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THE ENCYCLOPÆDIA BRITANNICA

A DICTIONARY OF ARTS, SCIENCES, LITERATURE AND GENERAL INFORMATION

ELEVENTH EDITION

 

VOLUME V SLICE I

Calhoun to Camoens


 

Articles in This Slice

Articles in This Section

CALHOUN, JOHN CALDWELL CALW
CALI CALYDON
CALIBRATION CALYPSO
CALICO CAM (CÃO), DIOGO
CALICUT CAMACHO, JUAN FRANCISCO
CALIFORNIA CAMALDULIANS
CALIFORNIA, LOWER CAMARGO, MARIE ANNE DE CUPIS DE
CALIFORNIA, UNIVERSITY OF CAMARGUE
CALIPASH and CALIPEE CAMARINA
CALIPH CAMBACÉRÈS, JEAN JACQUES RÉGIS DE
CALIPHATE CAMBALUC
CALIVER CAMBAY
CALIXTUS (popes) CAMBAY, GULF OF
CALIXTUS, GEORG CAMBER
CALL CAMBERT, ROBERT
CALLANDER CAMBERWELL
CALLAO CAMBIASI, LUCA
CALLCOTT, SIR AUGUSTUS WALL CAMBODIA
CALLCOTT, JOHN WALL CAMBON, PIERRE JOSEPH
CALLIAS CAMBON, PIERRE PAUL
CALLIAS and HIPPONICUS CAMBORNE
CALLIMACHUS (Athenian sculptor) CAMBRAI
CALLIMACHUS (Greek poet) CAMBRIA
CALLINUS CAMBRIAN SYSTEM
CALLIOPE CAMBRIC
CALLIRRHOE CAMBRIDGE, EARLS AND DUKES OF
CALLISTHENES CAMBRIDGE, RICHARD OWEN
CALLISTO CAMBRIDGE (of England)
CALLISTRATUS (Alexandrian grammarian) CAMBRIDGE (Maryland, U.S.A.)
CALLISTRATUS (Athenian poet) CAMBRIDGE (Massachusetts, U.S.A.)
CALLISTRATUS (Greek sophist) CAMBRIDGE (Ohio, U.S.A.)
CALLISTRATUS (of Aphidnae) CAMBRIDGE PLATONISTS
CALLOT, JACQUES CAMBRIDGESHIRE
CALLOVIAN CAMBUSLANG
CALM CAMBYSES
CALMET, ANTOINE AUGUSTIN CAMDEN, CHARLES PRATT
CALNE CAMDEN, JOHN JEFFREYS PRATT
CALOMEL CAMDEN, WILLIAM
CALONNE, CHARLES ALEXANDRE DE CAMDEN (New Jersey, U.S.A.)
CALORESCENCE CAMDEN (South Carolina, U.S.A.)
CALORIMETRY CAMEL
CALOVIUS, ABRAHAM CAMELFORD, THOMAS PITT
CALPURNIUS, TITUS CAMELLIA
CALTAGIRONE CAMEO
CALTANISETTA CAMERA
CALTROP CAMERA LUCIDA
CALUIRE-ET-CUIRE CAMERA OBSCURA
CALUMET CAMERARIUS, JOACHIM (German classical scholar)
CALUMPIT CAMERARIUS, JOACHIM (German botanist)
CALVADOS CAMERARIUS, RUDOLF JAKOB
CALVART, DENIS CAMERINO
CALVARY CAMERON, JOHN
CALVÉ EMMA CAMERON, RICHARD
CALVERLEY, CHARLES STUART CAMERON, SIMON
CALVERT (English artists) CAMERON, VERNEY LOVETT
CALVERT, FREDERICK CRACE CAMERON OF LOCHIEL, SIR EWEN
CALVERT, SIR HARRY, BART CAMERONIANS
CALVES' HEAD CLUB CAMEROON
CALVI CAMILING
CALVIN, JOHN CAMILLUS, MARCUS FURIUS
CALVINISTIC METHODISTS CAMILLUS and CAMILLA
CALVISIUS, SETHUS CAMISARDS
CALVO, CARLOS CAMOENS, LUIS VAZ DE

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CALHOUN, JOHN CALDWELL (1782-1850), American statesman and parliamentarian, was born, of Scottish-Irish descent, in Abbeville District, South Carolina, on the 18th of March 1782. His father, Patrick Calhoun, is said to have been born in Donegal, in North Ireland, but to have left Ireland when a mere child. The family seems to have emigrated first to Pennsylvania, whence they removed, after Braddock’s defeat, to Western Virginia. From Virginia they removed in 1756 to South Carolina and settled on Long Cane Creek, in Granville (now Abbeville) county. Patrick Calhoun attained some prominence in the colony, serving in the colonial legislature, and afterwards in the state legislature, and taking part in the War of Independence. In 1770 he had married Martha Caldwell, the daughter of another Scottish-Irish settler.

CALHOUN, JOHN CALDWELL (1782-1850), American statesman and politician, was born of Scottish-Irish descent in Abbeville District, South Carolina, on March 18, 1782. His father, Patrick Calhoun, is believed to have been born in Donegal, Northern Ireland, but left Ireland as a young child. The family first emigrated to Pennsylvania, and after Braddock’s defeat, they moved to Western Virginia. In 1756, they relocated to South Carolina and settled on Long Cane Creek in Granville (now Abbeville) County. Patrick Calhoun became quite prominent in the colony, serving in the colonial legislature, later in the state legislature, and participating in the War of Independence. In 1770, he married Martha Caldwell, the daughter of another Scottish-Irish settler.

The opportunities for obtaining a liberal education in the remote districts of South Carolina at that time were scanty. Fortunately, young Calhoun had the opportunity, although late, of studying under his brother-in-law, the Rev. Moses Waddell (1770-1840), a Presbyterian minister, who afterwards, from 1819 to 1829, was president of the University of Georgia. In 1802 Calhoun entered the junior class in Yale College, and graduated with distinction in 1804. He then studied first at the famous law school in Litchfield, Conn., and afterwards in a law office in Charleston, S.C., and in 1807 was admitted to the bar. He began practice in his native Abbeville District, and soon took a leading place in his profession. In 1808 and 1809 he was a member of the South Carolina legislature, and from 1811 to 1817 was a member of the national House of Representatives.

The chances for getting a liberal education in the remote areas of South Carolina back then were limited. Luckily, young Calhoun had the chance, albeit late, to study under his brother-in-law, Rev. Moses Waddell (1770-1840), a Presbyterian minister who later served as president of the University of Georgia from 1819 to 1829. In 1802, Calhoun entered the junior class at Yale College and graduated with honors in 1804. He then studied first at the well-known law school in Litchfield, Connecticut, and later in a law office in Charleston, South Carolina, and was admitted to the bar in 1807. He began practicing in his hometown of Abbeville District and quickly rose to prominence in his field. In 1808 and 1809, he was a member of the South Carolina legislature, and from 1811 to 1817, he served in the national House of Representatives.

When he entered the latter body the strained relations between Great Britain and the United States formed the most important question for the deliberation of Congress. Henry Clay, the Speaker of the House, being eager for war and knowing Calhoun’s hostility to Great Britain, gave him the second place on the committee of foreign affairs, of which he soon became the actual head. In less than three weeks the committee reported resolutions, evidently written by Calhoun, recommending preparations for a struggle with Great Britain; and in the following June Calhoun submitted a second report urging a formal declaration of war. Both sets of resolutions the House adopted. Clay and Calhoun did more, probably, than any other two men in Congress to force the reluctant president into beginning hostilities.

When he joined the latter group, the tense relationship between Great Britain and the United States became the most pressing issue for Congress to discuss. Henry Clay, the Speaker of the House, was eager for war and, aware of Calhoun's hostility toward Great Britain, appointed him to the second position on the foreign affairs committee, where he quickly became the de facto leader. In less than three weeks, the committee presented resolutions that were clearly written by Calhoun, recommending preparations for a conflict with Great Britain; and in the following June, Calhoun submitted a second report advocating for a formal declaration of war. Both sets of resolutions were adopted by the House. Clay and Calhoun likely did more than anyone else in Congress to push the hesitant president into initiating hostilities.

In 1816 Calhoun delivered in favour of a protective tariff a speech that was ever after held up by his opponents as evidence of his inconsistency in the tariff controversy. The embargo and the war had crippled American commerce, but had stimulated manufactures. With the end of the Napoleonic wars in Europe the industries of the old world revived, and Americans began to feel their competition. In the consequent distress in the new industrial centres there arose a cry for protection. Calhoun, believing that there was a natural tendency in the United States towards the development of manufactures, supported the Tariff Bill of 1816, which laid on certain foreign commodities duties higher than were necessary for the purposes of revenue. He believed that the South would share in the general industrial development, not having perceived as yet that slavery was an insuperable obstacle. His opposition to protection in later years resulted from an honest change of convictions. He always denied that in supporting this bill he had been inconsistent, and insisted that it was one for revenue.

In 1816, Calhoun gave a speech in favor of a protective tariff that his opponents would later use as proof of his inconsistency in the tariff debate. The embargo and the war had severely impacted American trade, but had boosted manufacturing. Once the Napoleonic wars ended in Europe, industries there started to recover, and Americans began to feel the pressure of competition. This led to a demand for protection in the emerging industrial centers. Calhoun believed there was a natural inclination in the United States toward developing manufacturing, so he supported the Tariff Bill of 1816, which imposed higher duties on certain foreign goods than necessary for revenue purposes. He thought the South would benefit from overall industrial growth, not realizing yet that slavery was a major barrier. His later opposition to protection stemmed from a genuine change in beliefs. He always maintained that supporting this bill was not inconsistent and argued that it was primarily for revenue.

From 1817 to 1825 Calhoun was secretary of war under President Monroe. To him is due the fostering and the reformation of the National Military Academy at West Point, which he found in disorder, but left in a most efficient state. Calhoun was vice-president of the United States from 1825 to 1832, during the administration of John Quincy Adams, and during most of the first administration of Andrew Jackson. This period was for Calhoun a time of reflection. His faith in a strong nationalistic policy was gradually undermined, and he finally became the foremost champion of particularism and the recognized leader of what is generally known as the “States Rights” or “Strict Construction” party.

From 1817 to 1825, Calhoun served as Secretary of War under President Monroe. He is credited with both promoting and reforming the National Military Academy at West Point, which he found in disarray but left in an efficient condition. Calhoun was Vice President of the United States from 1825 to 1832, during John Quincy Adams' administration and most of Andrew Jackson's first term. For Calhoun, this was a time of reflection. His belief in a strong nationalistic policy slowly weakened, and he ultimately became the leading advocate for particularism and the recognized leader of what is commonly referred to as the "States Rights" or "Strict Construction" party.

In 1824 there was a very large increase in protective duties. In 1828 a still higher tariff act, the so-called “Bill of Abominations,” was passed, avowedly for the purpose of protection. The passage of these acts caused great discontent, especially among the Southern states, which were strictly agricultural. They felt that the great burden of this increased tariff fell on them, as they consumed, but did not produce, manufactured articles. Under such conditions the Southern states questioned the constitutionality of the imposition. Calhoun himself now perceived that the North and the South represented diverse tendencies. The North was outstripping the South in population and wealth, and already by the tariff acts was, as he believed, selfishly levying taxes for its sole benefit. The minority must, he insisted, be protected from “the tyranny of the majority.” In his first important political essay, “The South Carolina Exposition,” prepared by him in the summer of 1828, he showed how this should be done. To him it was clear that the Federal Constitution was a limited instrument, by which the sovereign states had delegated to the Federal government certain general powers. The states could not, without violating the constitutional compact, interfere with the activities of the Federal government so long as the government confined itself to its proper sphere; but the attempt of Congress, or any other 2 department of the Federal government, to exercise any power which might alter the nature of the instrument would be an act of usurpation. The right of judging such an infraction belonged to the state, being an attribute of sovereignty of which the state could not be deprived without being reduced to a wholly subordinate condition. As a remedy for such a breach of compact the state might resort to nullification (q.v.), or, as a last resort, to secession from the Union. Such doctrines were not original with Calhoun, but had been held in various parts of the Union from time to time. It remained for him, however, to submit them to a rigid analysis and reduce them to a logical form.

In 1824, there was a significant rise in protective tariffs. In 1828, an even higher tariff act, known as the "Bill of Abominations," was enacted, explicitly intended for protection. These laws caused major discontent, especially among the Southern states, which were largely agricultural. They believed that the heavy burden of this increased tariff fell on them since they consumed, but did not produce, manufactured goods. Under these circumstances, the Southern states questioned the legality of the imposition. Calhoun recognized that the North and South represented different trends. The North was surpassing the South in population and wealth, and he believed that the tariff acts were selfishly placing taxes for the North’s benefit alone. The minority, he argued, must be protected from "the tyranny of the majority." In his first significant political essay, "The South Carolina Exposition," prepared in the summer of 1828, he outlined how this protection should be achieved. It was clear to him that the Federal Constitution was a limited framework through which the sovereign states had granted the Federal government specific general powers. The states could not interfere with the Federal government's activities, as long as it stayed within its proper authority, without violating the constitutional agreement; however, if Congress or any other branch of the Federal government attempted to exercise powers that changed the nature of the Constitution, it would be an act of usurpation. The right to judge such violations belonged to the states, being an aspect of sovereignty that could not be taken away without reducing the state to a completely subordinate status. As a remedy for such a breach of contract, a state might turn to nullification (q.v.), or as a last resort, secession from the Union. These ideas were not original to Calhoun; they had been considered in various parts of the Union at different times. However, it fell to him to analyze them rigorously and present them in a logical way.

