even on this assumption, however, much in Fresnel’s theory remained questionable. Thus George Green,26 who was the first to apply the theory of elasticity in an unobjectionable manner, arrived on Fresnel’s assumption at a formula for the reflection coefficient An sensibly differing from (10).

17. Mechanical Models of the Electromagnetic Medium.—From the results already listed, it's clear what challenges were faced in the older version of wave theory. While Maxwell’s theory rules out longitudinal vibrations from the start due to the solenoidal arrangement of the electric current, the elastic-solid theory had to consider them, unless, as was often done, they were dismissed by assuming they traveled at an extremely high speed, making the aether practically incompressible. Even with this assumption, much of Fresnel’s theory remained questionable. George Green, who was the first to effectively apply the theory of elasticity, arrived at a formula for the reflection coefficient An that was noticeably different from (10) based on Fresnel’s assumptions.

In the theory of double refraction the difficulties are no less serious. As a general rule there are in an anisotropic elastic solid three possible directions of vibration (§ 6), at right angles to each other, for a given direction of the waves, but none of these lies in the wave-front. In order to make two of them do so and to find Fresnel’s form for the wave-surface, new hypotheses are required. On Fresnel’s assumption it is even necessary, as was observed by Green, to suppose that in the absence of all vibrations there is already a certain state of pressure in the medium.

In the theory of double refraction, the challenges are equally significant. Generally, in an anisotropic elastic solid, there are three possible directions of vibration (§ 6) that are at right angles to each other for a given wave direction, but none of these align with the wave-front. To align two of them and derive Fresnel’s wave-surface formula, new hypotheses are needed. According to Fresnel’s assumption, as Green noted, it’s also necessary to assume that even without any vibrations, there is already a certain state of pressure in the medium.

If we adhere to Fresnel’s assumption, it is indeed scarcely possible to construct an elastic model of the electromagnetic medium. It may be done, however, if the velocities of the particles in the model are taken to represent the magnetic force H, which, of course, implies that the vibrations of the particles are parallel to the plane of polarization, and that the magnetic energy is represented by the kinetic energy in the model. Considering further that, in the case of two bodies connected with each other, there is continuity of H in the electromagnetic system, and continuity of the velocity of the particles in the model, it becomes clear that the representation of H by that velocity must be on the same scale in all substances, so that, if ξ, η, ζ are the displacements of a particle and g a universal constant, we may write

If we stick to Fresnel’s assumption, it’s really tough to create an elastic model of the electromagnetic medium. However, it can be done if we consider the velocities of the particles in the model to represent the magnetic force H, which means that the particles’ vibrations are aligned with the plane of polarization and that the magnetic energy is represented by the kinetic energy in the model. Additionally, when looking at two bodies connected to each other, there’s continuity of H in the electromagnetic system and continuity of the particles’ velocities in the model. It becomes clear that representing H by that velocity must be consistent across all substances. So, if ξ, η, ζ are the displacements of a particle and g is a universal constant, we can write

Hx = g ∂ξ ,   Hy = g ∂η ,   Hz = g ∂ζ .
∂t ∂t ∂t
(19)

By this the magnetic energy per unit of volume becomes

By this, the magnetic energy per unit of volume becomes

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∂t   ∂t   ∂t  

and since this must be the kinetic energy of the elastic medium, the density of the latter must be taken equal to g2, so that it must be the same in all substances.

and since this has to be the kinetic energy of the elastic medium, the density of that medium must be considered equal to g2, meaning it has to be the same in all substances.

It may further be asked what value we have to assign to the potential energy in the model, which must correspond to the electric energy in the electromagnetic field. Now, on account of (11) and (19), we can satisfy the equations (12) by putting Dx = gc (∂ζ/∂y − ∂η/∂z), &c., so that the electric energy (17) per unit of volume becomes

It may further be asked what value we should assign to the potential energy in the model, which must correspond to the electric energy in the electromagnetic field. Now, based on (11) and (19), we can satisfy equations (12) by setting Dx = gc (∂ζ/∂y − ∂η/∂z), etc., so that the electric energy (17) per unit of volume becomes

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ε1 ∂y ∂z ε2 ∂z ∂x ε3 ∂x ∂y

This, therefore, must be the potential energy in the model.

This must be the potential energy in the model.

It may be shown, indeed, that, if the aether has a uniform constant density, and is so constituted that in any system, whether homogeneous or not, its potential energy per unit of volume can be represented by an expression of the form

It can be demonstrated that if the aether has a constant density and is structured in such a way that in any system, whether uniform or not, its potential energy per unit volume can be described by an expression of the form

½ Sure! Please provide the text you would like me to modernize. L ) ∂ζ ∂η Below is a short piece of text (5 words or fewer). Modernize it into contemporary English if there's enough context, but do not add or omit any information. If context is insufficient, return it unchanged. Do not add commentary, and do not modify any placeholders. If you see placeholders of the form __A_TAG_PLACEHOLDER_x__, you must keep them exactly as-is so they can be replaced with links.2 + M There is no text to modernize. ∂ξ ∂ζ )2 + N ( ∂η ∂ξ )2 I'm sorry, but there is no text provided for me to modernize. Please provide a short piece of text.,
∂y ∂z ∂z ∂x ∂x ∂y
(20)

where L, M, N are coefficients depending on the physical properties of the substance considered, the equations of motion will exactly correspond to the equations of the electromagnetic field.

where L, M, N are coefficients based on the physical properties of the substance being considered, the equations of motion will directly match the equations of the electromagnetic field.

18. Theories of Neumann, Green, and MacCullagh.—A theory of light in which the elastic aether has a uniform density, and in which the vibrations are supposed to be parallel to the plane of polarization, was developed by Franz Ernst Neumann,27 who gave the first deduction of the formulas for crystalline reflection. Like Fresnel, he was, however, obliged to introduce some illegitimate assumptions and simplifications. Here again Green indicated a more rigorous treatment.

18. Theories of Neumann, Green, and MacCullagh.—A theory of light that suggests the elastic aether has a uniform density and where the vibrations are thought to be parallel to the plane of polarization was developed by Franz Ernst Neumann,27 who provided the first derivation of the formulas for crystalline reflection. Like Fresnel, he had to make some questionable assumptions and simplifications. Once again, Green pointed out a more precise approach.

By specializing the formula for the potential energy of an anisotropic body he arrives at an expression which, if some of his coefficients are made to vanish and if the medium is supposed to be incompressible, differs from (20) only by the additional terms

By refining the formula for the potential energy of an anisotropic body, he comes up with an equation that, if some of his coefficients are set to zero and if the medium is considered incompressible, differs from (20) only by the extra terms.

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∂y ∂z ∂y ∂z ∂z ∂x ∂z ∂x ∂x ∂y ∂x ∂y
(21)

If ξ, η, ζ vanish at infinite distance the integral of this expression over all space is zero, when L, M, N are constants, and the same will be true when these coefficients change from point to point, provided we add to (21) certain terms containing the differential coefficients of L, M, N, the physical meaning of these terms being that, besides the ordinary elastic forces, there is some extraneous force (called into play by the displacement) acting on all those elements of volume where L, M, N are not constant. We may conclude from this that all phenomena can be explained if we admit the existence of this latter force, which, in the case of two contingent bodies, reduces to a surface-action on their common boundary.

If ξ, η, ζ disappear at an infinite distance, the integral of this expression over all space is zero when L, M, N are constants. The same is true when these coefficients vary from point to point, as long as we add certain terms containing the differential coefficients of L, M, N to (21). The physical interpretation of these terms is that, in addition to the usual elastic forces, there's some external force (triggered by the displacement) acting on all the volume elements where L, M, N are not constant. We can conclude that all phenomena can be explained if we accept the existence of this additional force, which, in the case of two touching bodies, simplifies to a surface action on their shared boundary.

James MacCullagh28 avoided this complication by simply assuming an expression of the form (20) for the potential energy. He thus established a theory that is perfectly consistent in itself, and may be said to have foreshadowed the electromagnetic theory as regards the form of the equations for transparent bodies. Lord Kelvin afterwards interpreted MacCullagh’s assumption by supposing the only action which is called forth by a displacement to consist in certain couples acting on the elements of volume and proportional to the components ½ {(∂ζ/∂y) − (∂η/∂z)}, &c., of their rotation from the natural position. He also showed29 that this “rotational elasticity” can be produced by certain hidden rotations going on in the medium.

James MacCullagh28 avoided this complication by simply assuming an expression of the form (20) for the potential energy. He established a theory that is completely consistent in itself and can be seen as an early version of the electromagnetic theory with respect to the equations for transparent materials. Later, Lord Kelvin interpreted MacCullagh’s assumption by suggesting that the only effect of a displacement comes from certain couples acting on the volume elements, which are proportional to the components ½ {(∂ζ/∂y) − (∂η/∂z)}, etc., of their rotation from the natural position. He also demonstrated29 that this “rotational elasticity” can be caused by certain hidden rotations occurring in the medium.

We cannot dwell here upon other models that have been proposed, and most of which are of rather limited applicability. A mechanism of a more general kind ought, of course, to be adapted to what is known of the molecular constitution of bodies, and to the highly probable assumption of the perfect permeability for the aether of all ponderable matter, an assumption by which it has been possible to escape from one of the objections raised by Newton (§ 4) (see Aether).

We can’t focus on other models that have been suggested, most of which are pretty limited in their use. A more general mechanism should, of course, be based on what we know about the molecular structure of substances and the strong likelihood that all matter is perfectly permeable to the aether, which helps address one of the criticisms made by Newton (§ 4) (see Aether).

The possibility of a truly satisfactory model certainly cannot be denied. But it would, in all probability, be extremely complicated. For this reason many physicists rest content, as regards the free aether, with some such general form of the electromagnetic theory as has been sketched in § 16.

The chance of a genuinely satisfactory model definitely exists. However, it would likely be very complex. Because of this, many physicists are satisfied with a general version of electromagnetic theory like the one outlined in § 16.

19. Optical Properties of Ponderable Bodies. Theory of Electrons.—If we want to form an adequate representation of optical phenomena in ponderable bodies, the conceptions of the molecular and atomistic theories naturally suggest themselves. Already, in the elastic theory, it had been imagined that certain material particles are set vibrating by incident waves of light. These particles had been supposed to be acted on by an elastic force by which they are drawn back towards their positions of equilibrium, so that they can perform free vibrations of their own, and by a resistance that can be represented by terms proportional to the velocity in the equations of motion, and may be physically understood if the vibrations are supposed to be converted in one way or another into a disorderly heat-motion. In this way it had been found possible to explain the phenomena of dispersion and (selective) absorption, and the connexion between them (anomalous dispersion).30 These ideas have been also embodied into the electromagnetic theory. In its more recent development the extremely small, electrically charged particles, to which the name of “electrons” has been given, and which are supposed to exist in the interior of all bodies, are considered as forming the connecting links between aether and matter, and as determining by their arrangement and their motion all optical phenomena that are not confined to the free aether.31

19. Optical Properties of Ponderable Bodies. Theory of Electrons.—To adequately understand optical phenomena in substantial bodies, we naturally turn to the concepts of molecular and atomic theories. In the elastic theory, it was proposed that certain material particles are set into vibration by incoming light waves. These particles were thought to be influenced by an elastic force that pulls them back toward their equilibrium positions, allowing them to perform their own free vibrations. Additionally, there is a resistance that can be represented in the equations of motion, proportionate to the velocity, which can be physically explained if we assume the vibrations transform into disordered heat motion in some way. This approach has made it possible to explain dispersion phenomena and selective absorption, as well as the relationship between them (anomalous dispersion).30 These concepts have also been integrated into electromagnetic theory. In its recent developments, the extremely small, electrically charged particles known as "electrons," which are thought to exist within all bodies, are seen as the links between aether and matter, determining through their arrangement and movement all optical phenomena that extend beyond the free aether.31

It has thus become clear why the relations that had been established between optical and electrical properties have been found to hold only in some simple cases (§ 16). In fact it cannot be doubted that, for rapidly alternating electric fields, the formulae expressing the connexion between the motion of electricity and the electric force take a form that is less simple than the one previously admitted, and is to be determined in each case by 623 elaborate investigation. However, the general boundary conditions given in § 16 seem to require no alteration. For this reason it has been possible, for example, to establish a satisfactory theory of metallic reflection, though the propagation of light in the interior of a metal is only imperfectly understood.

It has become clear why the connections established between optical and electrical properties only hold in some straightforward cases (§ 16). It’s evident that for rapidly changing electric fields, the equations describing the relationship between the flow of electricity and the electric force are more complex than previously thought, and they need to be determined through detailed investigation in each scenario. However, the general boundary conditions outlined in § 16 don’t seem to require any changes. For this reason, it has been possible, for instance, to develop a solid theory of metallic reflection, even though the behavior of light inside a metal is still not fully understood.

One of the fundamental propositions of the theory of electrons is that an electron becomes a centre of radiation whenever its velocity changes either in direction or in magnitude. Thus the production of Röntgen rays, regarded as consisting of very short and irregular electromagnetic impulses, is traced to the impacts of the electrons of the cathode-rays against the anti-cathode, and the lines of an emission spectrum indicate the existence in the radiating body of as many kinds of regular vibrations, the knowledge of which is the ultimate object of our investigations about the structure of the spectra. The shifting of the lines caused, according to Doppler’s law, by a motion of the source of light, may easily be accounted for, as only general principles are involved in the explanation. To a certain extent we can also elucidate the changes in the emission that are observed when the radiating source is exposed to external magnetic forces (“Zeeman-effect”; see Magneto-Optics).

One of the basic ideas of electron theory is that an electron becomes a source of radiation whenever its speed changes in either direction or amount. Therefore, the creation of X-rays, seen as very short and irregular electromagnetic pulses, can be traced back to the collisions of the cathode-ray electrons with the anode, and the lines in an emission spectrum show that there are various types of regular vibrations in the radiating object, which is the ultimate goal of our studies on the structure of the spectra. The shifting of the lines caused by a motion of the light source, according to Doppler’s law, can be easily explained since only general principles are involved. To some extent, we can also clarify the changes in the emission that are seen when the radiating source is subjected to external magnetic forces (“Zeeman effect”; see Magneto-Optics).

20. Various Kinds of Light-motion.—(a) If the disturbance is represented by

20. Various Kinds of Light-motion.—(a) If the disturbance is represented by

Px = 0, Py = a cos (nt − kx + ƒ), Pz = a′ cos (nt − kx + ƒ′),

Px = 0, Py = a cos (nt − kx + ƒ), Pz = a′ cos (nt − kx + ƒ′),

so that the end of the vector P describes an ellipse in a plane perpendicular to the direction of propagation, the light is said to be elliptically, or in special cases circularly, polarized. Light of this kind can be dissolved in many different ways into plane polarized components.

so that the end of the vector P describes an ellipse in a plane perpendicular to the direction of propagation, the light is said to be elliptically, or in some cases circularly, polarized. Light like this can be broken down in various ways into plane polarized components.

There are cases in which plane waves must be elliptically or circularly polarized in order to show the simple propagation of phase that is expressed by formulae like (5). Instances of this kind occur in bodies having the property of rotating the plane of polarization, either on account of their constitution, or under the influence of a magnetic field. For a given direction of the wave-front there are in general two kinds of elliptic vibrations, each having a definite form, orientation, and direction of motion, and a determinate velocity of propagation. All that has been said about Huygens’s construction applies to these cases.

There are situations where plane waves need to be elliptically or circularly polarized to demonstrate the straightforward propagation of phase described by formulas like (5). This happens in materials that can rotate the plane of polarization, either due to their structure or when exposed to a magnetic field. For any given direction of the wavefront, there are typically two types of elliptical vibrations, each with a specific shape, orientation, direction of motion, and a defined speed of propagation. Everything discussed regarding Huygens's construction is relevant in these cases.

(b) In a perfect spectroscope a sharp line would only be observed if an endless regular succession of simple harmonic vibrations were admitted into the instrument. In any other case the light will occupy a certain extent in the spectrum, and in order to determine its distribution we have to decompose into simple harmonic functions of the time the components of the disturbance, at a point of the slit for instance. This may be done by means of Fourier’s theorem.

(b) In a perfect spectroscope, you'd only see a sharp line if a continuous, regular series of simple harmonic vibrations were allowed into the instrument. In any other scenario, the light will spread over a range in the spectrum, and to figure out how it’s distributed, we need to break down the components of the disturbance into simple harmonic functions of time at a specific point in the slit, for example. This can be accomplished using Fourier’s theorem.

An extreme case is that of the unpolarized light emitted by incandescent solid bodies, consisting of disturbances whose variations are highly irregular, and giving a continuous spectrum. But even with what is commonly called homogeneous light, no perfectly sharp line will be seen. There is no source of light in which the vibrations of the particles remain for ever undisturbed, and a particle will never emit an endless succession of uninterrupted vibrations, but at best a series of vibrations whose form, phase and intensity are changed at irregular intervals. The result must be a broadening of the spectral line.

An extreme example is the unpolarized light emitted by glowing solid objects, which consists of fluctuations that are highly irregular and produce a continuous spectrum. However, even with what we typically refer to as homogeneous light, you won't see a perfectly sharp line. There's no light source where the vibrations of the particles remain completely undisturbed, and a particle will never produce a never-ending stream of uninterrupted vibrations. At best, it will generate a series of vibrations whose shape, phase, and intensity change at random intervals. This leads to a broadening of the spectral line.

In cases of this kind one must distinguish between the velocity of propagation of the phase of regular vibrations and the velocity with which the said changes travel onward (see below, iii. Velocity of Light).

In situations like this, it's important to differentiate between the speed at which regular vibrations propagate and the speed at which those changes move forward (see below, iii. Velocity of Light).

(c) In a train of plane waves of definite frequency the disturbance is represented by means of goniometric functions of the time and the coordinates. Since the fundamental equations are linear, there are also solutions in which one or more of the coordinates occur in an exponential function. These solutions are of interest because the motions corresponding to them are widely different from those of which we have thus far spoken. If, for example, the formulae contain the factor

(c) In a series of plane waves with a specific frequency, the disturbance can be expressed using trigonometric functions of time and space coordinates. Because the basic equations are linear, there are also solutions where one or more of the coordinates are included in an exponential function. These solutions are significant because the motions they represent are quite different from those we've discussed so far. For instance, if the formulas include the factor

e−rx cos (nt − sy + l),

e−rx cos (nt − sy + l),

with the positive constant r, the disturbance is no longer periodic with respect to x, but steadily diminishes as x increases. A state of things of this kind, in which the vibrations rapidly die away as we leave the surface, exists in the air adjacent to the face of a glass prism by which a beam of light is totally reflected. It furnishes us an explanation of Newton’s experiment mentioned in § 2.

with the positive constant r, the disturbance is no longer periodic with respect to x, but steadily decreases as x increases. A situation like this, where the vibrations quickly fade as we move away from the surface, exists in the air next to the surface of a glass prism that completely reflects a beam of light. It provides an explanation for Newton’s experiment discussed in § 2.

(H. A. L.)