Meantime the friendship between Calhoun and Jackson had come to an end. While a member of President Monroe’s cabinet, Calhoun had favoured the reprimanding of General Jackson (q.v.) for his high-handed course in Florida in 1818, during the first Seminole War. In 1831 W.H. Crawford, who had been a member of this cabinet, desiring to ruin Calhoun politically by turning Jackson’s hostility against him, revealed to Jackson what had taken place thirteen years before. Jackson could brook no criticism from one whom he had considered a friend; Calhoun, moreover, angered the president still further by his evident sanction of the social proscription of Mrs Eaton (q.v.); the political views of the two men, furthermore, were becoming more and more divergent, and the rupture between the two became complete.

Meanwhile, the friendship between Calhoun and Jackson had come to an end. While serving in President Monroe’s cabinet, Calhoun had supported reprimanding General Jackson (q.v.) for his aggressive actions in Florida in 1818 during the first Seminole War. In 1831, W.H. Crawford, a former member of this cabinet, aimed to damage Calhoun's political career by inciting Jackson’s anger towards him by revealing what had happened thirteen years earlier. Jackson couldn't tolerate criticism from someone he had considered a friend; Calhoun also further infuriated the president by supporting the social exclusion of Mrs. Eaton (q.v.); additionally, their political views were increasingly diverging, leading to a complete break between the two.

The failure of the Jackson administration to reduce the Tariff of 1828 drew from Calhoun his “Address to the People of South Carolina” in 1831, in which he elaborated his views of the nature of the Union as given in the “Exposition.” In 1832 a new tariff act was passed, which removed the “abominations” of 1828 but left the principle of protection intact. The people of South Carolina were not satisfied, and Calhoun in a third political tract, in the form of a letter to Governor James Hamilton (1786-1857) of South Carolina, gave his doctrines their final form, but without altering the fundamental principles that have already been stated.

The Jackson administration's failure to reduce the Tariff of 1828 prompted Calhoun to write his “Address to the People of South Carolina” in 1831, where he explained his views on the nature of the Union as outlined in the “Exposition.” In 1832, a new tariff act was passed that addressed the “abominations” of 1828 but kept the principle of protection in place. The people of South Carolina were still unhappy, and Calhoun, in a third political document—a letter to Governor James Hamilton (1786-1857) of South Carolina—finalized his doctrines, while still keeping the fundamental principles he had previously stated.

In 1832 South Carolina, acting in substantial accordance with Calhoun’s theories, “nullified” the tariff acts passed by Congress in 1828 and 1832 (see Nullification; South Carolina; and United States). On the 28th of December 1832 Calhoun resigned as vice-president, and on the 4th of January 1833 took his seat in the Senate. President Jackson had, in a special message, taken strong ground against the action of South Carolina, and a bill was introduced to extend the jurisdiction of the courts of the United States and clothe the president with additional powers, with the avowed object of meeting the situation in South Carolina. Calhoun, in turn, introduced resolutions upholding the doctrine held by South Carolina, and it was in the debate on the first-named measure, termed the “Force Bill,” and on these resolutions, that the first intellectual duel took place between Daniel Webster and Calhoun. Webster declared that the Federal government through the Supreme Court was the ultimate expounder and interpreter of its own powers, while Calhoun championed the rights of the individual state under a written contract which reserved to each state its sovereignty.

In 1832 South Carolina, acting in substantial accordance with Calhoun’s theories, “nullified” the tariff acts passed by Congress in 1828 and 1832 (see Nullification; South Carolina; and United States). On the 28th of December 1832 Calhoun resigned as vice-president, and on the 4th of January 1833 took his seat in the Senate. President Jackson had, in a special message, taken strong ground against the action of South Carolina, and a bill was introduced to extend the jurisdiction of the courts of the United States and clothe the president with additional powers, with the avowed object of meeting the situation in South Carolina. Calhoun, in turn, introduced resolutions upholding the doctrine held by South Carolina, and it was in the debate on the first-named measure, termed the “Force Bill,” and on these resolutions, that the first intellectual duel took place between Daniel Webster and Calhoun. Webster declared that the Federal government through the Supreme Court was the ultimate expounder and interpreter of its own powers, while Calhoun championed the rights of the individual state under a written contract which reserved to each state its sovereignty.

The practical result of the conflict over the tariff was a compromise. Congress passed an act gradually reducing the duties to a revenue basis, and South Carolina repealed her nullification measures. As the result of the conflict, Calhoun was greatly strengthened in his position as the leader of his party in the South. Southern leaders generally were now beginning to perceive, as Calhoun had already seen, that there was a permanent conflict between the North and the South, not only a divergence of interests between manufacturing and agricultural sections, but an inevitable struggle between free and slave labour. Should enough free states be admitted into the Union to destroy the balance of power, the North would naturally gain a preponderance in the Senate, as it had in the House, and might, within constitutional limits, legislate as it pleased. The Southern minority recognized, therefore, that they must henceforth direct the policy of the government in all questions affecting their peculiar interests, or their section would undergo a social and economic revolution. The Constitution, if strictly interpreted according to Calhoun’s views, would secure this control to the minority, and prevent an industrial upheaval.

The outcome of the tariff conflict was a compromise. Congress passed a law that gradually lowered the duties to a revenue level, and South Carolina repealed its nullification measures. As a result of this conflict, Calhoun emerged even stronger as the leader of his party in the South. Southern leaders were starting to realize, as Calhoun had already noted, that there was a lasting conflict between the North and the South, not just a difference in interests between manufacturing and agricultural regions, but also an unavoidable struggle between free and slave labor. If enough free states were admitted into the Union to upset the balance of power, the North would naturally gain dominance in the Senate, just as it had in the House, and could legislate as it wanted within constitutional limits. The Southern minority understood that they needed to shape the government's policies on any issues affecting their unique interests, or else their region would face a social and economic upheaval. The Constitution, when interpreted strictly according to Calhoun’s views, would ensure that the minority retained this control and prevent an industrial revolution.

An element of bitterness was now injected into the struggle. The Northern Abolitionists, to whom no contract or agreement was sacred that involved the continuance of slavery, regarded the clauses in the Federal Constitution which maintained the property rights of the slave-owners as treaties with evil, binding on no one, and bitterly attacked the slave-holders and the South generally. Their attacks may be said to have destroyed the moderate party in that section. Any criticism of their peculiar institution now came to be highly offensive to Southern leaders, and Calhoun, who always took the most advanced stand in behalf of Southern rights, urged (but in vain) that the Senate refuse to receive abolitionist petitions. He also advocated the exclusion of abolitionist literature from the mails.

A sense of bitterness now entered the fight. The Northern Abolitionists, who believed no contract or agreement that upheld slavery was sacred, saw the clauses in the Federal Constitution that protected slave-owners' property rights as agreements with evil, which no one was obligated to honor, and they fiercely criticized slaveholders and the South as a whole. Their criticism effectively dismantled the moderate faction in that region. Any criticism of their unique institution became extremely offensive to Southern leaders, and Calhoun, who consistently took a strong stance for Southern rights, urged (but to no avail) that the Senate reject abolitionist petitions. He also pushed for the ban of abolitionist literature from the mail.

Indeed from 1832 until his death Calhoun may be said to have devoted his life to the protection of Southern interests. He became the exponent, the very embodiment, of an idea. It is a mistake, however, to characterize him as an enemy to the Union. His contention was that its preservation depended on the recognition of the rights guaranteed to the states by the Constitution, and that aggression by one section could only end in disruption. Secession, he contended, was the only final remedy left to the weaker. Calhoun was re-elected to the Senate in 1834 and in 1840, serving until 1843. From 1832 to 1837 he was a man without a party. He attacked the “spoils system” inaugurated by President Jackson, opposed the removal of the government deposits from the Bank of the United States, and in general was a severe critic of Jackson’s administration. In this period he usually voted with the Whigs, but in 1837 he went over to the Democrats and supported the “independent treasury” scheme of President Van Buren. He was spoken of for the presidency in 1844, but declined to become a candidate, and was appointed as secretary of state in the cabinet of President Tyler, serving from the 1st of April 1844, throughout the remainder of the term, until the 10th of March 1845. While holding this office he devoted his energies chiefly to the acquisition of Texas, in order to preserve the equilibrium between the South and the constantly growing North. One of his last acts as secretary of state was to send a despatch, on the 3rd of March 1845, inviting Texas to accept the terms proposed by Congress. Calhoun was once more elected to the Senate in 1845. The period of his subsequent service covered the settlement of the Oregon dispute with Great Britain and the Mexican War. On the 19th of February 1847 he introduced in the Senate a series of resolutions concerning the territory about to be acquired from Mexico, which marked the most advanced stand as yet taken by the pro-slavery party. The purport of these resolutions was to deny to Congress the power to prohibit slavery in the territories and to declare all previous enactments to this effect unconstitutional.

From 1832 until his death, Calhoun dedicated his life to protecting Southern interests. He became the representative and embodiment of a specific idea. However, it’s a mistake to label him as an enemy of the Union. He argued that preserving the Union depended on recognizing the rights guaranteed to the states by the Constitution, and that aggression from one section would only lead to disruption. He believed that secession was the only final remedy left for the weaker side. Calhoun was re-elected to the Senate in 1834 and again in 1840, serving until 1843. From 1832 to 1837, he was without a party. He criticized the "spoils system" initiated by President Jackson, opposed the transfer of government deposits from the Bank of the United States, and was a harsh critic of Jackson's administration. During this time, he often voted with the Whigs, but in 1837, he joined the Democrats and supported President Van Buren's "independent treasury" plan. He was considered for the presidency in 1844 but opted not to run. Instead, he was appointed Secretary of State in President Tyler’s cabinet, serving from April 1, 1844, until March 10, 1845. While in this role, he focused mainly on acquiring Texas to maintain the balance between the South and the rapidly expanding North. One of his final actions as Secretary of State was to send a dispatch on March 3, 1845, inviting Texas to accept the terms proposed by Congress. Calhoun was elected to the Senate again in 1845. His subsequent service involved settling the Oregon dispute with Great Britain and the Mexican War. On February 19, 1847, he introduced a series of resolutions in the Senate regarding the territory to be acquired from Mexico, which represented the most advanced position taken by the pro-slavery faction up to that point. The purpose of these resolutions was to deny Congress the power to prohibit slavery in the territories and to declare all previous laws to that effect unconstitutional.

In 1850 the Union seemed in imminent danger of dissolution. California was applying for admission to the Union as a state under a constitution which did not permit slavery. Her admission with two Senators would have placed the slave-holding states in the minority. In the midst of the debate on this application Calhoun died, on the 31st of March 1850, in Washington.

In 1850, the Union appeared to be on the verge of breaking apart. California was seeking to join the Union as a state with a constitution that prohibited slavery. If admitted, California would send two Senators, putting the slaveholding states in the minority. During the debate over this application, Calhoun died on March 31, 1850, in Washington.

Calhoun is most often compared with Webster and Clay. The three constitute the trio upon whom the attention of students at this period naturally rests. Calhoun possessed neither Webster’s brilliant rhetoric nor his easy versatility, but he surpassed him in the ordered method and logical sequence of his mind. He never equalled Clay in the latter’s magnetism of impulse and inspiration of affection, but he far surpassed him in clearness and directness and in tenacity of will. He surpassed them both in the distinctness with which he saw results, and in the boldness with which he formulated and followed his conclusions.

Calhoun is most often compared to Webster and Clay. Together, they make up the key figures that students focus on during this time. Calhoun didn’t have Webster’s amazing rhetorical skills or his knack for adapting, but he outshone him in his organized thinking and logical flow. He never matched Clay in his charm and ability to inspire emotion, but he far exceeded him in clarity, directness, and determination. He also surpassed both in how clearly he envisioned outcomes and in the confidence with which he articulated and pursued his ideas.

Calhoun in person was tall and slender, and in his later years was emaciated. His features were angular and somewhat harsh, but with a striking face and very fine eyes of a brilliant dark blue. To his slaves he was just and kind. He lived the modest, unassuming life of a country planter when at his home, and at Washington lived as unostentatiously as possible, consistent with 3 his public duties and position. His character in other respects was always of stainless integrity.

Calhoun was tall and slender in person, and in his later years, he became very thin. His features were sharp and somewhat harsh, but he had a striking face with beautiful dark blue eyes. He was fair and kind to his slaves. When at home, he lived a modest and humble life as a country planter, and in Washington, he conducted himself as simply as possible, considering his public responsibilities and position. In all other respects, he had a character of unwavering integrity.