III. Velocity of Light

III. Speed of Light

The fact that light is propagated with a definite speed was first brought out by Ole Roemer at Paris, in 1676, through observations of the eclipses of Jupiter’s satellites, made in different relative positions of the Earth and Jupiter in their respective orbits. It is possible in this way to determine the time required for light to pass across the orbit of the earth. The dimensions of this orbit, or the distance of the sun, being taken as known, the actual speed of light could be computed. Since this computation requires a knowledge of the sun’s distance, which has not yet been acquired with certainty, the actual speed is now determined by experiments made on the earth’s surface. Were it possible by any system of signals to compare with absolute precision the times at two different stations, the speed could be determined by finding how long was required for light to pass from one station to another at the greatest visible distance. But this is impracticable, because no natural agent is under our control by which a signal could be communicated with a greater velocity than that of light. It is therefore necessary to reflect a ray back to the point of observation and to determine the time which the light requires to go and come. Two systems have been devised for this purpose. One is that of Fizeau, in which the vital appliance is a rapidly revolving toothed wheel; the other is that of Foucault, in which the corresponding appliance is a mirror revolving on an axis in, or parallel to, its own plane.

The fact that light travels at a specific speed was first revealed by Ole Roemer in Paris in 1676, through observations of the eclipses of Jupiter's moons, made from different positions of the Earth and Jupiter in their orbits. This method allows us to determine the time it takes for light to cross the Earth's orbit. Given that we already know the dimensions of this orbit, or the distance to the sun, we can calculate the actual speed of light. Since this calculation requires a precise knowledge of the sun's distance, which hasn't been fully determined yet, the actual speed is now measured through experiments conducted on the Earth's surface. If it were possible to compare the times at two different locations with absolute accuracy using any signaling system, we could find the speed by measuring how long it takes for light to travel from one location to another at the farthest visible distance. However, this is not feasible because no natural agent can be controlled to communicate a signal faster than light. Therefore, we need to reflect a ray back to the point of observation and measure the time it takes for the light to travel to the point and back. Two systems have been developed for this purpose. One is Fizeau's method, which uses a rapidly spinning toothed wheel; the other is Foucault's method, which uses a mirror that rotates on an axis in or parallel to its own plane.

Fig. 1.

The principle underlying Fizeau’s method is shown in the accompanying figs. 1 and 2. Fig. 1 shows the course of a ray of light which, emanating from a luminous point L, strikes the plane surface of a plate of glass M at an angle of about Fizeau. 45°. A fraction of the light is reflected from the two surfaces of the glass to a distant reflector R, the plane of which is at right angles to the course of the ray. The latter is thus reflected back on its own course and, passing through the glass M on its return, reaches a point E behind the glass. An observer with his eye at E looking through the glass sees the return ray as a distant luminous point in the reflector R, after the light has passed over the course in both directions.

The principle behind Fizeau’s method is illustrated in the accompanying figs. 1 and 2. Fig. 1 shows the path of a ray of light that starts from a light source L and hits the flat surface of a glass plate M at an angle of about Fizeau. 45°. Some of the light reflects off the two surfaces of the glass to a distant mirror R, which is positioned at a right angle to the path of the ray. The ray is then reflected back along its original path and, while returning through the glass M, reaches a point E behind the glass. An observer at point E, looking through the glass, sees the returning ray as a distant light point in the mirror R, after the light has traveled both ways.

In actual practice it is necessary to interpose the object glass of a telescope at a point O, at a distance from M nearly equal to its focal length. The function of this appliance is to render the diverging rays, shown by the dotted lines, nearly parallel, in order that more light may reach R and be thrown back again. But the principle may be conceived without respect to the telescope, all the rays being ignored except the central one, which passes over the course we have described.

In practice, it's important to place the objective lens of a telescope at a point O, at a distance from M that is nearly equal to its focal length. The purpose of this device is to make the diverging rays, represented by the dotted lines, almost parallel so that more light can reach R and be reflected back. However, the principle can be understood without considering the telescope, focusing only on the central ray that follows the path we've outlined.

Fig. 2.

Conceiving the apparatus arranged in such a way that the observer sees the light reflected from the distant mirror R, a fine toothed wheel WX is placed immediately in front of the glass M, with its plane perpendicular to the course of the ray, in such a way that the ray goes out and returns through an opening between two adjacent teeth. This wheel is represented in section by WX in fig. 1, and a part of its circumference, with the teeth as viewed by the observer, is shown in fig. 2. We conceive that the latter sees the luminous point between two of the teeth at K. Now, conceive that the wheel is set in revolution. The ray is then interrupted as every tooth passes, so that what is sent out is a succession of flashes. Conceive that the speed of the mirror is such that while the flash is going to the distant mirror and returning again, each tooth of the wheel takes the place of an opening between the teeth. Then each flash sent out will, on its return, be intercepted by the adjacent tooth, and will therefore become invisible. If the speed be now doubled, so that the teeth pass at intervals equal to the time required for the light to go and come, each flash sent through an opening will return through the adjacent opening, and will therefore be seen with full brightness. If the speed be continuously increased the result will be successive disappearances and reappearances of the light, according as a tooth is or is not interposed when the ray reaches the apparatus on its return. The computation of the time of passage and return is then very simple. The speed of the wheel being known, the number of teeth passing in one second can be computed. The order of the disappearance, or the number of teeth which have passed while the light is going and coming, being also determined in each case, the interval of time is computed by a simple formula.

Conceiving the setup so that the observer sees the light reflected from the distant mirror R, a fine-toothed wheel WX is placed directly in front of the glass M, positioned so that it is perpendicular to the path of the ray. This allows the ray to exit and return through an opening between two adjacent teeth. This wheel is illustrated in section by WX in fig. 1, and a portion of its circumference, along with the teeth as seen by the observer, is shown in fig. 2. We can imagine that the observer sees the bright point between two of the teeth at K. Now, let's think about the wheel being set in motion. The ray gets interrupted as each tooth passes by, resulting in a series of flashes being emitted. Imagine the mirror's speed is such that while the flash travels to the distant mirror and back, each tooth of the wheel occupies the space of an opening between the teeth. Consequently, each flash sent out will, upon returning, be blocked by the adjacent tooth, rendering it invisible. If the speed is doubled, so that the teeth pass at intervals equal to the time it takes for the light to travel to the mirror and back, each flash that goes through an opening will return through the adjacent opening, and will therefore be seen brightly. As the speed continues to increase, the light will successively disappear and reappear depending on whether a tooth is in the way when the ray returns to the apparatus. The calculation of the time taken for the passage and return is straightforward. Knowing the wheel's speed, the number of teeth passing in one second can be calculated. The order of disappearance, or the number of teeth that have passed while the light travels to and from, can also be determined for each case, and the interval of time is calculated using a simple formula.

624

624

The most elaborate determination yet made by Fizeau’s method was that of Cornu. The station of observation was at the Paris Observatory. The distant reflector, a telescope with a reflector at its focus, was at Montlhéry, distant 22,910 Cornu. metres from the toothed wheel. Of the wheels most used one had 150 teeth, and was 35 millimetres in diameter; the other had 200 teeth, with a diameter of 45 mm. The highest speed attained was about 900 revolutions per second. At this speed, 135,000 (or 180,000) teeth would pass per second, and about 20 (or 28) would pass while the light was going and coming. But the actual speed attained was generally less than this. The definitive result derived by Cornu from the entire series of experiments was 300,400 kilometres per second. Further details of this work need not be set forth because the method is in several ways deficient in precision. The eclipses and subsequent reappearances of the light taking place gradually, it is impossible to fix with entire precision upon the moment of complete eclipse. The speed of the wheel is continually varying, and it is impossible to determine with precision what it was at the instant of an eclipse.

The most detailed measurement made using Fizeau’s method was by Cornu. The observation site was at the Paris Observatory. The distant reflector, a telescope with a reflector at its focus, was located in Montlhéry, which was 22,910 Cornu. meters away from the toothed wheel. Of the most commonly used wheels, one had 150 teeth and was 35 millimeters in diameter, while the other had 200 teeth and a diameter of 45 mm. The highest speed reached was around 900 revolutions per second. At this speed, 135,000 (or 180,000) teeth would pass per second, and about 20 (or 28) would pass while the light was traveling to and from. However, the actual speed achieved was usually lower than this. The final result obtained by Cornu from the whole series of experiments was 300,400 kilometers per second. Further details about this work don't need to be elaborated on since the method lacks precision in several ways. The eclipses and the corresponding reappearances of light occur gradually, making it impossible to pinpoint the exact moment of complete eclipse with total accuracy. The speed of the wheel is constantly changing, and it's challenging to determine exactly what it was at the moment of an eclipse.

The defect would be lessened were the speed of the toothed wheel placed under control of the observer who, by action in one direction or the other, could continually check or accelerate it, so as to keep the return point of light at the required phase of brightness. If the phase of complete extinction is chosen for this purpose a definite result cannot be reached; but by choosing the moment when the light is of a certain definite brightness, before or after an eclipse, the observer will know at each instant whether the speed should be accelerated or retarded, and can act accordingly. The nearly constant speed through as long a period as is deemed necessary would then be found by dividing the entire number of revolutions of the wheel by the time through which the light was kept constant. But even with these improvements, which were not actually tried by Cornu, the estimate of the brightness on which the whole result depends would necessarily be uncertain. The outcome is that, although Cornu’s discussion of his experiments is a model in the care taken to determine so far as practicable every source of error, his definitive result is shown by other determinations to have been too great by about 11000 part of its whole amount.

The flaw could be reduced if the speed of the toothed wheel was controlled by the observer, who could continually check or speed it up by acting in one direction or the other, keeping the return point of light at the required brightness level. If the phase of complete darkness is chosen for this purpose, a definite result won't be achieved; however, by selecting the moment when the light is at a specific brightness level, either before or after an eclipse, the observer will be able to determine at any moment whether to speed up or slow down the process and can act accordingly. The nearly constant speed over a duration deemed necessary would then be calculated by dividing the total number of revolutions of the wheel by the time during which the light remained constant. Yet, even with these improvements, which Cornu did not actually test, the estimate of brightness that the entire result depends on would still be uncertain. Ultimately, although Cornu’s examination of his experiments exemplifies meticulousness in identifying every possible source of error, other determinations indicate that his final result was overestimated by about 11000 of its total value.