Bibliography.—A collected edition of Calhoun’s Works (6 vols., New York, 1853-1855) has been edited by Richard K. Crallé. The most important speeches and papers are:—The South Carolina Exposition (1828); Speech on the Force Bill (1833); Reply to Webster (1833); Speech on the Reception of Abolitionist Petitions (1836), and on the Veto Power (1842); a Disquisition on Government, and a Discourse on the Constitution and Government of the United States (1849-1850)—the last two, written a short time before his death, defend with great ability the rights of a minority under a government such as that of the United States. Calhoun’s Correspondence, edited by J. Franklin Jameson, has been published by the American Historical Association (see Report for 1899, vol. ii.). The biography of Calhoun by Dr Hermann von Holst in the “American Statesmen Series” (Boston, 1882) is a condensed study of the political questions of Calhoun’s time. Gustavus M. Pinckney’s Life of John C. Calhoun (Charleston, 1903) gives a sympathetic Southern view. Gaillard Hunt’s John C. Calhoun (Philadelphia, 1908) is a valuable work.

References.—A collected edition of Calhoun’s Works (6 vols., New York, 1853-1855) has been edited by Richard K. Crallé. The most significant speeches and papers include: The South Carolina Exposition (1828); Speech on the Force Bill (1833); Reply to Webster (1833); Speech on the Reception of Abolitionist Petitions (1836), and on the Veto Power (1842); a Disquisition on Government, and a Discourse on the Constitution and Government of the United States (1849-1850)—the last two, written shortly before his death, effectively defend the rights of minorities under a government like that of the United States. Calhoun’s Correspondence, edited by J. Franklin Jameson, has been published by the American Historical Association (see Report for 1899, vol. ii.). The biography of Calhoun by Dr. Hermann von Holst in the “American Statesmen Series” (Boston, 1882) is a concise study of the political issues of Calhoun’s era. Gustavus M. Pinckney’s Life of John C. Calhoun (Charleston, 1903) offers a sympathetic Southern perspective. Gaillard Hunt’s John C. Calhoun (Philadelphia, 1908) is an important work.

(H. A. M. S.)

CALI, an inland town of the department of Cauca, Colombia, South America, about 180 m. S.W. of Bogotá and 50 m. S.E. of the port of Buenaventura, on the Rio Cali, a small branch of the Cauca. Pop. (1906 estimate) 16,000. Cali stands 3327 ft. above sea-level on the western side of the Cauca valley, one of the healthiest regions of Colombia. The land-locked character of this region greatly restricts the city’s trade and development; but it is considered the most important town in the department. It has a bridge across the Cali, and a number of religious and public edifices. A railway from Buenaventura will give Cali and the valley behind it, with which it is connected by over 200 m. of river navigation, a good outlet on the Pacific coast. Coal deposits exist in the immediate vicinity of the town.

CALI, is an inland town in the Cauca department of Colombia, South America, located about 180 miles southwest of Bogotá and 50 miles southeast of the port of Buenaventura, on the Rio Cali, a small tributary of the Cauca. The population was estimated to be 16,000 in 1906. Cali is situated 3,327 feet above sea level on the western side of the Cauca valley, one of the healthiest areas in Colombia. The area's land-locked nature significantly limits the city’s trade and development, but it is regarded as the most important town in the department. There is a bridge over the Cali River and several religious and public buildings. A railway from Buenaventura is expected to provide Cali and the surrounding valley, connected by more than 200 miles of river navigation, with a good route to the Pacific coast. Coal deposits can be found nearby.


CALIBRATION, a term primarily signifying the determination of the “calibre” or bore of a gun. The word calibre was introduced through the French from the Italian calibro, together with other terms of gunnery and warfare, about the 16th century. The origin of the Italian equivalent appears to be uncertain. It will readily be understood that the calibre of a gun requires accurate adjustment to the standard size, and further, that the bore must be straight and of uniform diameter throughout. The term was subsequently applied to the accurate measurement and testing of the bore of any kind of tube, especially those of thermometers.

CALIBRATION, is a term that mainly refers to determining the “caliber” or bore of a gun. The word caliber came from the French, which borrowed it from the Italian calibro, along with other military and weaponry terms, around the 16th century. The exact origin of the Italian word seems unclear. It’s easy to see that the caliber of a gun needs to be precisely adjusted to the standard size, and also, the bore must be straight and have a consistent diameter throughout. Later, the term was also used for the precise measurement and testing of the bore of any type of tube, especially thermometers.

In modern scientific language, by a natural process of transition, the term “calibration” has come to denote the accurate comparison of any measuring instrument with a standard, and more particularly the determination of the errors of its scale. It is seldom possible in the process of manufacture to make an instrument so perfect that no error can be discovered by the most delicate tests, and it would rarely be worth while to attempt to do so even if it were possible. The cost of manufacture would in many cases be greatly increased without adding materially to the utility of the apparatus. The scientific method, in all cases which admit of the subsequent determination and correction of errors, is to economize time and labour in production by taking pains in the subsequent verification or calibration. This process of calibration is particularly important in laboratory research, where the observer has frequently to make his own apparatus, and cannot afford the time or outlay required to make special tools for fine work, but is already provided with apparatus and methods of accurate testing. For non-scientific purposes it is generally possible to construct instruments to measure with sufficient precision without further correction. The present article will therefore be restricted to the scientific use and application of methods of accurate testing.

In today’s scientific language, the term “calibration” refers to the precise comparison of any measuring instrument with a standard, particularly in figuring out the errors on its scale. It's rarely possible during manufacturing to create an instrument so flawless that even the most sensitive tests can't find errors, and even if it were possible, it would seldom be worthwhile. The manufacturing costs would often be significantly higher without substantially increasing the usefulness of the device. The scientific method, in situations where errors can be later identified and corrected, aims to save time and effort in production by focusing on subsequent verification or calibration. This calibration process is especially crucial in laboratory research, where the researcher often has to create their own instruments and cannot take the time or spend the money needed to make specialized tools for precision work, yet already has access to apparatus and methods for accurate testing. For non-scientific purposes, it’s usually feasible to build instruments that measure with enough precision without any further corrections. This article will therefore focus on the scientific use and application of accurate testing methods.

General Methods and Principles.—The process of calibration of any measuring instrument is frequently divisible into two parts, which differ greatly in importance in different cases, and of which one or the other may often be omitted. (1) The determination of the value of the unit to which the measurements are referred by comparison with a standard unit of the same kind. This is often described as the Standardization of the instrument, or the determination of the Reduction factor. (2) The verification of the accuracy of the subdivision of the scale of the instrument. This may be termed calibration of the scale, and does not necessarily involve the comparison of the instrument with any independent standard, but merely the verification of the accuracy of the relative values of its indications. In many cases the process of calibration adopted consists in the comparison of the instrument to be tested with a standard over the whole range of its indications, the relative values of the subdivisions of the standard itself having been previously tested. In this case the distinction of two parts in the process is unnecessary, and the term calibration is for this reason frequently employed to include both. In some cases it is employed to denote the first part only, but for greater clearness and convenience of description we shall restrict the term as far as possible to the second meaning.

General Methods and Principles.—Calibrating any measuring instrument can usually be broken down into two parts, which can vary significantly in their importance depending on the situation, and one or the other can often be skipped. (1) Determining the value of the unit to which the measurements are compared by referencing a standard unit of the same type. This is often referred to as the Standardization of the instrument or the determination of the Reduction factor. (2) Checking the accuracy of the divisions on the instrument's scale. This can be called calibration of the scale and doesn’t necessarily require comparing the instrument against an independent standard; instead, it simply verifies the accuracy of the relative values of its readings. In many situations, the calibration process involves comparing the instrument being tested with a standard across the entire range of its readings, with the relative values of the standard's subdivisions already validated. In this context, distinguishing between the two parts of the process becomes unnecessary, and the term calibration is often used to encompass both. In some instances, it is used to refer to the first part only, but for clarity and ease in description, we will try to limit the term as much as possible to the second definition.

The methods of standardization or calibration employed have much in common even in the cases that appear most diverse. They are all founded on the axiom that “things which are equal to the same thing are equal to one another.” Whether it is a question of comparing a scale with a standard, or of testing the equality of two parts of the same scale, the process is essentially one of interchanging or substituting one for the other, the two things to be compared. In addition to the things to be tested there is usually required some form of balance, or comparator, or gauge, by which the equality may be tested. The simplest of such comparators is the instrument known as the callipers, from the same root as calibre, which is in constant use in the workshop for testing equality of linear dimensions, or uniformity of diameter of tubes or rods. The more complicated forms of optical comparators or measuring machines with scales and screw adjustments are essentially similar in principle, being finely adjustable gauges to which the things to be compared can be successively fitted. A still simpler and more accurate comparison is that of volume or capacity, using a given mass of liquid as the gauge or test of equality, which is the basis of many of the most accurate and most important methods of calibration. The common balance for testing equality of mass or weight is so delicate and so easily tested that the process of calibration may frequently with advantage be reduced to a series of weighings, as for instance in the calibration of a burette or measure-glass by weighing the quantities of mercury required to fill it to different marks. The balance may, however, be regarded more broadly as the type of a general method capable of the widest application in accurate testing. It is possible, for instance, to balance two electromotive forces or two electrical resistances against each other, or to measure the refractivity of a gas by balancing it against a column of air adjusted to produce the same retardation in a beam of light. These “equilibrium,” or “null,” or “balance” methods of comparison afford the most accurate measurements, and are generally selected if possible as the basis of any process of calibration. In spite of the great diversity in the nature of things to be compared, the fundamental principles of the methods employed are so essentially similar that it is possible, for instance, to describe the testing of a set of weights, or the calibration of an electrical resistance-box, in almost the same terms, and to represent the calibration correction of a mercury thermometer or of an ammeter by precisely similar curves.

The methods used for standardization or calibration have a lot in common, even in cases that seem very different. They all rest on the principle that “things that are equal to the same thing are equal to each other.” Whether you’re comparing a scale to a standard or checking if two parts of the same scale are equal, the process mainly involves swapping or substituting one for the other—the two things being compared. Besides the items being tested, you usually need some kind of balance, comparator, or gauge to check for equality. The simplest of these comparators is the callipers, related to the word calibre, which is commonly used in workshops to check the equality of linear dimensions or the uniformity of the diameter of tubes or rods. More complex types of optical comparators or measuring machines with scales and screw adjustments operate on the same basic principle, serving as finely adjustable gauges that allow the items to be compared to be fitted one after another. An even simpler and more precise comparison is based on volume or capacity, using a specific amount of liquid as the standard to test for equality, which is the foundation for many of the most accurate and important calibration methods. The common balance used for checking mass or weight is so sensitive and easy to test that the calibration process can often be streamlined to a series of weighings, as seen when calibrating a burette or measuring glass by weighing the amounts of mercury needed to fill it to various marks. However, the balance can be viewed more broadly as a general method that can be widely applied for accurate testing. For instance, you can balance two electromotive forces or two electrical resistances against each other, or measure the refractivity of a gas by balancing it against a column of air adjusted to create the same delay in a beam of light. These “equilibrium,” “null,” or “balance” methods of comparison provide the most accurate measurements and are typically chosen as the basis for any calibration process. Despite the significant differences in the types of items being compared, the fundamental principles of the methods used are so fundamentally similar that it's possible to describe the testing of a set of weights or the calibration of an electrical resistance box in almost the same way, and to represent the calibration correction of a mercury thermometer or an ammeter with exactly similar curves.

Method of Substitution.—In comparing two units of the same kind and of nearly equal magnitude, some variety of the general method of substitution is invariably adopted. The same method in a more elaborate form is employed in the calibration of a series of multiples or submultiples of any unit. The details of the method depend on the system of subdivision adopted, which is to some extent a matter of taste. The simplest method of subdivision is that on the binary scale, proceeding by multiples of 2. With a pair of submultiples of the smallest denomination and one of each of the rest, thus 1, 1, 2, 4, 8, 16, &c., each weight or multiple is equal to the sum of all the smaller weights, which may be substituted for it, and the small difference, if any, observed. If we call the weights A, B, C, &c., where each is approximately double the following weight, and if we write a for observed excess of A over the rest of the weights, b for that of B over C + D + &c., and so on, the observations by the method of substitution give the series of equations,

Method of Substitution.—When comparing two units of the same type and of nearly equal size, a variation of the general method of substitution is always used. A more detailed version of this method is applied in calibrating a series of multiples or submultiples of any unit. The specifics of the method depend on the chosen system of subdivision, which is somewhat subjective. The simplest subdivision method is based on the binary scale, progressing through multiples of 2. With a pair of submultiples of the smallest denomination and one of each of the rest, like 1, 1, 2, 4, 8, 16, etc., each weight or multiple is equal to the sum of all the smaller weights that can replace it, allowing for a small difference, if any, to be noted. If we label the weights A, B, C, etc., with each being about double the next weight, and if we denote 'a' for the observed excess of A over the others, 'b' for that of B over C + D + etc., and so on, the observations using the substitution method yield the series of equations.