An important improvement on the Fizeau method was made in 1880 by James Young and George Forbes at Glasgow. This consisted in using two distant reflectors which were placed nearly in the same straight line, and at unequal distances. Young and Forbes. The ratio of the distances was nearly 12 : 13. The phase observed was not that of complete extinction of either light, but that when the two lights appeared equal in intensity. But it does not appear that the very necessary device of placing the speed of the toothed wheel under control of the observer was adopted. The accordance between the different measures was far from satisfactory, and it will suffice to mention the result which was

An important advancement in the Fizeau method happened in 1880 by James Young and George Forbes in Glasgow. They used two distant reflectors arranged almost in a straight line, but at different distances. Young & Forbes. The ratio of the distances was about 12:13. The phase noticed wasn't complete darkness of either light but rather when the two lights seemed equal in intensity. However, it doesn’t appear that the crucial method of having the observer control the speed of the toothed wheel was implemented. The agreement between the various measurements was far from ideal, and it’s enough to just mention the result which was

Velocity in vacuo = 301,382 km. per second.

Velocity in vacuo = 301,382 km per second.

These experimenters also found a difference of 2% between the speed of red and blue light, a result which can only be attributed to some unexplained source of error.

These experimenters also found a 2% difference between the speed of red and blue light, a result that can only be attributed to some unknown source of error.

The Foucault system is much more precise, because it rests upon the measurement of an angle, which can be made with great precision.

The Foucault system is much more accurate because it relies on measuring an angle, which can be done with high precision.

Fig. 3.

The vital appliance is a rapidly revolving mirror. Let AB (fig. 3) be a section of this mirror, which we shall first suppose at rest. A ray of light LM emanating from a source at L, is reflected in the direction MQR to a distant mirror R, from Foucault. which it is perpendicularly reflected back upon its original course. This mirror R should be slightly concave, with the centre of curvature near M, so that the ray shall always be reflected back to M on whatever point of R it may fall. Conceiving the revolving mirror M as at rest, the return ray will after three reflections, at M, R and M again, be returned along its original course to the point L from which it emanated. An important point is that the return ray will always follow the fixed line ML no matter what the position of the movable mirror M, provided there is a distant reflector to send the ray back. Now, suppose that, while the ray is going and coming, the mirror M, being set in revolution, has turned from the position in which the ray was reflected to that shown by the dotted line. If α be the angle through which the surface has turned, the course of the return ray, after reflection, will then deviate from ML by the angle 2α, and so be thrown to a point E, such that the angle LME = 2α. If the mirror is in rapid rotation the ray reflected from it will strike the distant mirror as a series of flashes, each formed by the light reflected when the mirror was in the position AB. If the speed of rotation is uniform, the reflected rays from the successive flashes while the mirror is in the dotted position will thus all follow the same direction ME after their second reflection from the mirror. If the motion is sufficiently rapid an eye observing the reflected ray will see the flashes as an invariable point of light so long as the speed of revolution remains constant. The time required for the light to go and come is then equal to that required by the mirror to turn through half the angle LME, which is therefore to be measured. In practice it is necessary on this system, as well as on that of Fizeau, to condense the light by means of a lens, Q, so placed that L and R shall be at conjugate foci. The position of the lens may be either between the luminous point L and the mirror M, or between M and R, the latter being the only one shown in the figure. This position has the advantage that more light can be concentrated, but it has the disadvantage that, with a given magnifying power, the effect of atmospheric undulation, when the concave reflector is situated at a great distance, is increased in the ratio of the focal length of the lens to the distance LM from the light to the mirror. To state the fact in another form, the amplitude of the disturbances produced by the air in linear measure are proportional to the focal distance of the lens, while the magnification required increases in the inverse ratio of the distance LM. Another difficulty associated with the Foucault system in the form in which its originator used it is that if the axis of the mirror is at right angles to the course of the ray, the light from the source L will be flashed directly into the eye of the observer, on every passage of the revolving mirror through the position in which its normal bisects the two courses of the ray. This may be avoided by inclining the axis of the mirror.

The essential device is a rapidly spinning mirror. Let's consider AB (fig. 3) as a section of this mirror, initially at rest. A light ray LM originating from a source at L is reflected towards a distant mirror R in the direction MQR. This ray is then reflected back perpendicularly along its original path from mirror R, as noted by Foucault. Mirror R should be slightly concave, with the center of curvature near M, ensuring that the ray will always return to M, regardless of where it hits R. Assuming the spinning mirror M is at rest, after three reflections—at M, R, and back at M—the ray will return along its original path to point L where it started. A key point is that the returning ray will always travel along the fixed line ML, no matter the position of the moving mirror M, as long as there’s a distant reflector to send the ray back. Now, let’s say that while the ray is going to and from, mirror M, set in motion, turns from its initial position to where the dotted line shows. If α represents the angle the surface has turned, the return ray will shift from ML by the angle 2α, hitting a point E such that angle LME = 2α. If the mirror spins quickly, the ray reflected will reach the distant mirror as a series of flashes, each created when the mirror was in position AB. If the rotation speed is consistent, the reflected rays from these successive flashes, while the mirror is in the dotted position, will all follow the same direction ME after the second reflection from the mirror. If the motion is rapid enough, someone observing the reflected ray will see the flashes as a constant point of light, as long as the spinning speed stays the same. The time it takes for the light to go and return is equal to the time needed for the mirror to rotate half the angle LME, which must be measured. In practice, it's necessary for this system, as well as Fizeau's, to focus the light with a lens, Q, positioned so that L and R are at conjugate foci. The lens can be situated either between the light source L and mirror M, or between M and R, with the latter shown in the figure. This placement has the benefit of concentrating more light, but it also means the effect of atmospheric disturbance increases based on the ratio of the lens's focal length to the distance LM from the light to the mirror. To phrase it differently, the amplitude of air disturbances in linear terms is proportional to the lens's focal distance, while the required magnification increases inversely to the distance LM. Another challenge with the Foucault system as originally used is that if the mirror's axis is perpendicular to the ray's path, the light from source L will be directed straight into the observer’s eye whenever the revolving mirror passes through the position where its normal bisects the two ray paths. This can be avoided by tilting the mirror's axis.

In Foucault’s determination the measures were not made upon a luminous point, but upon a reticule, the image of which could not be seen unless the reflector was quite near the revolving mirror. Indeed the whole apparatus was contained in his laboratory. The effective distance was increased by using several reflectors; but the entire course of the ray measured only 20 metres. The result reached by Foucault for the velocity of light was 298,000 kilometres per second.

In Foucault's analysis, the measurements were not taken from a bright point, but from a grid whose image could only be seen if the reflector was very close to the rotating mirror. In fact, the entire setup was located in his lab. The effective distance was extended by using multiple reflectors; however, the total length of the light path was just 20 meters. Foucault's conclusion for the speed of light was 298,000 kilometers per second.

The first marked advance on Foucault’s determination was made by Albert A. Michelson, then a young officer on duty at the U.S. Naval Academy, Annapolis. The improvement consisted in using the image of a slit through which the Michelson. rays of the sun passed after reflection from a heliostat. In this way it was found possible to see the image of the slit reflected from the distant mirror when the latter was nearly 600 metres from the station of observation. The essentials of the arrangement are those we have used in fig. 3, L being the slit. It will be seen that the revolving mirror is here interposed between the lens and its focus. It was driven by an air turbine, the blast of which was under the control of the observer, so that it could be kept at any required speed. The speed was determined by the vibrations of two tuning forks. One of these was an electric fork, making about 120 vibrations per second, with which the mirror was kept in unison by a system of rays reflected from it and the fork. The speed of this fork was determined by comparison with a freely vibrating fork from time to time. The speed of the revolving mirror was generally about 275 turns per second, and the deflection of the image of the slit about 112.5 mm. The mean result of nearly 100 fairly accordant determinations was:—

The first significant advancement in Foucault’s findings was made by Albert A. Michelson, who was then a young officer stationed at the U.S. Naval Academy in Annapolis. The improvement involved using the image of a slit through which sunlight passed after being reflected from a heliostat. This method allowed the image of the slit to be seen reflected from a distant mirror, located nearly 600 meters from the observation point. The key elements of the setup are illustrated in fig. 3, where L represents the slit. It’s important to note that the revolving mirror is positioned between the lens and its focus. It was powered by an air turbine, whose airflow was controlled by the observer, allowing it to be maintained at any desired speed. The speed was measured using the vibrations of two tuning forks. One of these was an electric fork that vibrated at around 120 times per second, keeping the mirror synchronized with a system of rays reflecting off both the fork and the mirror. The speed of this fork was periodically confirmed against a freely vibrating fork. Typically, the revolving mirror operated at about 275 rotations per second, and the image of the slit was deflected by about 112.5 mm. The average result of nearly 100 consistent measurements was:—

Velocity of light in air 299,828 km. per sec.
Reduction to a vacuum   +82
Velocity of light in a vacuum 299,910 ± 50

While this work was in progress Simon Newcomb obtained the official support necessary to make a determination on a yet larger Newcomb. scale. The most important modifications made in the Foucault-Michelson system were the following:—

While this work was underway, Simon Newcomb secured the official backing needed to make a decision on an even larger scale. The most significant changes made in the Foucault-Michelson system were the following:—

1. Placing the reflector at the much greater distance of several kilometres.

1. Moving the reflector to a much greater distance of several kilometers.

2. In order that the disturbances of the return image due to the passage of the ray through more than 7 km. of air might be reduced to a minimum, an ordinary telescope of the “broken back” form was used to send the ray to the revolving mirror.

2. To minimize the distortions in the return image caused by the ray passing through more than 7 km of air, a standard "broken back" telescope was used to direct the ray to the rotating mirror.

3. The speed of the mirror was, as in Michelson’s experiments, completely under control of the observer, so that by drawing one or the other of two cords held in the hand the return image could be kept in any required position. In making each measure the receiving telescope hereafter described was placed in a fixed position and during the “run” the image was kept as nearly as practicable upon a vertical thread passing through its focus. A “run” generally lasted about two minutes, during which time the mirror commonly made between 25,000 and 30,000 revolutions. The speed per second was found by dividing the entire number of revolutions by the number of seconds in the “run.” The extreme deviations between the times of transmission of the light, as derived from any two runs, never approached to the thousandth part of its entire amount. The average deviation from the mean was indeed less than 15000 part of the whole.

3. The speed of the mirror was, like in Michelson’s experiments, completely controlled by the observer. By pulling one of the two cords held in hand, the return image could be positioned exactly as needed. For each measurement, the receiving telescope, which will be described later, was set in a fixed spot. During the “run,” the image was kept as close as possible to a vertical thread passing through its focus. A “run” typically lasted about two minutes, during which the mirror usually completed between 25,000 and 30,000 revolutions. The speed per second was calculated by dividing the total number of revolutions by the number of seconds in the “run.” The extreme differences in the times taken for the light to travel, based on any two runs, never reached even a thousandth of the total amount. The average difference from the mean was indeed less than 15000 of the whole.

Fig. 4.

To avoid the injurious effect of the directly reflected flash, as well as to render unnecessary a comparison between the directions of the outgoing and the return ray, a second telescope, turning horizontally on an axis coincident with that of the revolving mirror, was used to receive the return ray after reflection. This required the use of an elongated mirror of which the upper half of the surface reflected the outgoing ray, and the lower other half received and reflected the ray on its return. On this system it was not necessary to incline the mirror in order to avoid the direct reflection of the return ray. The greatest advantage of this system was that the revolving mirror could be turned in either direction without break 625 of continuity, so that the angular measures were made between the directions of the return ray after reflection when the mirror moved in opposite directions. In this way the speed of the mirror was as good as doubled, and the possible constant errors inherent in the reference to a fixed direction for the sending telescope were eliminated. The essentials of the apparatus are shown in fig. 4. The revolving mirror was a rectangular prism M of steel, 3 in. high and 1½ in. on a side in cross section, which was driven by a blast of air acting on two fan-wheels, not shown in the fig., one at the top, the other at the bottom of the mirror. NPO is the object-end of the fixed sending telescope the rays passing through it being reflected to the mirror by a prism P. The receiving telescope ABO is straight, and has its objective under O. It was attached to a frame which could turn around the same axis as the mirror. The angle through which it moved was measured by a divided arc immediately below its eye-piece, which is not shown in the figure. The position AB is that for receiving the ray during a rotation of the mirror in the anti-clockwise direction; the position A′B′ that for a clockwise rotation.

To avoid the harmful effects of the directly reflected flash and to eliminate the need for comparing the directions of the outgoing and returning rays, a second telescope was used that moved horizontally on an axis aligned with the revolving mirror. This setup required an elongated mirror, with the upper half reflecting the outgoing ray and the lower half receiving and reflecting the returning ray. With this system, it wasn't necessary to tilt the mirror to prevent direct reflection of the return ray. The biggest advantage of this system was that the revolving mirror could rotate in either direction without losing continuity, allowing angular measurements to be taken based on the directions of the return ray after reflection, regardless of the mirror's movement direction. This effectively doubled the speed of the mirror and eliminated any constant errors related to a fixed direction for the sending telescope. The main components of the apparatus are shown in fig. 4. The revolving mirror was a rectangular prism made of steel, measuring 3 in. high and 1½ in. on each side in cross section, and was operated by a blast of air acting on two fan-wheels, which are not shown in the figure—one at the top and the other at the bottom of the mirror. NPO is the object-end of the fixed sending telescope, with the rays passing through it being redirected to the mirror by a prism P. The receiving telescope ABO is straight and has its objective positioned under O. It was attached to a frame that could rotate around the same axis as the mirror. The angle it moved through was measured by a divided arc located just below its eyepiece, which is not depicted in the figure. The position AB is used for receiving the ray when the mirror rotates counterclockwise, and the position A′B′ is for when it rotates clockwise.

In these measures the observing station was at Fort Myer, on a hill above the west bank of the Potomac river. The distant reflector was first placed in the grounds of the Naval Observatory, at a distance of 2551 metres. But the definitive measures were made with the reflector at the base of the Washington monument, 3721 metres distant. The revolving mirror was of nickel-plated steel, polished on all four vertical sides. Thus four reflections of the ray were received during each turn of the mirror, which would be coincident were the form of the mirror invariable. During the preliminary series of measures it was found that two images of the return ray were sometimes formed, which would result in two different conclusions as to the velocity of light, according as one or the other was observed. The only explanation of this defect which presented itself was a tortional vibration of the revolving mirror, coinciding in period with that of revolution, but it was first thought that the effect was only occasional.

In these measurements, the observation station was located at Fort Myer, on a hill above the west bank of the Potomac River. The distant reflector was initially set up within the grounds of the Naval Observatory, at a distance of 2,551 meters. However, the final measurements were taken with the reflector positioned at the base of the Washington Monument, 3,721 meters away. The revolving mirror was made of nickel-plated steel, polished on all four vertical sides. This setup allowed for four reflections of the light ray to be captured during each turn of the mirror, which would align if the mirror's shape remained consistent. During the initial series of measurements, it was discovered that sometimes two images of the returning light ray were produced, leading to two different conclusions about the speed of light, depending on which image was observed. The only explanation for this issue that arose was a twisting vibration of the revolving mirror, coinciding with its rotation period; however, it was initially believed that this effect was only temporary.

In the summer of 1881 the distant reflector was removed from the Observatory to the Monument station. Six measures made in August and September showed a systematic deviation of +67 km. per second from the result of the Observatory series. This difference led to measures for eliminating the defect from which it was supposed to arise. The pivots of the mirror were reground, and a change made in the arrangement, which would permit of the effect of the vibration being determined and eliminated. This consisted in making the relative position of the sending and receiving telescopes interchangeable. In this way, if the measured deflection was too great in one position of the telescopes, it would be too small by an equal amount in the reverse position. As a matter of fact, when the definitive measures were made, it was found that with the improved pivots the mean result was the same in the two positions. But the new result differed systematically from both the former ones. Thirteen measures were made from the Monument in the summer of 1882, the results of which will first be stated in the form of the time required by the ray to go and come. Expressed in millionths of a second this was:—

In the summer of 1881, the distant reflector was moved from the Observatory to the Monument station. Six measurements taken in August and September showed a consistent deviation of +67 km per second compared to the results from the Observatory series. This difference prompted efforts to fix the issue from which it was thought to arise. The pivots of the mirror were re-ground, and adjustments were made to allow for the determination and elimination of the effect of vibrations. This involved making the relative positions of the sending and receiving telescopes interchangeable. This way, if the measured deflection was too large in one position, it would be too small by the same amount in the opposite position. In fact, when the final measurements were taken, it was found that with the improved pivots, the average result was the same in both positions. However, the new result systematically differed from both previous ones. Thirteen measurements were taken from the Monument in the summer of 1882, the results of which will first be presented in the form of the time it took for the ray to travel to and from. Expressed in millionths of a second, this was:—

Least result of the 13 measures 24.819
Greatest result 24.831
Double distance between mirrors  7.44242 km.

Applying a correction of +12 km. for a slight convexity in the face of the revolving mirror, this gives as the mean result for the speed of light in air, 299,778 km. per second. The mean results for the three series were:—

Applying a correction of +12 km for a slight curve in the face of the rotating mirror, this results in an average speed of light in air of 299,778 km per second. The average results for the three series were:—

Observatory, 1880-1881 V in air = 299,627
Monument, 1881 V in air = 299,694
Monument, 1882 V in air = 299,778

The last result being the only one from which the effect of distortion was completely eliminated, has been adopted as definitive. For reduction to a vacuum it requires a correction of +82 km. Thus the final result was concluded to be

The last result, which is the only one where the distortion effect has been completely removed, is accepted as final. To reduce it to a vacuum, a correction of +82 km is needed. Therefore, the final result was determined to be

Velocity of light in vacuo = 299,860 km. per second.

Speed of light in a vacuum = 299,860 km per second.

This result being less by 50 km. than that of Michelson, the latter made another determination with improved apparatus and arrangements at the Case School of Applied Science in Cleveland. The result was

This result was 50 km less than Michelson's, so he made another measurement with upgraded equipment and setups at the Case School of Applied Science in Cleveland. The result was

Velocity in vacuo = 299,853 km. per second.

Velocity in vacuo = 299,853 km per second.

So far as could be determined from the discordance of the separate measures, the mean error of Newcomb’s result would be less than ±10 km. But making allowance for the various sources of systematic error the actual probable error was estimated at ±30 km.

As far as could be figured out from the differences in the individual measurements, the average error of Newcomb’s result would be less than ±10 km. However, accounting for various sources of systematic error, the actual probable error was estimated to be ±30 km.

It seems remarkable that since these determinations were made, a period during which great improvements have become possible in every part of the apparatus, no complete redetermination of this fundamental physical constant has been carried out.

It’s surprising that since these decisions were made, during a time when significant advancements have been achieved in every part of the equipment, no comprehensive re-evaluation of this essential physical constant has taken place.