A − rest = a, B − rest = b, C − rest = c, &c.   (1)

A − rest = a, B − rest = b, C − rest = c, etc.   (1)

Subtracting the second from the first, the third from the second, and so on, we obtain at once the value of each weight in terms of the preceding, so that all may be expressed in terms of the largest, which is most conveniently taken as the standard

By subtracting the second value from the first, the third from the second, and continuing this way, we can quickly find the value of each weight in relation to the one before it, allowing all weights to be expressed in terms of the largest one, which is most conveniently chosen as the standard.

B = A/2 + (b − a)/2, C = B/2 + (c − b)2, &c.   (2)

B = A/2 + (b − a)/2, C = B/2 + (c − b)², & c.   (2)

The advantages of this method of subdivision and comparison, in addition to its extreme simplicity, are (1) that there is only one possible combination to represent any given weight within the range of the series; (2) that the least possible number of weights is required to cover any given range; (3) that the smallest number of substitutions is required for the complete calibration. These advantages are important in cases where the accuracy of calibration is limited by the constancy of the conditions of observation, as in the case of an electrical resistance-box, but the reverse may be the case when it is a question of accuracy of estimation by an observer.

The benefits of this method of subdivision and comparison, besides its extreme simplicity, are (1) that there is only one possible combination to represent any given weight within the range of the series; (2) that the minimum number of weights is needed to cover any specific range; (3) that the fewest number of substitutions is needed for complete calibration. These benefits are crucial in situations where the accuracy of calibration is limited by the consistency of the observation conditions, as with an electrical resistance box, but the opposite may be true when it comes to the accuracy of estimation by an observer.

In the majority of cases the ease of numeration afforded by familiarity with the decimal system is the most important 4 consideration. The most convenient arrangement on the decimal system for purposes of calibration is to have the units, tens, hundreds, &c., arranged in groups of four adjusted in the proportion of the numbers 1, 2, 3, 4. The relative values of the weights in each group of four can then be determined by substitution independently of the others, and the total of each group of four, making ten times the unit of the group, can be compared with the smallest weight in the group above. This gives a sufficient number of equations to determine the errors of all the weights by the method of substitution in a very simple manner. A number of other equations can be obtained by combining the different groups in other ways, and the whole system of equations may then be solved by the method of least squares; but the equations so obtained are not all of equal value, and it may be doubted whether any real advantage is gained in many cases by the multiplication of comparisons, since it is not possible in this manner to eliminate constant errors or personal equation, which are generally aggravated by prolonging the observations. A common arrangement of the weights in each group on the decimal system is 5, 2, 1, 1, or 5, 2, 2, 1. These do not admit of the independent calibration of each group by substitution. The arrangement 5, 2, 1, 1, 1, or 5, 2, 2, 1, 1, permits independent calibration, but involves a larger number of weights and observations than the 1, 2, 3, 4, grouping. The arrangement of ten equal weights in each group, which is adopted in “dial” resistance-boxes, and in some forms of chemical balances where the weights are mechanically applied by turning a handle, presents great advantages in point of quickness of manipulation and ease of numeration, but the complete calibration of such an arrangement is tedious, and in the case of a resistance-box it is difficult to make the necessary connexions. In all cases where the same total can be made up in a variety of ways, it is necessary in accurate work to make sure that the same weights are always used for a given combination, or else to record the actual weights used on each occasion. In many investigations where time enters as one of the factors, this is a serious drawback, and it is better to avoid the more complicated arrangements. The accurate adjustment of a set of weights is so simple a matter that it is often possible to neglect the errors of a well-made set, and no calibration is of any value without the most scrupulous attention to details of manipulation, and particularly to the correction for the air displaced in comparing weights of different materials. Electrical resistances are much more difficult to adjust owing to the change of resistance with temperature, and the calibration of a resistance-box can seldom be neglected on account of the changes of resistance which are liable to occur after adjustment from imperfect annealing. It is also necessary to remember that the order of accuracy required, and the actual values of the smaller resistances, depend to some extent on the method of connexion, and that the box must be calibrated with due regard to the conditions under which it is to be used. Otherwise the method of procedure is much the same as in the case of a box of weights, but it is necessary to pay more attention to the constancy and uniformity of the temperature conditions of the observing-room.

In most cases, the ease of counting that comes from being familiar with the decimal system is the most important factor. The easiest way to arrange the decimal system for calibration purposes is to group units, tens, hundreds, etc., into sets of four, proportioned by the numbers 1, 2, 3, 4. The relative values of the weights in each group of four can then be determined independently through substitution, regardless of the others, and the total for each group of four, which is ten times the unit of the group, can be compared with the smallest weight in the next group up. This creates enough equations to determine the errors of all the weights using substitution in a straightforward way. Additional equations can be obtained by combining different groups in various ways, and the entire system of equations can be solved using the method of least squares. However, not all the equations are equally useful, and it might not be beneficial in many cases to increase the number of comparisons, since this method does not eliminate constant errors or personal discrepancies, which can often worsen with prolonged observations. A typical arrangement of weights in each group in the decimal system is 5, 2, 1, 1, or 5, 2, 2, 1. These arrangements do not allow for independent calibration of each group through substitution. The arrangement 5, 2, 1, 1, 1, or 5, 2, 2, 1, 1 does allow for independent calibration, but requires more weights and observations than the 1, 2, 3, 4 group. An arrangement of ten equal weights in each group, used in “dial” resistance boxes and certain types of chemical balances where weights are applied mechanically by turning a handle, offers significant advantages in speed and ease of counting. However, the complete calibration of such a setup is tedious, and for resistance boxes, establishing the necessary connections can be tricky. In all cases where the same total can be achieved in different ways, it's crucial for precise work to always use the same weights for a specific combination, or to document the actual weights used each time. In many investigations where time is a factor, this can be a significant issue, and it's better to stick to simpler arrangements. Accurately adjusting a set of weights is simple enough that errors in a well-made set can often be overlooked, and no calibration holds value without strict attention to detail in handling, especially correcting for the air displaced when comparing weights of different materials. Electrical resistances are much harder to adjust because resistance changes with temperature, and calibration of a resistance box can't usually be disregarded due to potential resistance changes that can occur from imperfect annealing after adjustment. It's also important to remember that the required accuracy and the actual values of the smaller resistances depend, to some extent, on how connections are made, and the box must be calibrated with consideration for the conditions under which it will be used. Otherwise, the process is similar to that of a box of weights, but it’s essential to give more attention to maintaining consistent and uniform temperature conditions in the observation room.

Method of Equal Steps.—In calibrating a continuous scale divided into a number of divisions of equal length, such as a metre scale divided in millimetres, or a thermometer tube divided in degrees of temperature, or an electrical slide-wire, it is usual to proceed by a method of equal steps. The simplest method is that known as the method of Gay Lussac in the calibration of mercurial thermometers or tubes of small bore. It is essentially a method of substitution employing a column of mercury of constant volume as the gauge for comparing the capacities of different parts of the tube. A precisely similar method, employing a pair of microscopes at a fixed distance apart as a standard of length, is applicable to the calibration of a divided scale. The interval to be calibrated is divided into a whole number of equal steps or sections, the points of division at which the corrections are to be determined are called points of calibration.

Method of Equal Steps.—When calibrating a continuous scale that's divided into equal-length divisions, like a meter stick divided into millimeters, a thermometer tube divided into degrees, or an electrical slide wire, we usually use a method of equal steps. The simplest approach is called the method of Gay Lussac, which is used for calibrating mercurial thermometers or small bore tubes. This method essentially involves substitution, using a column of mercury with a constant volume as the standard for comparing the capacities of different sections of the tube. A similar approach, using a pair of microscopes positioned a fixed distance apart as a length standard, can be applied to the calibration of a divided scale. The interval that needs to be calibrated is divided into a whole number of equal steps or sections, and the division points where corrections need to be determined are referred to as points of calibration.

Calibration of a Mercury Thermometer.—To facilitate description, we will take the case of a fine-bore tube, such as that of a thermometer, to be calibrated with a thread of mercury. The bore of such a tube will generally vary considerably even in the best standard instruments, the tubes of which have been specially drawn and selected. The correction for inequality of bore may amount to a quarter or half a degree, and is seldom less than a tenth. In ordinary chemical thermometers it is usual to make allowance for variations of bore in graduating the scale, but such instruments present discontinuities of division, and cannot be used for accurate work, in which a finely-divided scale of equal parts is essential. The calibration of a mercury thermometer intended for work of precision is best effected after it has been sealed. A thread of mercury of the desired length is separated from the column. The exact adjustment of the length of the thread requires a little manipulation. The thermometer is inverted and tapped to make the mercury run down to the top of the tube, thus collecting a trace of residual gas at the end of the bulb. By quickly reversing the thermometer the bubble passes to the neck of the bulb. If the instrument is again inverted and tapped, the thread will probably break off at the neck of the bulb, which should be previously cooled or warmed so as to obtain in this manner, if possible, a thread of the desired length. If the thread so obtained is too long or not accurate enough, it is removed to the other end of the tube, and the bulb further warmed till the mercury reaches some easily recognized division. At this point the broken thread is rejoined to the mercury column from the bulb, and a microscopic bubble of gas is condensed which generally suffices to determine the subsequent breaking of the mercury column at the same point of the tube. The bulb is then allowed to cool till the length of the thread above the point of separation is equal to the desired length, when a slight tap suffices to separate the thread. This method is difficult to work with short threads owing to deficient inertia, especially if the tube is very perfectly evacuated. A thread can always be separated by local heating with a small flame, but this is dangerous to the thermometer, it is difficult to adjust the thread exactly to the required length, and the mercury does not run easily past a point of the tube which has been locally heated in this manner.

Calibration of a Mercury Thermometer.—To make it easier to explain, let's consider a fine-bore tube, like that of a thermometer, that needs to be calibrated with a thread of mercury. The inside diameter of such a tube can vary quite a bit even in the best standard instruments, which are specifically manufactured and selected. The correction for uneven bore can amount to a quarter or half a degree and is rarely less than a tenth. In regular chemical thermometers, it's common to account for variations in bore when marking the scale, but these instruments often have uneven divisions and can't be used for precise work, where a finely divided scale with equal parts is essential. The best way to calibrate a mercury thermometer meant for precise work is after it has been sealed. A thread of mercury of the desired length is separated from the main column. Adjusting the length of the thread requires some careful handling. The thermometer is turned upside down and tapped to let the mercury flow to the top of the tube, collecting a small amount of residual gas at the end of the bulb. By quickly flipping the thermometer back, the bubble moves to the neck of the bulb. If the instrument is inverted again and tapped, the thread will likely break off at the neck of the bulb, which should be cooled or warmed beforehand to achieve the desired thread length, if possible. If the thread obtained is too long or not accurate enough, it is moved to the other end of the tube, and the bulb is heated further until the mercury reaches a clearly defined mark. At this point, the broken thread is reconnected to the mercury column from the bulb, and a tiny bubble of gas is formed, usually enough to define where the mercury column will break again at the same spot in the tube. The bulb is then allowed to cool until the length of the thread above the break point equals the desired length, at which point a light tap is enough to separate the thread. This method can be tricky with short threads because of insufficient inertia, especially if the tube is very thoroughly evacuated. A thread can always be separated by heating it locally with a small flame, but this is risky for the thermometer, making it hard to get the thread to the exact desired length, and the mercury does not move easily past a section of the tube that has been locally heated this way.

Having separated a thread of the required length, the thermometer is mounted in a horizontal position on a suitable support, preferably with a screw adjustment in the direction of its length. By tilting or tapping the instrument the thread is brought into position corresponding to the steps of the calibration successively, and its length in each position is carefully observed with a pair of reading microscopes fixed at a suitable distance apart. Assuming that the temperature remains constant, the variations of length of the thread are inversely as the variations of cross-section of the tube. If the length of the thread is very nearly equal to one step, and if the tube is nearly uniform, the average of the observed lengths of the thread, taking all the steps throughout the interval, is equal to the length which the thread should have occupied in each position had the bore been uniform throughout and all the divisions equal. The error of each step is therefore found by subtracting the average length from the observed length in each position. Assuming that the ends of the interval itself are correct, the correction to be applied at any point of calibration to reduce the readings to a uniform tube and scale, is found by taking the sum of the errors of the steps up to the point considered with the sign reversed.

After cutting a thread to the required length, the thermometer is placed horizontally on a suitable support, ideally with a screw adjustment along its length. By tilting or tapping the instrument, the thread is positioned to match the calibration steps one by one, and its length in each position is carefully measured using a pair of reading microscopes set at a suitable distance apart. Assuming the temperature stays constant, the length changes of the thread are inversely related to the changes in the tube's cross-section. If the thread’s length is very close to one step, and the tube is mostly uniform, then the average of the observed thread lengths across all steps in the interval equals the length the thread would have in each position had the bore been uniform and all divisions equal. The error for each step is determined by subtracting the average length from the observed length for each position. Assuming the ends of the interval are accurate, the correction needed at any calibration point to adjust the readings to a uniform tube and scale is found by adding up the errors of the steps up to that point, reversing the sign.

Table I.—Calibration by Method of Gay Lussac.

Table I.—Calibration by Method of Gay Lussac.

No. of Step. 1 2 3 4 5 6 7 8 9 10
Ends of thread.{"error": "Text to modernize is missing."} +.010 −.016 −.020 −.031 +.016 +.008 +.013 +.017 +.004 −.088
+.038 +.017 −.003 −.022 +.010 +.005 +.033 +.018 +.013 −.003
Excess-Length −.028 −.033 −.017 −.009 +.006 −.003 −.020 −.001 −.004 +.005
Error of step. −17.6 −22.6 − 6.6 + 1.4 +16.4 + 7.4 − 9.6 + 9.4 + 6.4 +15.4
Correction. +17.6 +40.2 +46.8 +45.4 +29.0 +21.6 +31.2 +21.8 +15.4 0

In the preceding example of the method an interval of ten degrees is taken, divided into ten steps of 1° each. The distances of the ends of the thread from the nearest degree divisions are estimated by the aid of micrometers to the thousandth of a degree. The error of any one of these readings probably does not exceed half a thousandth, but they are given to the nearest thousandth only. The excess length of the thread in each position over the corresponding degree is obtained by subtracting the second reading from the first. Taking the average of the numbers in this line, the mean excess-length is -10.4 thousandths. The error of each step is found by subtracting this mean from each of the numbers in the previous line. Finally, the corrections at each degree are obtained by adding up the errors of the steps and changing the sign. The errors and corrections are given in thousandths of 1°.

In the previous example of the method, a range of ten degrees is used, divided into ten steps of 1° each. The distances of the ends of the thread from the nearest degree marks are measured with micrometers to the thousandth of a degree. The error in any one of these readings likely doesn’t exceed half a thousandth, but they are reported only to the nearest thousandth. The extra length of the thread in each position compared to the corresponding degree is found by subtracting the second reading from the first. By averaging the numbers in this line, the mean excess length is -10.4 thousandths. The error for each step is determined by subtracting this mean from each of the numbers in the previous line. Finally, the corrections for each degree are calculated by summing the step errors and changing the sign. The errors and corrections are presented in thousandths of 1°.

Complete Calibration.—The simple method of Gay Lussac does very well for short intervals when the number of steps is not excessive, but it would not be satisfactory for a large range owing to the accumulation of small errors of estimation, and the variation of the personal equation. The observer might, for instance, consistently over-estimate the length of the thread in one half of the tube, and under-estimate it in the other. The errors near the middle of the range would probably be large. It is evident that the correction at the middle point of the interval could be much more accurately determined by using a thread equal to half the length of the interval. To minimize the effect of these errors of estimation, it is usual to employ threads of different lengths in calibrating the same interval, and to divide up the fundamental interval of the thermometer into a number of subsidiary sections for the purpose of calibration, each of these sections being treated as a step in the calibration of the fundamental interval. The most symmetrical method of calibrating a section, called by C.E. Guillaume a “Complete Calibration,” is to use threads of all possible lengths which are 5 integral multiples of the calibration step. In the example already given nine different threads were used, and the length of each was observed in as many positions as possible. Proceeding in this manner the following numbers were obtained for the excess-length of each thread in thousandths of a degree in different positions, starting in each case with the beginning of the thread at 0°, and moving it on by steps of 1°. The observations in the first column are the excess-lengths of the thread of 1° already given in illustration of the method of Gay Lussac. The other columns give the corresponding observations with the longer threads. The simplest and most symmetrical method of solving these observations, so as to find the errors of each step in terms of the whole interval, is to obtain the differences of the steps in pairs by subtracting each observation from the one above it. This method eliminates the unknown lengths of the threads, and gives each observation approximately its due weight. Subtracting the observations in the second line from those in the first, we obtain a series of numbers, entered in column 1 of the next table, representing the excess of step (1) over each of the other steps. The sum of these differences is ten times the error of the first step, since by hypothesis the sum of the errors of all the steps is zero in terms of the whole interval. The numbers in the second column of Table III. are similarly obtained by subtracting the third line from the second in Table II., each difference being inserted in its appropriate place in the table. Proceeding in this way we find the excess of each interval over those which follow it. The table is completed by a diagonal row of zeros representing the difference of each step from itself, and by repeating the numbers already found in symmetrical positions with their signs changed, since the excess of any step, say 6 over 3, is evidently equal to that of 3 over 6 with the sign changed. The errors of each step having been found by adding the columns, and dividing by 10, the corrections at each point of the calibration are deduced as before.

Complete Calibration.—Gay Lussac's simple method works well for short intervals when the number of steps isn’t too high, but it falls short for a wider range due to the accumulation of small estimation errors and personal variations. For example, the observer might consistently overestimate the length of the thread in one half of the tube and underestimate it in the other. The errors near the midpoint of the range would likely be significant. It's clear that the correction at the middle point could be determined more accurately using a thread that is half the length of the interval. To reduce the impact of these estimation errors, different lengths of threads are typically employed to calibrate the same interval, dividing the fundamental interval of the thermometer into several smaller sections, each treated as a step in the calibration of the fundamental interval. The most balanced method of calibrating a section, referred to by C.E. Guillaume as "Complete Calibration," involves using threads of every possible length that are integral multiples of the calibration step. In the earlier example, nine different threads were used, and the length of each was measured in as many positions as possible. By proceeding this way, the following numbers were obtained for the excess length of each thread in thousandths of a degree at different positions, starting with the beginning of the thread at 0° and moving it by steps of 1°. The observations in the first column list the excess lengths of the 1° thread, as previously shown to illustrate Gay Lussac’s method. The other columns provide corresponding observations for the longer threads. The simplest and most balanced way to analyze these observations, in order to identify the errors of each step in relation to the whole interval, is to find the differences of the steps in pairs by subtracting each observation from the one above it. This approach removes the unknown lengths of the threads and gives each observation roughly its proper weight. By subtracting the observations in the second line from those in the first, we generate a series of numbers listed in column 1 of the next table, representing the excess of step (1) over each of the other steps. The total of these differences is ten times the error of the first step, as we assume the total errors of all the steps equals zero in relation to the whole interval. The numbers in the second column of Table III are similarly derived by subtracting the third line from the second in Table II, with each difference placed in its correct position in the table. Continuing this way, we find the excess of each interval over those that follow it. The table is completed with a diagonal row of zeros representing the difference of each step from itself, along with repeated numbers already found in symmetrical positions but with their signs changed, since the excess of any step, say 6 over 3, is clearly equal to that of 3 over 6 with the sign flipped. After determining the errors of each step by adding the columns and dividing by 10, the corrections at each point of the calibration are deduced as before.

Table II.—Complete Calibration of Interval of 10° in 10 Steps.

Table II.—Complete Calibration of Interval of 10° in 10 Steps.

Lengths of Threads.
Observed excess-lengths −28 −32 −47 −62 −11 −15 −48 − 2 − 8
 of threads, in various −33 −21 −47 −28 +14 − 8 −22 +21 +24
 positions, the beginning −17 + 2 − 8 + 1 +26 +23 + 6 +58  
 of the thread being set − 9 +26 + 5 − 3 +41 +36 +28    
 near the points. + 6 +31 − 7 + 4 +45 +49      
  − 3 + 5 −15 − 6 +43        
  −20 + 7 −16 + 2          
  − 1 +23 +10            
  − 4 +29              
  + 5                

Table III.—Solution of Complete Calibration.

Table III.—Complete Calibration Solution.

Step No. 1 2 3 4 5 6 7 8 9 10
1 0 − 5 +11 +20 +34 +25 + 7 +26 +23 +32
2 + 5 0 +16 +23 +39 +29 +12 +31 +28 +37
3 −11 −16 0 + 8 +24 +13 − 4 +15 +13 +22
4 −20 −23 − 8 0 +15 + 5 −12 + 7 + 4 +13
5 −34 −39 −24 −15 0 − 9 −26 − 8 −10 − 2
6 −25 −29 −13 − 5 + 9 0 −17 + 2 − 1 + 8
7 − 7 −12 + 4 +12 +26 +17 0 +19 +16 +26
8 −26 −31 −15 − 7 + 8 − 2 −19 0 − 3 + 6
9 −23 −28 −13 − 4 +10 + 1 −16 + 3 0 + 9
10 −32 −37 −22 −13 + 2 − 8 −26 − 6 − 9 0
Error of step. −17.3 −22.0 − 6.4 + 1.9 +16.7 + 7.1 −10.1 + 8.9 + 6.1 +15.1
Corrections. +17.3 +39.3 +45.7 +43.8 +27.1 +20.0 +30.1 +21.2 +15.1 0

The advantages of this method are the simplicity and symmetry of the work of reduction, and the accuracy of the result, which exceeds that of the Gay Lussac method in consequence of the much larger number of independent observations. It may be noticed, for instance, that the correction at point 5 is 27.1 thousandths by the complete calibration, which is 2 thousandths less than the value 29 obtained by the Gay Lussac method, but agrees well with the value 27 thousandths obtained by taking only the first and last observations with the thread of 5°. The disadvantage of the method lies in the great number of observations required, and in the labour of adjusting so many different threads to suitable lengths. It is probable that sufficiently good results may be obtained with much less trouble by using fewer threads, especially if more care is taken in the micrometric determination of their errors.

The benefits of this method are the straightforwardness and balance of the reduction process, as well as the accuracy of the results, which surpasses that of the Gay Lussac method due to the significantly larger number of independent observations. For example, the correction at point 5 is 27.1 thousandths according to the complete calibration, which is 2 thousandths lower than the 29 obtained using the Gay Lussac method, but it aligns well with the 27 thousandths found by only considering the first and last observations with the thread of 5°. The downside of this method is the high number of observations needed, along with the effort required to adjust so many different threads to appropriate lengths. It's likely that good results could be achieved with much less hassle by using fewer threads, especially if more care is taken in accurately determining their errors.

The method adopted for dividing up the fundamental interval of any thermometer into sections and steps for calibration may be widely varied, and is necessarily modified in cases where auxiliary bulbs or “ampoules” are employed. The Paris mercury-standards, which read continuously from 0° to 100° C., without intermediate ampoules, were calibrated by Chappuis in five sections of 20° each, to determine the corrections at the points 20°, 40°, 60°, 80°, which may be called the “principal points” of the calibration, in terms of the fundamental interval. Each section of 20° was subsequently calibrated in steps of 2°, the corrections being at first referred, as in the example already given, to the mean degree of the section itself, and being afterwards expressed, by a simple transformation, in terms of the fundamental interval, by means of the corrections already found for the ends of the section. Supposing, for instance, that the corrections at the points 0° and 10° of Table III. are not zero, but C° and C′ respectively, the correction Cn at any intermediate point n will evidently be given by the formula,

The way we divide the main range of any thermometer into sections and increments for calibration can vary greatly and must be adjusted when using additional bulbs or ampoules. The Paris mercury standards, which measure continuously from 0° to 100° C without extra ampoules, were calibrated by Chappuis in five sections of 20° each, to find the corrections at the 20°, 40°, 60°, and 80° marks, which are considered the “main points” of calibration in relation to the primary range. Each 20° section was then calibrated in increments of 2°, with the corrections initially referred to the average degree of the section itself. Later, these were expressed, through a simple transformation, in terms of the primary range, using the corrections already determined for the endpoints of the section. For example, if the corrections at the 0° and 10° points listed in Table III are not zero but C° and C′, respectively, then the correction Cn at any intermediate point n will clearly be calculated using the formula,

Cn = C° + cn + (C′ − C°)n/10  (3)

Cn = C° + cn + (C′ − C°)n/10  (3)

where cn is the correction already given in the table.

where cn is the correction already provided in the table.

If the corrections are required to the thousandth of a degree, it is necessary to tabulate the results of the calibration at much more frequent intervals than 2°, since the correction, even of a good thermometer, may change by as much as 20 or 30 thousandths in 2°. To save the labour and difficulty of calibrating with shorter threads, the corrections at intermediate points are usually calculated by a formula of interpolation. This leaves much to be desired, as the section of a tube often changes very suddenly and capriciously. It is probable that the graphic method gives equally good results with less labour.

If corrections need to be accurate to the thousandth of a degree, you'll need to record the calibration results much more frequently than every 2°, because the correction for even a good thermometer can vary by 20 or 30 thousandths in that range. To avoid the hassle of calibrating with shorter threads, corrections at intermediate points are typically estimated using an interpolation formula. However, this approach is not ideal, as the cross-section of a tube can change unexpectedly and abruptly. It’s likely that using a graphical method provides equally good results with less effort.

Slide-Wire.—The calibration of an electrical slide-wire into parts of equal resistance is precisely analogous to that of a capillary tube into parts of equal volume. The Carey Foster method, employing short steps of equal resistance, effected by transferring a suitable small resistance from one side of the slide-wire to the other, is exactly analogous to the Gay Lussac method, and suffers from the same defect of the accumulation of small errors unless steps of several different lengths are used. The calibration of a slide-wire, however, is much less troublesome than that of a thermometer tube for several reasons. It is easy to obtain a wire uniform to one part in 500 or even less, and the section is not liable to capricious variations. In all work of precision the slide-wire is supplemented by auxiliary resistances by which the scale may be indefinitely extended. In accurate electrical thermometry, for example, the slide-wire itself would correspond to only 1°, or less, of the whole scale, which is less than a single step in the calibration of a mercury thermometer, so that an accuracy of a thousandth of a degree can generally be obtained without any calibration of the slide-wire. In the rare cases in which it is necessary to employ a long slide-wire, such as the cylinder potentiometer of Latimer Clark, the calibration is best effected by comparison with a standard, such as a Thomson-Varley slide-box.