The experimental measures thus far cited have been primarily those of the velocity of light in air, the reduction to a vacuum being derived from theory alone. The fundamental constant at the basis of the whole theory is the speed of light in a vacuum, such as the celestial spaces. The question of the relation between the velocity in vacuo, and in a transparent medium of any sort, belongs to the domain of physical optics. Referring to the preceding section for the principles at play we shall in the present part of the article confine ourselves to the experimental results. With the theory of the effect of a transparent medium is associated that of the possible differences in the speed of light of different colours.

The experimental measurements mentioned so far have mainly focused on the speed of light in air, with the adjustment to a vacuum being based solely on theory. The fundamental constant underlying the entire theory is the speed of light in a vacuum, like in outer space. The relationship between the speed in a vacuum and in any transparent medium falls under the field of physical optics. Referring back to the previous section for the relevant principles, in this part of the article we will stick to the experimental results. The theory surrounding the impact of a transparent medium is linked to the potential differences in the speed of light for different colors.

The question whether the speed of light in vacuo varies with its wave-length seems to be settled with entire certainty by observations of variable stars. These are situated at different distances, some being so far that light must Velocity and wave-length. be several centuries in reaching us from them. Were there any difference in the speed of light of various colours it would be shown by a change in the colour of the star as its light waxed and waned. The light of greatest speed preceding that of lesser speed would, when emanated during the rising phase, impress its own colour on that which it overtook. The slower light would predominate during the falling phase. If there were a difference of 10 minutes in the time at which light from the two ends of the visible spectrum arrived, it would be shown by this test. As not the slightest effect of the kind has ever been seen, it seems certain that the difference, if any, cannot approximate to 11.000.000 part of the entire speed. The case is different when light passes through a refracting medium. It is a theoretical result of the undulatory theory of light that its velocity in such a medium is inversely proportional to the refractive index of the medium. This being different for different colours, we must expect a corresponding difference in the velocity.

The question of whether the speed of light in a vacuum changes depending on its wavelength seems to be definitively answered by observations of variable stars. These stars are located at different distances, some so far away that their light takes several centuries to reach us. If there were any difference in the speed of light for different colors, it would show up as a change in the star's color as its brightness increased and decreased. The light traveling the fastest would reach us first, influencing the color we perceive during the star's bright phase. The slower light would dominate during the dimming phase. If there were a difference of 10 minutes in the arrival time of light from the two ends of the visible spectrum, this would be detectable. Since no such effect has ever been observed, it seems clear that if there is any difference, it must be less than 1 in 1,000,000 of the total speed. The situation is different when light passes through a refracting medium. According to the theoretical results of the wave theory of light, its speed in such a medium is inversely related to the refractive index. Since this index varies for different colors, we should expect a corresponding difference in speed.

Foucault and Michelson have tested these results of the undulatory theory by comparing the time required for a ray of light to pass through a tube filled with a refracting medium, and through air. Foucault thus found, in a general way, that there actually was a retardation; but his observations took account only of the mean retardation of light of all the wave-lengths, which he found to correspond with the undulatory theory. Michelson went further by determining the retardation of light of various wave-lengths in carbon bisulphide. He made two series of experiments, one with light near the brightest part of the spectrum; the other with red and blue light. Putting V for the speed in a vacuum and V1 for that in the medium, his result was

Foucault and Michelson tested the findings of the wave theory by comparing the time it took for a ray of light to travel through a tube filled with a refracting medium and through air. Foucault discovered that, generally speaking, there was a delay; however, his observations only considered the average delay of light across all wavelengths, which he found to align with the wave theory. Michelson took it a step further by measuring the delay of light at different wavelengths in carbon disulfide. He conducted two sets of experiments, one with light near the brightest part of the spectrum and the other with red and blue light. Letting V represent the speed in a vacuum and V1 for that in the medium, his result was

Yellow light V : V1 = 1.758
Refractive index for yellow 1.64 
  Difference from theory +0.12 

The estimated uncertainty was only 0·02, or 16 of the difference between observation and theory.

The estimated uncertainty was only 0.02, or 16 of the difference between observation and theory.

The comparison of red and blue light was made differentially. The colours selected were of wave-length about 0.62 for red and 0.49 for blue. Putting Vr and Vb for the speeds of red and blue light respectively in bisulphide of carbon, the mean result compares with theory as follows:—

The comparison of red and blue light was made differently. The colors chosen had wavelengths of about 0.62 for red and 0.49 for blue. Using Vr and Vb for the speeds of red and blue light respectively in carbon disulfide, the average result compares with theory as follows:—

Observed value of the ratio Vr, Vb 1.0245
  Theoretical value (Verdet) 1.025 

This agreement may be regarded as perfect. It shows that the divergence of the speed of yellow light in the medium from theory, as found above, holds through the entire spectrum.

This agreement can be seen as complete. It indicates that the difference in the speed of yellow light in the medium from theory, as noted above, applies across the entire spectrum.

The excess of the retardation above that resulting from theory is probably due to a difference between “wave-speed” and “group-speed” pointed out by Rayleigh. Let fig. 5 represent a short series of progressive undulations of constant period and wave-length. The wave-speed is that required to carry a wave crest A to the position of the crest B in the wave time. 626 But when a flash of light like that measured passes through a refracting medium, the front waves of the flash are continually dying away, as shown at the end of the figure, and the place of each is taken by the wave following. A familiar case of this sort is seen when a stone is thrown into a pond. The front waves die out one at a time, to be followed by others, each of which goes further than its predecessor, while new waves are formed in the rear. Hence the group, as represented in the figure by the larger waves in the middle, moves as a whole more slowly than do the individual waves. When the speed of light is measured the result is not the wave-speed as above defined, but something less, because the result depends on the time of the group passing through the medium. This lower speed is called the group-velocity of light. In a vacuum there is no dying out of the waves, so that the group-speed and the wave-speed are identical. From Michelson’s experiments it would follow that the retardation was about 114 of the whole speed. This would indicate that in carbon bisulphide each individual light wave forming the front of a moving ray dies out in a space of about 15 wave-lengths.

The extra delay beyond what the theory predicts is likely due to a difference between "wave speed" and "group speed," as pointed out by Rayleigh. Let figure 5 illustrate a short series of progressive waves with a constant period and wavelength. Wave speed is the speed needed to move a wave crest A to the position of crest B within the wave timing. 626 However, when a flash of light, like the one measured, travels through a refracting medium, the leading waves of the flash continuously fade away, as shown at the end of the figure, while each one is replaced by the following wave. A common example of this is when a stone is thrown into a pond. The leading waves diminish one by one, followed by others, each traveling further than the last, while new waves form behind. Therefore, the group, represented in the figure by the larger waves in the middle, moves as a whole more slowly than the individual waves. When measuring the speed of light, the result is not the wave speed defined above, but something less, since the result is based on the group's time passing through the medium. This reduced speed is called the group velocity of light. In a vacuum, waves do not fade away, so the group speed and wave speed are the same. Based on Michelson's experiments, it was found that the delay was about 114 of the overall speed. This suggests that in carbon disulfide, each individual light wave at the front of a moving ray fades after about 15 wavelengths.

Fig. 5.

Authorities.—For Foucault’s descriptions of his experiments see Comptes Rendus (September 22 and November 24, 1862), and Recueil de Travaux Scientifiques de Léon Foucault (2 vols., 4to, Paris, 1878). Cornu’s determination is found in Annales de l’Observatoire de Paris, Mémoires, vol. xiii. The works of Michelson and Newcomb are published in extenso in the Astronomical Papers of the American Ephemeris, vols. i. and ii.

Authorities.—For Foucault’s descriptions of his experiments, see Comptes Rendus (September 22 and November 24, 1862), and Recueil de Travaux Scientifiques de Léon Foucault (2 vols., 4to, Paris, 1878). Cornu’s findings are in Annales de l’Observatoire de Paris, Mémoires, vol. xiii. The works of Michelson and Newcomb are published in extenso in the Astronomical Papers of the American Ephemeris, vols. i. and ii.

(S. N.)

1 The invention of “aethers” is to be carried back, at least, to the Greek philosophers, and with the growth of knowledge they were empirically postulated to explain many diverse phenomena. Only one “aether” has survived in modern science—that associated with light and electricity, and of which Lord Salisbury, in his presidential address to the British Association in 1894, said, “For more than two generations the main, if not the only, function of the word ‘aether’ has been to furnish a nominative case to the verb ‘to undulate.’” (See Aether.)

1 The concept of “aethers” dates back to the Greek philosophers, who proposed them as explanations for various phenomena as knowledge expanded. In modern science, only one type of “aether” remains relevant—that associated with light and electricity. Lord Salisbury mentioned in his presidential address to the British Association in 1894, “For more than two generations, the primary, if not the only, role of the word ‘aether’ has been to serve as the subject of the verb ‘to undulate.’” (See Aether.)

2 With the Greeks the word “Optics” or Ὀπτικά (from ὄπτομαι, the obsolete present of ὁρῶ, I see) was restricted to questions concerning vision, &c., and the nature of light.

2 For the Greeks, the term “Optics” or Visuals (from I see, the outdated present form of I see, meaning I see) was limited to topics related to vision, etc., and the nature of light.

3 It seems probable that spectacles were in use towards the end of the 13th century. The Italian dictionary of the Accademici della Crusca (1612) mentions a sermon of Jordan de Rivalto, published in 1305, which refers to the invention as “not twenty years since”; and Muschenbroek states that the tomb of Salvinus Armatus, a Florentine nobleman who died in 1317, bears an inscription assigning the invention to him. (See the articles Telescope and Camera Obscura for the history of these instruments.)