Slide-Wire.—Calibrating an electrical slide-wire into parts of equal resistance is similar to calibrating a capillary tube into parts of equal volume. The Carey Foster method, which uses short, equal-resistance steps achieved by moving a small resistance from one side of the slide-wire to the other, is very much like the Gay Lussac method. However, it suffers from the same issue of accumulating small errors unless various step lengths are utilized. That said, calibrating a slide-wire is much easier than calibrating a thermometer tube for several reasons. It’s easy to find a wire that is uniform to one part in 500 or even better, and its cross-section doesn’t change unpredictably. In precision work, the slide-wire is enhanced by additional resistances that allow for an extended scale. For instance, in accurate electrical thermometry, the slide-wire might represent only 1° or less of the entire scale, which is less than a single step in the calibration of a mercury thermometer. Therefore, achieving an accuracy of a thousandth of a degree is usually possible without needing to calibrate the slide-wire. In rare instances where a long slide-wire is necessary, like in Latimer Clark's cylinder potentiometer, the best way to calibrate it is by comparing it to a standard, such as a Thomson-Varley slide-box.

Graphic Representation of Results.—The results of a calibration are often best represented by means of a correction curve, such as that illustrated in the diagram, which is plotted to represent the corrections found in Table III. The abscissa of such a curve is the reading of the instrument to be corrected. The ordinate is the correction to be added to the observed reading to reduce to a uniform scale. The corrections are plotted in the figure in terms of the whole section, taking the correction to be zero at the beginning and end. As a matter of fact the corrections at these points in terms of the fundamental interval were found to be −29 and −9 thousandths respectively. The correction curve is transformed to give corrections in terms of the fundamental interval by ruling a straight line joining the points +29 and +9 respectively, and reckoning the ordinates from this line instead of from the base-line. Or the curve may be replotted with the new ordinates thus obtained. In drawing the curve from the corrections obtained at the points of calibration, the exact form of the curve is to some extent a matter of taste, but the curve should generally be drawn as smoothly as possible on the assumption that the changes are gradual and continuous.

Graphic Representation of Results.—The results of a calibration are often best shown through a correction curve, like the one in the diagram, which is plotted to represent the corrections found in Table III. The horizontal axis of the curve represents the reading of the instrument that needs correction. The vertical axis shows the correction to be added to the observed reading to standardize it. The corrections are plotted in the figure for the entire section, starting and ending with a correction of zero. In fact, the corrections at these points in terms of the fundamental interval were found to be -29 and -9 thousandths, respectively. The correction curve is adjusted to show corrections based on the fundamental interval by drawing a straight line connecting the points +29 and +9, and measuring the vertical values from this line instead of from the baseline. Alternatively, the curve may be redrawn with the new vertical values obtained. When creating the curve from the corrections at the calibration points, the exact shape of the curve is somewhat subjective, but it should generally be drawn as smoothly as possible, assuming that the changes are gradual and continuous.

The ruling of the straight line across the curve to express the corrections in terms of the fundamental interval, corresponds to the first part of the process of calibration mentioned above under the term “Standardization.” It effects the reduction of the 6 readings to a common standard, and may be neglected if relative values only are required. A precisely analogous correction occurs in the case of electrical instruments. A potentiometer, for instance, if correctly graduated or calibrated in parts of equal resistance, will give correct relative values of any differences of potential within its range if connected to a constant cell to supply the steady current through the slide-wire. But to determine at any time the actual value of its readings in volts, it is necessary to standardize it, or determine its scale-value or reduction-factor, by comparison with a standard cell.

The straight line over the curve used to express corrections in terms of the fundamental interval relates to the first part of the calibration process discussed earlier under the term "Standardization." It simplifies the readings to a common standard and can be ignored if only relative values are needed. A similar correction happens with electrical instruments. For example, a potentiometer, if correctly calibrated in equal resistance parts, will provide accurate relative values for any potential differences within its range when connected to a constant cell that supplies a steady current through the slide-wire. However, to find the actual value of its readings in volts at any time, it must be standardized or have its scale value or reduction factor determined by comparing it with a standard cell.

Calibration Curve.

A very neat use of the calibration curve has been made by Professor W.A. Rogers in the automatic correction of screws of dividing machines or lathes. It is possible by the process of grinding, as applied by Rowland, to make a screw which is practically perfect in point of uniformity, but even in this case errors may be introduced by the method of mounting. In the production of divided scales, and more particularly in the case of optical gratings, it is most important that the errors should be as small as possible, and should be automatically corrected during the process of ruling. With this object a scale is ruled on the machine, and the errors of the uncorrected screw are determined by calibrating the scale. A metal template may then be cut out in the form of the calibration-correction curve on a suitable scale. A lever projecting from the nut which feeds the carriage or the slide-rest is made to follow the contour of the template, and to apply the appropriate correction at each point of the travel, by turning the nut through a small angle on the screw. A small periodic error of the screw, recurring regularly at each revolution, may be similarly corrected by means of a suitable cam or eccentric revolving with the screw and actuating the template. This kind of error is important in optical gratings, but is difficult to determine and correct.

Professor W.A. Rogers has made a very effective use of the calibration curve in the automatic adjustment of screws in dividing machines or lathes. The grinding process, as applied by Rowland, allows for the creation of a screw that is nearly perfect in terms of uniformity, but even then, errors can arise from how it’s mounted. When producing divided scales, especially in optical gratings, it's crucial to keep errors as minimal as possible and to correct them automatically during the ruling process. To achieve this, a scale is ruled on the machine, and the errors of the uncorrected screw are figured out by calibrating the scale. A metal template can then be cut in the shape of the calibration correction curve on an appropriate scale. A lever extending from the nut that feeds the carriage or slide-rest is made to follow the template’s shape and apply the necessary correction at each point of travel by adjusting the nut slightly on the screw. A small, periodic error of the screw, which occurs regularly with each revolution, can similarly be corrected using a suitable cam or eccentric that rotates with the screw and operates the template. This type of error is significant in optical gratings but challenging to identify and fix.

Calibration by Comparison with a Standard.—The commonest and most generally useful process of calibration is the direct comparison of the instrument with a standard over the whole range of its scale. It is necessary that the standard itself should have been already calibrated, or else that the law of its indications should be known. A continuous current ammeter, for instance, can be calibrated, so far as the relative values of its readings are concerned, by comparison with a tangent galvanometer, since it is known that the current in this instrument is proportional to the tangent of the angle of deflection. Similarly an alternating current ammeter can be calibrated by comparison with an electrodynamometer, the reading of which varies as the square of the current. But in either case it is neccessary, in order to obtain the readings in amperes, to standardize the instrument for some particular value of the current by comparison with a voltameter, or in some equivalent manner. Whenever possible, ammeters and voltmeters are calibrated by comparison of their readings with those of a potentiometer, the calibration of which can be reduced to the comparison and adjustment of resistances, which is the most accurate of electrical measurements. The commoner kinds of mercury thermometers are generally calibrated and graduated by comparison with a standard. In many cases this is the most convenient or even the only possible method. A mercury thermometer of limited scale reading between 250° and 400° C., with gas under high pressure to prevent the separation of the mercury column, cannot be calibrated on itself, or by comparison with a mercury standard possessing a fundamental interval, on account of difficulties of stem exposure and scale. The only practical method is to compare its readings every few degrees with those of a platinum thermometer under the conditions for which it is to be used. This method has the advantage of combining all the corrections for fundamental interval, &c., with the calibration correction in a single curve, except the correction for variation of zero which must be tested occasionally at some point of the scale.

Calibration by Comparison with a Standard.—The most common and useful way to calibrate an instrument is by directly comparing it with a standard across its entire scale. It's essential that the standard has already been calibrated, or that its indication law is understood. For example, a continuous current ammeter can be calibrated, in terms of the relative values of its readings, by comparing it with a tangent galvanometer, as it’s known that the current in this device is proportional to the tangent of the deflection angle. Similarly, an alternating current ammeter can be calibrated against an electrodynamometer, whose reading changes as the square of the current. However, to get the readings in amperes, it’s necessary to standardize the instrument for a specific current value by comparing it with a voltameter or through a similar method. Whenever possible, ammeters and voltmeters are calibrated by comparing their readings to a potentiometer, whose calibration can be reduced to comparing and adjusting resistances, making it the most accurate of electrical measurements. Common types of mercury thermometers are typically calibrated and graduated by comparison with a standard. Often, this is the most convenient or even the only feasible method. A mercury thermometer that reads between 250° and 400° C., with gas under high pressure to keep the mercury column intact, cannot be calibrated on itself or by comparing it with a mercury standard that has a fundamental interval, due to issues with stem exposure and scale. The only practical way is to compare its readings every few degrees with those of a platinum thermometer under the specific conditions for its intended use. This method has the added benefit of combining all corrections for fundamental intervals, etc., with the calibration correction into a single curve, except for the zero variation correction, which must be checked periodically at some point on the scale.

Authorities.—Mercurial Thermometers: Guillaume, Thermométrie de Précision (Paris, 1889), gives several examples and references to original memoirs. The best examples of comparison and testing of standards are generally to be found in publications of Standards Offices, such as those of the Bureau International des Poids et Mésures at Paris. Dial Resistance-Box: Griffiths, Phil. Trans. A, 1893; Platinum Thermometry-Box: J.A. Harker and P. Chappuis, Phil. Trans. A, 1900; Thomson-Varley Potentiometer and Binary Scale Box: Callendar and Barnes, Phil. Trans. A, 1901.

Authorities.—Mercurial Thermometers: Guillaume, Thermométrie de Précision (Paris, 1889), provides several examples and references to original papers. The most reliable examples of comparison and testing of standards can usually be found in publications from Standards Offices, like those from the Bureau International des Poids et Mésures in Paris. Dial Resistance-Box: Griffiths, Phil. Trans. A, 1893; Platinum Thermometry-Box: J.A. Harker and P. Chappuis, Phil. Trans. A, 1900; Thomson-Varley Potentiometer and Binary Scale Box: Callendar and Barnes, Phil. Trans. A, 1901.

(H. L. C.)

CALICO, a general name given to plain cotton cloth. The word was spelt in various forms, including “calicut,” which shows its derivation from the Indian city of Calicut or Kolikod, a seaport in the presidency of Madras, and one of the chief ports of intercourse with Europe in the 16th century, where cotton cloths were made. The name seems to have been applied to all kinds of cotton cloths imported from the East. In England it is now applied particularly to grey or bleached cotton cloth used for domestic purposes, and, generally, to any fairly heavy cotton cloth without a pattern. In the United States there is a special application to printed cloth “of a coarser quality than muslin.” In England “printed calico” is a comprehensive term.

CALICO is a general term for plain cotton fabric. The word has been spelled in various ways, including “calicut,” which indicates its origin from the Indian city of Calicut or Kolikod, a seaport in the presidency of Madras and one of the main ports for trade with Europe in the 16th century, where cotton fabrics were produced. The name appears to have been used for all types of cotton fabrics imported from the East. In England, it currently refers specifically to grey or bleached cotton fabric used for household purposes, and more broadly, to any fairly heavy cotton fabric with no pattern. In the United States, it specifically refers to printed fabric that is "of a coarser quality than muslin." In England, “printed calico” is a broad term.


CALICUT, a city of British India, in the Malabar district of Madras; on the coast, 6 m. N. of Beypur. In 1901 the population was 76,981, showing an increase of 14% in the decade. The weaving of cotton, for which the place was at one time so famous that its name became identified with its calico, is no longer of any importance. Calicut is of considerable antiquity; and about the 7th century it had its population largely increased by the immigration of the Moplahs, a fanatical race of Mahommedans from Arabia, who entered enthusiastically into commercial life. The Portuguese traveller Pero de Covilham (q.v.) visited Calicut in 1487 and described its possibilities for European trade; and in May 1498 Vasco da Gama, the first European navigator to reach India, arrived at Calicut. At that time it was a very flourishing city, and contained several stately buildings, among which was especially mentioned a Brahminical temple, not inferior to the largest monastery in Portugal. Vasco da Gama tried to establish a factory, but he met with persistent hostility from the local chief (zamorin), and a similar attempt made by Cabral two years later ended in the destruction of the factory by the Moplahs. In revenge the Portuguese bombarded the town, but no further attempt was made for some years to establish a trading settlement there. In 1509 the marshal Don Fernando Coutinho made an unsuccessful attack on the city; and in the following year it was again assailed by Albuquerque with 3000 troops. On this occasion the palace was plundered and the town burnt; but the Portuguese were finally repulsed, and fled to their ships after heavy loss. In the following year they concluded a peace with the zamorin and were allowed to build a fortified factory on the north bank of the Kallayi river, which was however again, and finally, abandoned in 1525. In 1615 the town was visited by an English expedition under Captain Keeling, who concluded a treaty with the zamorin; but it was not until 1664 that an English trading settlement was established by the East India Company. The French settlement, which still exists, was founded in 1698. The town was taken in 1765 by Hyder Ali, who expelled all the merchants and factors, and destroyed the cocoa-nut trees, sandal-wood and pepper vines, that the country reduced to ruin might present no temptation to the cupidity of Europeans. In 1782 the troops of Hyder were driven from Calicut by the British; but in 1788 it was taken and destroyed by his son Tippoo, who carried off the inhabitants to Beypur and treated them with great cruelty. In the latter part of 1790 the country was occupied by the British; and under the treaty concluded in 1792, whereby Tippoo was deprived of half his dominions, Calicut fell to the British. After this event the 7 inhabitants returned and rebuilt the town, which in 1800 consisted of 5000 houses.

CALICUT is a city in British India, located in the Malabar district of Madras, on the coast, 6 miles north of Beypur. In 1901, the population was 76,981, showing a 14% increase over the decade. The cotton weaving that once made this place famous, so much that its name became synonymous with calico, is no longer significant. Calicut has a long history; around the 7th century, its population grew significantly due to the immigration of the Moplahs, a zealous group of Muslims from Arabia who entered trade with great enthusiasm. The Portuguese traveler Pero de Covilham (q.v.) visited Calicut in 1487 and noted its potential for European trade; in May 1498, Vasco da Gama, the first European navigator to reach India, arrived at Calicut. At that time, it was a prosperous city with several impressive buildings, including a Brahmin temple that rivaled the largest monastery in Portugal. Vasco da Gama attempted to establish a trading post, but faced ongoing hostility from the local chief (zamorin), and a similar effort by Cabral two years later resulted in the factory's destruction by the Moplahs. In retaliation, the Portuguese bombarded the town, but no further efforts to establish a trading settlement were made for several years. In 1509, Marshal Don Fernando Coutinho launched an unsuccessful attack on the city; the next year, Albuquerque assaulted it with 3,000 troops. This time, the palace was looted and the town set on fire; however, the Portuguese were ultimately repelled and fled to their ships suffering heavy losses. The following year, they reached a peace agreement with the zamorin and were permitted to build a fortified factory on the north bank of the Kallayi river, which was abandoned for good in 1525. In 1615, the town was visited by an English expedition led by Captain Keeling, who negotiated a treaty with the zamorin; however, it wasn't until 1664 that the East India Company established an English trading settlement. The French settlement that still exists was founded in 1698. The town was captured in 1765 by Hyder Ali, who drove out all the merchants and destroyed the coconut trees, sandalwood, and pepper vines, leaving the area ruined to avoid tempting European greed. In 1782, British forces expelled Hyder's troops from Calicut; but in 1788, it was captured and destroyed by his son Tippoo, who took the inhabitants to Beypur and treated them harshly. In late 1790, the British occupied the area; and under the treaty finalized in 1792, which stripped Tippoo of half his territories, Calicut came under British control. After this, the 7 residents returned and reconstructed the town, which by 1800 had 5,000 houses.

As the administrative headquarters of the district, Calicut maintains its historical importance. It is served by the Madras railway, and is the chief seaport on the Malabar coast, and the principal exports are coffee, timber and coco-nut products. There are factories for coffee-cleaning, employing several hundred hands; for coir-pressing and timber-cutting. The town has a cotton-mill, a saw-mill, and tile, coffee and oil works. A detachment of European troops is generally stationed here to overawe the fanatical Moplahs.

As the administrative center of the district, Calicut retains its historical significance. It is served by the Madras railway and is the main seaport on the Malabar coast, with coffee, timber, and coconut products being the primary exports. There are coffee-cleaning factories that employ several hundred people, along with facilities for coir pressing and timber cutting. The town also has a cotton mill, a sawmill, and works for tiles, coffee, and oil. A group of European troops is usually stationed here to keep the fanatical Moplahs in check.


CALIFORNIA, one of the Pacific Coast states of the United States of America, physically one of the most remarkable, economically one of the more independent, and in history and social life one of the most interesting of the Union. It is bounded N. by Oregon, E. by Nevada and Arizona, from which last it is separated by the Colorado river, and S. by the Mexican province of Lower California. The length of its medial line N. and S. is about 780 m., its breadth varies from 150 to 350 m., and its total area is 158,207 sq. m., of which 2205 are water surface. In size it ranks second among the states of the Union. The coast is bold and rugged and with very few good harbours; San Diego and San Francisco bays being exceptions. The coast line is more than 1000 m. long. There are eight coast islands, all of inconsiderable size, and none of them as yet in any way important.

CALIFORNIA, one of the Pacific Coast states of the United States, is one of the most remarkable physically, more economically independent, and historically and socially one of the most interesting in the Union. It is bordered to the north by Oregon, to the east by Nevada and Arizona (which it is separated from by the Colorado River), and to the south by the Mexican province of Lower California. The length of its central line north to south is about 780 miles, its width ranges from 150 to 350 miles, and its total area covers 158,207 square miles, with 2,205 of those being water. In terms of size, it ranks second among the states in the Union. The coastline is bold and rugged, with very few good harbors; San Diego and San Francisco bays are notable exceptions. The coastline measures over 1,000 miles in length. There are eight coastal islands, all relatively small, and none currently hold significant importance.

Physiography.—The physiography of the state is simple; its main features are few and bold: a mountain fringe along the ocean, another mountain system along the east border, between them—closed in at both ends by their junction—a splendid valley of imperial extent, and outside all this a great area of barren, arid lands, belonging partly to the Great Basin and partly to the Open Basin region.

Physiography.—The geography of the state is straightforward; its main features are few and striking: a mountain range along the coast, another mountain system along the eastern border, and in between them—enclosed at both ends by their meeting—an expansive valley of impressive size, with a vast area of dry, barren land surrounding it, partly belonging to the Great Basin and partly to the Open Basin region.

Along the Pacific, and some 20-40 m. in width, runs the mass of the Coast Range, made up of numerous indistinct chains—most of which have localized individual names—that are broken down into innumerable ridges and spurs, and small valleys drained by short streams of rapid fall. The range is cut by numerous fault lines, some of which betray evidence of recent activity; it is probable that movements along these faults cause the earthquake tremors to which the region is subject, all of which seem to be tectonic. The altitudes of the Coast Range vary from about 2000 to 8000 ft.; in the neighbourhood of San Francisco Bay the culminating peaks are about 4000 ft. in height (Mount Diablo, 3856 ft.; Mount St Helena, 4343 ft.), and to the north and south the elevation of the ranges increases. In the east part of the state is the magnificent Sierra Nevada, a great block of the earth’s crust, faulted along its eastern side and tilted up so as to have a gentle back slope to the west and a steep fault escarpment facing east, the finest mountain system of the United States. The Sierra proper, from Lassen’s Peak to Tehachapi Pass in Kern county, is about 430 m. long (from Mt. Shasta in Siskiyou county to Mt. San Jacinto in Riverside county, more than 600 m.). It narrows to the north and the altitude declines in the same direction. Far higher and grander than the Coast Range, the Sierra is much less complicated, being indeed essentially one chain of great simplicity of structure. It is only here and there that a double line of principal summits exists. The slope is everywhere long and gradual on the west, averaging about 200 ft. to the mile. Precipitous gorges or canyons often from 2000 to 5000 ft. in depth become a more and more marked feature of the range as one proceeds northward; over great portions of it they average probably not more than 20 m. apart. Where the volcanic formations were spread uniformly over the flanks of the mountains, the contrast between the canyons and the plain-like region of gentle slope in which they have been excavated is especially marked and characteristic. The eastern slope is very precipitous, due to a great fault which drops the rocks of the Great Basin region abruptly downward several thousand feet. Rare passes cross the chain, opening at the foot of the mountains on the east and the west high on their flanks, 7000-10,000 ft. above the sea. Between 36° 20′ and 38° the lowest gap of any kind is above 9000 ft., and the average height of those actually used is probably not less than 11,000 ft. The Kearsarge, most used of all, is still higher. Very few in the entire Sierra are passable by vehicles. Some forty peaks are catalogued between 5000 and 8000 ft., and there are eleven above 14,000. The highest portion of the system is between the parallels of 36° 30′ and 37° 30′; here the passes are about 12,000 ft. in elevation, and the peaks range from 13,000 ft. upward, Mount Whitney, 14,502 ft., being the highest summit of the United States, excluding Alaska. From this peak northward there is a gradual decline, until at the point where the Central Pacific crosses in lat. 39° 20′ the elevation is only 7000 ft.

Along the Pacific coast, the Coast Range stretches about 20-40 miles wide, consisting of many indistinct chains—most of which have specific local names—broken down into countless ridges, spurs, and small valleys drained by short, fast-flowing streams. The range is intersected by numerous fault lines, some showing signs of recent activity; it's likely that movements along these faults cause the earthquake tremors experienced in the area, which seem to be tectonic. The altitudes of the Coast Range range from roughly 2000 to 8000 feet; near San Francisco Bay, the highest peaks are around 4000 feet (Mount Diablo is 3856 feet; Mount St. Helena is 4343 feet), and the elevation increases both to the north and south. In the eastern part of the state lies the stunning Sierra Nevada, a massive block of the earth’s crust, faulted on its eastern side and tilted, presenting a gentle slope to the west and a steep fault escarpment facing east, making it the finest mountain range in the United States. The Sierra itself, from Lassen Peak to Tehachapi Pass in Kern County, is about 430 miles long (from Mount Shasta in Siskiyou County to Mount San Jacinto in Riverside County, it exceeds 600 miles). It narrows toward the north, and the altitude decreases in that direction. Far taller and more impressive than the Coast Range, the Sierra is also much less complex, essentially forming a single, simply-structured chain. There are only a few instances of a double line of main summits. The western slope is consistently long and gradual, averaging about 200 feet per mile. Steep gorges or canyons, often 2000 to 5000 feet deep, become increasingly prominent as you head north; across large sections, they average no more than 20 miles apart. Where volcanic formations spread uniformly over the mountain flanks, the contrast between the canyons and the gently sloping regions that have been carved out is particularly striking and typical. The eastern slope is very steep, due to a significant fault that drops the rocks of the Great Basin region several thousand feet straight down. Rare passes cross the chain, opening at the base of the mountains on both the east and west sides, rising 7000-10,000 feet above sea level. Between 36° 20′ and 38°, the lowest gaps are above 9000 feet, and the average height of the passes in use is likely no less than 11,000 feet. The Kearsarge, the most commonly used, is even higher. There are very few places in the entire Sierra that are passable by vehicles. About forty peaks are listed between 5000 and 8000 feet, with eleven exceeding 14,000 feet. The highest part of the system lies between the parallels of 36° 30′ and 37° 30′; here the passes reach about 12,000 feet, and the peaks range from 13,000 feet upward, with Mount Whitney at 14,502 feet being the tallest summit in the United States, excluding Alaska. From this peak north, there’s a gradual decline, until the point where the Central Pacific crosses at latitude 39° 20′, where the elevation dips to only 7000 feet.

Of the mountain scenery the granite pinnacles and domes of the highest Sierra opposite Owen’s Lake, where there is a drop eastward into the valley of about 10,000 ft. in 10 m.; the snowy volcanic cone of Mt Shasta, rising 10,000 ft. above the adjacent plains; and the lovely valleys of the Coast Range, and the south fork of the King river—all these have their charms; but most beautiful of all is the unique scenery of the Yosemite Valley (q.v.). Much of the ruggedness and beauty of the mountains is due to the erosive action of many alpine glaciers that once existed on the higher summits, and which have left behind their evidences in valleys and amphitheatres with towering walls, polished rock-expanses, glacial lakes and meadows and tumbling waterfalls. Remnants of these glaciers are still to be seen,—as notably on Mt. Shasta,—though shrunk to small dimensions. Glacial action may be studied well as far south as 36°. The canyons are largely the work of rivers, modified by glaciers that ran through them after the rivers had formed them. All of the Sierra lakes and ponds are of glacial origin and there are some thousands of them. The lower lake line is about 8000 ft.; it is lower to the north than to the south, owing to the different climate, and the different period of glacial retrogression. Of these lakes some are fresh, and some—as those of the north-east counties—alkali. The finest of all is Tahoe, 6225 ft. above the sea, lying between the true Sierras and the Basin Ranges, with peaks on several sides rising 4000-5000 ft. above it. It is 1500 ft. deep and its waters are of extraordinary purity (containing only three grains of solid matter to the gallon). Clear Lake, in the Coast Range, is another beautiful sheet of water. It is estimated by John Muir that on an average “perhaps more than a mile” of degradation took place in the last glacial period; but with regard to the whole subject of glacial action in California as in other fields, there is considerable difference of opinion. The same authority counted 65 small residual glaciers between 36° 30′ and 39°; two-thirds of them lie between 37° and 38°, on some of the highest peaks in the district of the San Joaquin, Merced, Tuolumne and Owen’s rivers. They do not descend, on an average, below 11,000 ft.; the largest of all, on Mt. Shasta, descends to 9500 ft. above the sea.