3 It seems likely that glasses were in use by the late 13th century. The Italian dictionary of the Accademici della Crusca (1612) mentions a sermon by Jordan de Rivalto, published in 1305, which refers to the invention as “not more than twenty years ago”; and Muschenbroek notes that the tomb of Salvinus Armatus, a Florentine nobleman who died in 1317, has an inscription attributing the invention to him. (See the articles Telescope and Camera Obscura for the history of these instruments.)

4 Newton’s observation that a second refraction did not change the colours had been anticipated in 1648 by Marci de Kronland (1595-1667), professor of medicine at the university of Prague, in his Thaumantias, who studied the spectrum under the name of Iris trigonia. There is no evidence that Newton knew of this, although he mentions de Dominic’s experiment with the glass globe containing water.

4 Newton’s observation that a second refraction didn’t alter the colors had already been noted in 1648 by Marci de Kronland (1595-1667), a professor of medicine at the University of Prague, in his Thaumantias, where he examined the spectrum under the name of Iris trigonia. There’s no proof that Newton was aware of this, even though he references de Dominic’s experiment with the glass globe filled with water.

5 The geometrical determination of the form of the surface which will reflect, or of the surface dividing two media which will refract, rays from one point to another, is very easily effected by using the “characteristic function” of Hamilton, which for the problems under consideration may be stated in the form that “the optical paths of all rays must be the same.” In the case of reflection, if A and B be the diverging and converging points, and P a point on the reflecting surface, then the locus of P is such that AP + PB is constant. Therefore the surface is an ellipsoid of revolution having A and B as foci. If the rays be parallel, i.e. if A be at infinity, the surface is a paraboloid of revolution having B as focus and the axis parallel to the direction of the rays. In refraction if A be in the medium of index µ, and B in the medium of index µ′, the characteristic function shows that µAP + µ′PB, where P is a point on the surface, must be constant. Plane sections through A and B of such surfaces were originally investigated by Descartes, and are named Cartesian ovals. If the rays be parallel, i.e. A be at infinity, the surface becomes an ellipsoid of revolution having B for one focus, µ′/µ for eccentricity, and the axis parallel to the direction of the rays.

5 The geometric determination of the shape of the surface that will reflect, or the surface separating two media that will refract, rays from one point to another can be easily done using Hamilton's "characteristic function." For the problems we’re looking at, this can be stated as “the optical paths of all rays must be the same.” In the case of reflection, if A and B are the diverging and converging points, and P is a point on the reflecting surface, then the position of P is such that AP + PB is constant. Therefore, the surface is an ellipsoid of revolution with A and B as its foci. If the rays are parallel, meaning A is at infinity, the surface is a paraboloid of revolution with B as the focus and the axis parallel to the direction of the rays. In refraction, if A is in the medium with index µ, and B is in the medium with index µ′, the characteristic function shows that µAP + µ′PB, where P is a point on the surface, must remain constant. Plane sections through A and B of such surfaces were originally studied by Descartes and are called Cartesian ovals. If the rays are parallel, meaning A is at infinity, the surface becomes an ellipsoid of revolution with B as one focus, µ′/µ for eccentricity, and the axis parallel to the direction of the rays.

6 Young’s views of the nature of light, which he formulated as Propositions and Hypotheses, are given in extenso in the article Interference. See also his article “Chromatics” in the supplementary volumes to the 3rd edition of the Encyclopaedia Britannica.

6 Young’s ideas about the nature of light, which he expressed as Propositions and Hypotheses, are detailed in extenso in the article Interference. Also, check out his article “Chromatics” in the supplementary volumes of the 3rd edition of the Encyclopaedia Britannica.

7 A crucial test of the emission and undulatory theories, which was realized by Descartes, Newton, Fermat and others, consisted in determining the velocity of light in two differently refracting media. This experiment was conducted in 1850 by Foucault, who showed that the velocity was less in water than in air, thereby confirming the undulatory and invalidating the emission theory.

7 A critical test of the emission and wave theories, first explored by Descartes, Newton, Fermat, and others, involved measuring the speed of light in two different refracting materials. This experiment was carried out in 1850 by Foucault, who demonstrated that light travels slower in water than in air, thus supporting the wave theory and disproving the emission theory.

8 Newton, Opticks (London, 1704).

__A_TAG_PLACEHOLDER_0__ Newton, Opticks (London, 1704).

9 Trans. Irish Acad. 15, p. 69 (1824); 16, part i. “Science,” p. 4 (1830), part ii., ibid. p. 93 (1830); 17, part i., p. 1 (1832).

9 Trans. Irish Acad. 15, p. 69 (1824); 16, part i. “Science,” p. 4 (1830), part ii., ibid. p. 93 (1830); 17, part i., p. 1 (1832).

10 This kind of type will always be used in this article to denote vectors.

10 This type will always be used in this article to refer to vectors.

11 Phil. Trans. (1802), part i. p. 12.

11 Phil. Trans. (1802), part i. p. 12.

12 Œuvres complètes de Fresnel (Paris, 1866). (The researches were published between 1815 and 1827.)

12 Complete Works of Fresnel (Paris, 1866). (The research was published between 1815 and 1827.)

13 Ann. Phys. Chem. (1883), 18, p. 663.

13 Ann. Phys. Chem. (1883), 18, p. 663.

14 H. A. Lorentz, Zittingsversl. Akad. v. Wet. Amsterdam, 4 (1896), p. 176.

14 H. A. Lorentz, Proceedings of the Academy of Sciences Amsterdam, 4 (1896), p. 176.

15 H. A. Lorentz, Abhandlungen über theoretische Physik, 1 (1907), p. 415.

15 H. A. Lorentz, Writings on Theoretical Physics, 1 (1907), p. 415.

16 Clerk Maxwell, A Treatise on Electricity and Magnetism (Oxford, 1st ed., 1873).

16 Clerk Maxwell, A Treatise on Electricity and Magnetism (Oxford, 1st ed., 1873).

17 H. Abraham, Rapports présentés au congrès de physique de 1900 (Paris), 2, p. 247.

17 H. Abraham, Reports Presented at the 1900 Physics Congress (Paris), 2, p. 247.

18 Ibid., p. 225.

__A_TAG_PLACEHOLDER_0__ Same source., p. 225.

19 Phil. Trans., 175 (1884), p. 343.

19 Phil. Trans., 175 (1884), p. 343.

20 Ann. d. Phys. u. Chem. 155 (1875), p. 403.

20 Ann. d. Phys. u. Chem. 155 (1875), p. 403.

21 Ibid. 153 (1874), p. 525.

__A_TAG_PLACEHOLDER_0__ Ibid. 153 (1874), p. 525.

22 Ann. d. Phys. 11 (1903), p. 873.

22 Ann. d. Phys. 11 (1903), p. 873.

23 Phys. Review, 13 (1901), p. 293.

23 Phys. Review, 13 (1901), p. 293.

24 Hertz, Untersuchungen über die Ausbreitung der elektrischen Kraft (Leipzig, 1892).

24 Hertz, Research on the Spread of Electric Power (Leipzig, 1892).

25 A. Righi, L’Ottica delle oscillazioni elettriche (Bologna, 1897); P. Lebedew, Ann. d. Phys. u. Chem., 56 (1895), p. 1.

25 A. Righi, The Optics of Electric Oscillations (Bologna, 1897); P. Lebedew, Ann. of Physics and Chemistry, 56 (1895), p. 1.

26 “Reflection and Refraction,” Trans. Cambr. Phil. Soc. 7, p. 1 (1837); “Double Refraction,” ibid. p. 121 (1839).

26 “Reflection and Refraction,” Trans. Cambr. Phil. Soc. 7, p. 1 (1837); “Double Refraction,” ibid. p. 121 (1839).

27 “Double Refraction,” Ann. d. Phys. u. Chem. 25 (1832), p. 418; “Crystalline Reflection,” Abhandl. Akad. Berlin (1835), p. 1.

27 “Double Refraction,” Ann. d. Phys. u. Chem. 25 (1832), p. 418; “Crystalline Reflection,” Abhandl. Akad. Berlin (1835), p. 1.

28 Trans. Irish Acad. 21, “Science,” p. 17 (1839).

28 Trans. Irish Acad. 21, “Science,” p. 17 (1839).

29 Math. and Phys. Papers (London, 1890), 3, p. 466.

29 Math. and Phys. Papers (London, 1890), 3, p. 466.

30 Helmholtz, Ann. d. Phys. u. Chem., 154 (1875), p. 582.

30 Helmholtz, Ann. d. Phys. u. Chem., 154 (1875), p. 582.

31 H. A. Lorentz, Versuch einer Theorie der elektrischen u. optischen Erscheinungen in bewegten Körpern (1895) (Leipzig, 1906); J. Larmor, Aether and Matter (Cambridge, 1900).

31 H. A. Lorentz, A Attempt at a Theory of Electrical and Optical Phenomena in Moving Bodies (1895) (Leipzig, 1906); J. Larmor, Aether and Matter (Cambridge, 1900).

LIGHTFOOT, JOHN (1602-1675), English divine and rabbinical scholar, was the son of Thomas Lightfoot, vicar of Uttoxeter, Staffordshire, and was born at Stoke-upon-Trent on the 29th of March 1602. His education was received at Morton Green near Congleton, Cheshire, and at Christ’s College, Cambridge, where he was reckoned the best orator among the undergraduates. After taking his degree he became assistant master at Repton in Derbyshire; after taking orders he was appointed curate of Norton-under-Hales in Shropshire. There he attracted the notice of Sir Rowland Cotton, an amateur Hebraist of some distinction, who made him his domestic chaplain at Bellaport. Shortly after the removal of Sir Rowland to London, Lightfoot, abandoning an intention to go abroad, accepted a charge at Stone in Staffordshire, where he continued for about two years. From Stone he removed to Hornsey, near London, for the sake of reading in the library of Sion College. His first published work, entitled Erubhin, or Miscellanies, Christian and Judaical, penned for recreation at vacant hours, and dedicated to Sir R. Cotton, appeared at London in 1629. In September 1630 he was presented by Sir R. Cotton to the rectory of Ashley in Staffordshire, where he remained until June, 1642, when he went to London, probably to superintend the publication of his next work, A Few and New Observations upon the Book of Genesis: the most of them certain; the rest, probable; all, harmless, strange and rarely heard of before, which appeared at London in that year. Soon after his arrival in London he became minister of St Bartholomew’s church, near the Exchange; and in 1643 he was appointed to preach the sermon before the House of Commons on occasion of the public fast of the 29th of March. It was published under the title of Elias Redivivus, the text being Luke i. 17; in it a parallel is drawn between the Baptist’s ministry and the work of reformation which in the preacher’s judgment was incumbent on the parliament of his own day.

LIGHTFOOT, JOHN (1602-1675), an English clergyman and rabbinical scholar, was the son of Thomas Lightfoot, vicar of Uttoxeter, Staffordshire, and was born in Stoke-upon-Trent on March 29, 1602. He was educated at Morton Green near Congleton, Cheshire, and at Christ’s College, Cambridge, where he was known as the best speaker among the undergraduates. After earning his degree, he became an assistant master at Repton in Derbyshire; after being ordained, he took the position of curate at Norton-under-Hales in Shropshire. There, he caught the attention of Sir Rowland Cotton, a well-known amateur Hebraist, who made him his personal chaplain at Bellaport. Shortly after Sir Rowland moved to London, Lightfoot decided not to go abroad and accepted a position in Stone, Staffordshire, where he stayed for about two years. He then moved to Hornsey, near London, to make use of the library at Sion College. His first published work, titled Erubhin, or Miscellanies, Christian and Judaical, penned for recreation at vacant hours, dedicated to Sir R. Cotton, was released in London in 1629. In September 1630, Sir R. Cotton appointed him to the rectory of Ashley in Staffordshire, where he remained until June 1642, when he moved to London, likely to oversee the publication of his next work, A Few and New Observations upon the Book of Genesis: most of them certain; the rest, probable; all, harmless, strange and rarely heard of before, which was published in London that year. Soon after arriving in London, he became the minister of St Bartholomew’s church near the Exchange; in 1643, he was invited to preach the sermon before the House of Commons on the occasion of the public fast on March 29. It was published under the title Elias Redivivus, with the text from Luke i. 17; in it, he drew a parallel between the ministry of the Baptist and the necessary work of reform that, in his view, was required of the parliament of his time.

Lightfoot was also one of the original members of the Westminster Assembly; his “Journal of the Proceedings of the Assembly of Divines from January 1, 1643 to December 31, 1644,” now printed in the thirteenth volume of the 8vo edition of his Works, is a valuable historical source for the brief period to which it relates. He was assiduous in his attendance, and, though frequently standing almost or quite alone, especially in the Erastian controversy, he exercised a material influence on the result of the discussions of the Assembly. In 1643 Lightfoot published A Handful of Gleanings out of the Book of Exodus, and in the same year he was made master of Catharine Hall by the parliamentary visitors of Cambridge, and also, on the recommendation of the Assembly, was promoted to the rectory of Much Munden in Hertfordshire; both appointments he retained until his death. In 1644 was published in London the first instalment of the laborious but never completed work of which the full title runs The Harmony of the Four Evangelists among themselves, and with the Old Testament, with an explanation of the chiefest difficulties both in Language and Sense: Part I. From the beginning of the Gospels to the Baptism of our Saviour. The second part From the Baptism of our Saviour to the first Passover after followed in 1647, and the third From the first Passover after our Saviour’s Baptism to the second in 1650. On the 26th of August 1645 he again preached before the House of Commons on the day of their monthly fast. His text was Rev. xx. 1, 2. After controverting the doctrine of the Millenaries, he urged various practical suggestions for the repression with a strong hand of current blasphemies, for a thorough revision of the authorized version of the Scriptures, for the encouragement of a learned ministry, and for a speedy settlement of the church. In the same year appeared A Commentary upon the Acts of the Apostles, chronical and critical; the Difficulties of the text explained, and the times of the Story cast into annals. From the beginning of the Book to the end of the Twelfth Chapter. With a brief survey of the contemporary Story of the Jews and Romans (down to the third year of Claudius). In 1647 he published The Harmony, Chronicle, and Order of the Old Testament, which was followed in 1655 by The Harmony, Chronicle, and Order of the New Testament, inscribed to Cromwell. In 1654 Lightfoot had been chosen vice-chancellor of the university of Cambridge, but continued to reside by preference at Munden, in the rectory of which, as well as in the mastership of Catharine Hall, he was confirmed at the Restoration. The remainder of his life was devoted to helping Brian Walton with the Polyglot Bible (1657) and to his own best-known work, the Horae Hebraicae et Talmudicae, in which the volume relating to Matthew appeared in 1658, that relating to Mark in 1663, and those relating to 1 Corinthians, John and Luke, in 1664, 1671 and 1674 respectively. While travelling from Cambridge to Ely (where he had been collated in 1668 by Sir Orlando Bridgman to a prebendal stall), he caught a severe cold, and died at Ely on the 6th of December 1675. The Horae Hebraicae et Talmudicae impensae in Acta Apostolorum et in Ep. S. Pauli ad Romanos were published posthumously.

Lightfoot was also one of the original members of the Westminster Assembly; his “Journal of the Proceedings of the Assembly of Divines from January 1, 1643 to December 31, 1644,” now printed in the thirteenth volume of the 8vo edition of his Works, serves as a valuable historical source for the brief period it covers. He was diligent in his attendance and, despite often standing almost or entirely alone, especially during the Erastian controversy, he significantly influenced the outcome of the Assembly’s discussions. In 1643, Lightfoot published A Handful of Gleanings out of the Book of Exodus, and that same year, he was appointed master of Catharine Hall by the parliamentary visitors at Cambridge. On the Assembly's recommendation, he was also promoted to the rectory of Much Munden in Hertfordshire; he held both positions until his death. In 1644, the first part of his extensive but unfinished work, titled The Harmony of the Four Evangelists among themselves, and with the Old Testament, with an explanation of the chiefest difficulties both in Language and Sense: Part I. From the beginning of the Gospels to the Baptism of our Saviour. was published in London. The second part, From the Baptism of our Saviour to the first Passover after, followed in 1647, and the third part, From the first Passover after our Saviour’s Baptism to the second, was released in 1650. On August 26, 1645, he preached before the House of Commons on their monthly fast day. His text was Rev. xx. 1, 2. After disputing the doctrine of the Millenarians, he presented various practical recommendations for firmly suppressing current blasphemies, for a thorough revision of the authorized version of the Scriptures, for encouraging a learned ministry, and for achieving a quick resolution of the church. That same year, he published A Commentary upon the Acts of the Apostles, chronical and critical; the Difficulties of the text explained, and the times of the Story cast into annals. From the beginning of the Book to the end of the Twelfth Chapter. With a brief survey of the contemporary Story of the Jews and Romans (up to the third year of Claudius). In 1647, he released The Harmony, Chronicle, and Order of the Old Testament, followed in 1655 by The Harmony, Chronicle, and Order of the New Testament, dedicated to Cromwell. In 1654, Lightfoot was elected vice-chancellor of the University of Cambridge but chose to reside primarily in Munden, where he was confirmed in both the rectory and his mastership at Catharine Hall after the Restoration. The rest of his life was spent assisting Brian Walton with the Polyglot Bible (1657) and completing his best-known work, Horae Hebraicae et Talmudicae, with the volume on Matthew published in 1658, Mark in 1663, and those for 1 Corinthians, John, and Luke in 1664, 1671, and 1674 respectively. While traveling from Cambridge to Ely (where he had been appointed to a prebendal stall in 1668 by Sir Orlando Bridgman), he caught a severe cold and died in Ely on December 6, 1675. The Horae Hebraicae et Talmudicae impensae in Acta Apostolorum et in Ep. S. Pauli ad Romanos were published posthumously.

The Works of Lightfoot were first edited, in 2 vols. fol., by G. Bright and Strype in 1684; the Opera Omnia, cura Joh. Texelii, appeared at Rotterdam in 1686 (2 vols. fol.), and again, edited by J. Leusden, at Franeker in 1699 (3 vols. fol.). A volume of Remains was published at London in 1700. The Hor. Hebr. et Talm. were also edited in Latin by Carpzov (Leipzig, 1675-1679), and again, in English, by Gandell (Oxford, 1859). The most complete edition is that of the Whole Works, in 13 vols. 8vo, edited, with a life, by R. Pitman (London, 1822-1825). It includes, besides the works already noticed, numerous sermons, letters and miscellaneous writings; and also The Temple, especially as it stood in the Days of our Saviour (London, 1650).

The Works of Lightfoot were first published in 2 volumes by G. Bright and Strype in 1684; the Opera Omnia, edited by Joh. Texelii, was released in Rotterdam in 1686 (2 vols.), and then again, edited by J. Leusden, in Franeker in 1699 (3 vols.). A volume of Remains came out in London in 1700. The Hor. Hebr. et Talm were also edited in Latin by Carpzov (Leipzig, 1675-1679), and later in English by Gandell (Oxford, 1859). The most comprehensive edition is the Whole Works, in 13 volumes, edited with a biography by R. Pitman (London, 1822-1825). This edition includes, in addition to the previously mentioned works, numerous sermons, letters, and various writings; it also contains The Temple, especially as it stood in the Days of our Saviour (London, 1650).

See D. M. Welton, John Lightfoot, the Hebraist (Leipzig, 1878),

See D. M. Welton, John Lightfoot, the Hebraist (Leipzig, 1878),


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