Of the mountain scenery, the granite peaks and domes of the highest Sierra across from Owen’s Lake drop about 10,000 feet into the valley in just 10 miles. There's the snowy volcanic cone of Mt. Shasta, rising 10,000 feet above the nearby plains, and the beautiful valleys of the Coast Range, as well as the south fork of the King River—all have their attractions; but the most stunning of all is the unique landscape of Yosemite Valley (q.v.). Much of the ruggedness and beauty of the mountains come from the erosive action of many alpine glaciers that once existed on the higher peaks, leaving behind evidence in the form of valleys and amphitheaters with towering walls, polished rock surfaces, glacial lakes, meadows, and cascading waterfalls. Remnants of these glaciers can still be seen—especially on Mt. Shasta—even though they've shrunk to small sizes. Glacial action can be observed as far south as 36°. The canyons are primarily shaped by rivers, altered by the glaciers that flowed through them after the rivers had formed them. All of the Sierra lakes and ponds are of glacial origin, totaling in the thousands. The lower elevation of the lakes is about 8,000 feet; it's lower in the north than in the south due to differences in climate and the varying pace of glacial retreat. Some of these lakes are fresh, while others—like those in the northeast counties—are alkali. The finest of all is Lake Tahoe, sitting at 6,225 feet above sea level, nestled between the true Sierras and the Basin Ranges, with peaks on several sides rising 4,000-5,000 feet above it. It is 1,500 feet deep and its waters are incredibly pure (containing only three grains of solid matter per gallon). Clear Lake, in the Coast Range, is another beautiful body of water. John Muir estimates that on average, “perhaps more than a mile” of degradation occurred during the last glacial period; however, there are significant differences of opinion on the whole topic of glacial action in California, as in other areas. The same authority counted 65 small residual glaciers between 36° 30′ and 39°; two-thirds of them are located between 37° and 38° on some of the highest peaks in the regions of the San Joaquin, Merced, Tuolumne, and Owen’s rivers. They generally do not extend below 11,000 feet; the largest of all, on Mt. Shasta, goes down to 9,500 feet above sea level.

Volcanic action has likewise left abundant traces, especially in the northern half of the range, whereas the evidences of glacial action are most perfect (though not most abundant) in the south. Lava covers most of the northern half of the range, and there are many craters and ash-cones, some recent and of perfect form. Of these the most remarkable is Mt. Shasta. In Owen’s Valley is a fine group of extinct or dormant volcanoes.

Volcanic activity has also left plenty of signs, particularly in the northern half of the range, while the evidence of glacial activity is most complete (though not the most numerous) in the south. Lava covers a majority of the northern half of the range, and there are many craters and ash cones, some of which are recent and perfectly formed. The most notable of these is Mt. Shasta. In Owen’s Valley, there is a nice group of extinct or dormant volcanoes.

Among the other indications of great geological disturbances on the Pacific Coast may also be mentioned the earthquakes to which California like the rest of the coast is liable. From 1850 to 1887 almost 800 were catalogued by Professor E.H. Holden for California, Oregon and Washington. They occur in all seasons, scores of slight tremors being recorded every year by the Weather Bureau; but they are of no importance, and even of these the number affecting any particular locality is small. From 1769 to 1887 there were 10 “destructive” and 24 other “extremely severe” shocks according to the Rossi Forel nomenclatural scale of intensity. In 1812 great destruction was wrought by an earthquake that affected all the southern part of the state; in 1865 the region about San Francisco was violently disturbed; in 1872 the whole Sierra and the state of Nevada were violently shaken; and in 1906 San Francisco (q.v.) was in 8 large part destroyed by a shock that caused great damage elsewhere in the state.

Among the other signs of significant geological disturbances on the Pacific Coast are the earthquakes that California, like the rest of the coast, experiences. From 1850 to 1887, almost 800 were recorded by Professor E.H. Holden for California, Oregon, and Washington. They happen in every season, with dozens of minor tremors logged each year by the Weather Bureau; however, these are not significant, and even among these, the number affecting any specific area is small. From 1769 to 1887, there were 10 "destructive" and 24 other "extremely severe" shocks according to the Rossi Forel intensity scale. In 1812, a major earthquake caused widespread destruction in the southern part of the state; in 1865, the area around San Francisco experienced violent disturbances; in 1872, the entire Sierra and the state of Nevada were severely shaken; and in 1906, San Francisco (q.v.) was largely destroyed by a quake that caused significant damage elsewhere in the state.

North of 40° N. lat. the Coast Range and Sierra systems unite, forming a country extremely rough. The eastern half of this area is covered chiefly with volcanic plains, very dry and barren, lying between precipitous, although not very lofty, ranges; the western half is magnificently timbered, and toward the coast excessively wet. Between 35° and 36° N. lat. the Sierra at its southern end turns westward toward the coast as the Tehachapi Range. The valley is thus closed to the north and south, and is surrounded by a mountain wall, which is broken down in but a single place, the gap behind the Golden Gate at San Francisco. Through this passes the entire drainage of the interior. The length of the valley is about 450 m., its breadth averages about 40 m. if the lower foothills be included, so that the entire area is about 18,000 sq. m. The drainage basin measured from the water-partings of the enclosing mountains is some three times as great. From the mouth of the Sacramento to Redding, at the northern head of the valley, the rise is 552 ft. in 192 m., and from the mouth of the San Joaquin southward to Kern lake it is 282 ft. in 260 m.

North of 40° N. latitude, the Coast Range and Sierra mountain systems come together, creating a very rugged landscape. The eastern half of this area mainly consists of dry and barren volcanic plains, nestled between steep, though not particularly high, mountain ranges. In contrast, the western half is richly forested and becomes extremely wet as it approaches the coast. Between 35° and 36° N. latitude, the Sierra at its southern end shifts westward toward the coast, forming the Tehachapi Range. This creates a valley that is enclosed to the north and south by mountain walls, with only one break in this barrier: the gap behind the Golden Gate in San Francisco. This gap allows all the drainage from the interior to flow through. The valley is about 450 miles long and averages around 40 miles wide if you include the lower foothills, giving a total area of about 18,000 square miles. The drainage basin, taking into account the water divides of the surrounding mountains, is approximately three times larger. From the mouth of the Sacramento River to Redding, which is at the northern end of the valley, the elevation increases by 552 feet over 192 miles, while from the mouth of the San Joaquin River south to Kern Lake, it rises by 282 feet over 260 miles.

Two great rivers drain this central basin,—the San Joaquin, whose valley comprises more than three-fifths of the entire basin, and the Sacramento, whose valley comprises the remainder. The San Joaquin is a very crooked stream flowing through a low mud-plain, with tule banks; the Sacramento is much less meandering, and its immediate basin, which is of sandy loam, is higher and more attractive than that of the San Joaquin. The eastward flanks of the Coast Range are very scantily forested, and they furnish not a single stream permanent enough to reach either the Sacramento or San Joaquin throughout the dry season. On the eastern side of both rivers are various important tributaries, fed by the more abundant rains and melting snows of the western flank of the Sierra; but these streams also shrink greatly in the dry season. The Feather, emptying into the Sacramento river about 20 m. N. of the city of Sacramento, is the most important tributary of the Sacramento river. A striking feature of the Sacramento system is that for 200 m. north of the Feather it does not receive a single tributary of any importance, though walled in by high mountains. Another peculiar and very general feature of the drainage system of the state is the presence of numerous so-called river “sinks,” where the waters disappear, either directly by evaporation or (as in Death Valley) after flowing for a time beneath the surface. These “sinks” are therefore not the true sinks of limestone regions. The popular name is applied to Owen’s lake, at the end of Owen’s river; to Mono lake, into which flow various streams rising in the Sierra between Mount Dana and Castle Peak; and to Death Valley, which contains the “sink” of the Amargosa river, and evidently was once an extensive lake, although now only a mud-flat in ordinary winters, and a dry, alkaline, desert plain in summer. All these lakes, and the other mountain lakes before referred to, show by the terraces about them that the water stood during the glacial period much higher than it does now. Tulare lake, which with Buena Vista lake and Kern lake receives the drainage of the southern Sierra, shows extreme local variations of shore-line, and is generally believed to have shrunk extremely since 1850, though of this no adequate proof yet exists. In 1900 it was about 200 sq. m. in area. In wet seasons it overflows its banks and becomes greatly extended in area, discharging its surplus waters into the San Joaquin; but in dry seasons the evaporation is so great that there is no such discharge. The drainage of Lassen, Siskiyou and Modoc counties has no outlet to the sea and is collected in a number of great alkaline lakes.

Two major rivers drain this central basin: the San Joaquin, which makes up more than three-fifths of the entire basin, and the Sacramento, which comprises the rest. The San Joaquin is a very winding river that flows through a low mud plain with tule banks, while the Sacramento is much straighter, and its immediate basin of sandy loam is higher and more appealing than that of the San Joaquin. The eastern slopes of the Coast Range are sparsely forested, providing no streams that are permanent enough to reach either the Sacramento or San Joaquin during the dry season. On the eastern side of both rivers, various important tributaries are fed by the more abundant rainfall and melting snow from the western slope of the Sierra; however, these streams also diminish significantly during the dry season. The Feather River, which flows into the Sacramento River about 20 miles north of the city of Sacramento, is the most important tributary of the Sacramento. A notable aspect of the Sacramento system is that for 200 miles north of the Feather, it does not receive a single significant tributary, even though it is surrounded by high mountains. Another common feature of the state's drainage system is the presence of many so-called river “sinks,” where the water disappears either through evaporation or, as in Death Valley, after flowing beneath the surface for a while. These “sinks” are not the true sinks found in limestone areas. The term is used for Owen’s Lake, located at the end of Owen’s River; Mono Lake, fed by various streams from the Sierra between Mount Dana and Castle Peak; and Death Valley, which contains the “sink” of the Amargosa River and was evidently once a large lake, now a mud flat in ordinary winters and a dry, alkaline desert in the summer. All these lakes, along with the other mountain lakes mentioned earlier, exhibit terraces that indicate the water level was much higher during the glacial period than it is now. Tulare Lake, along with Buena Vista Lake and Kern Lake, receives drainage from the southern Sierra and shows extreme local variations in its shoreline. It is generally believed to have shrunk significantly since 1850, although there is no strong proof of this yet. In 1900, it covered about 200 square miles. During wet seasons, it overflows its banks and expands significantly, discharging excess water into the San Joaquin; but in dry seasons, evaporation is so high that there is no discharge. The drainage from Lassen, Siskiyou, and Modoc counties has no outlet to the sea and is collected in a number of large alkaline lakes.

Finally along the sea below Pt. Conception are fertile coastal plains of considerable extent, separated from the interior deserts by various mountain ranges from 5000 to 7000 ft. high, and with peaks much higher (San Bernardino, 11,600; San Jacinto, 10,800; San Antonio, 10,140). Unlike the northern Sierra, the ranges of Southern California are broken down in a number of places. It is over these passes—Soledad, 2822 ft., Cajon, San Gorgonio, 2560 ft.—that the railways cross to the coast. That part of California which lies to the south and east of the southern inosculation of the Coast Range and the Sierra comprises an area of fully 50,000 sq. m., and belongs to the Basin Range region. For the most part it is excessively dry and barren. The Mohave desert—embracing Kern, Los Angeles and San Bernardino, as also a large part of San Diego, Imperial and Riverside counties—belong to the “Great Basin,” while a narrow strip along the Colorado river is in the “Open Basin Region.” They have no drainage to the sea, save fitfully for slight areas through the Colorado river. The Mohave desert is about 2000 ft. above the sea in general altitude. The southern part of the Great Basin region is vaguely designated the Colorado desert. In San Diego, Imperial and Riverside counties a number of creeks or so-called rivers, with beds that are normally dry, flow centrally toward the desert of Salton Sink or “Sea”; this is the lowest part of a large area that is depressed below the level of the sea,—at Salton 263 ft., and 287 ft. at the lowest point. In 1900 the Colorado river (q.v.) was tapped south of the Mexican boundary for water wherewith to irrigate land in the Imperial Valley along the Southern Pacific railway, adjoining Salton Sea. The river enlarged the canal, and finding a steeper gradient than that to its mouth, was diverted into the Colorado desert, flooding Salton Sea;1 and when the break in this river was closed for the second time in February 1907, though much of its water still escaped through minor channels and by seepage, a lake more than 400 sq. m. in area was left. A permanent 60 ft. masonry dam was completed in July 1907. The region to the east of the Sierra, likewise in the Great Basin province, between the crest of that range and the Nevada boundary, is very mountainous. Owen’s river runs through it from north to south for some 180 m. Near Owen’s lake the scenery is extremely grand. The valley here is very narrow, and on either side the mountains rise from 7000 to 10,000 ft. above the lake and river. The Inyo range, on the east, is quite bare of timber, and its summits are only occasionally whitened with snow for a few days during the winter, as almost all precipitation is cut off by the higher ranges to the westward. Still further to the east some 40 m. from the lake is Death Valley (including Lost or Mesquite Valley)—the name a reminder of the fate of a party of “forty-niners” who perished here, by thirst or by starvation and exposure. Death Valley, some 50 m. long and on an average 20-25 m. broad from the crests of the inclosing mountain ranges (or 5-10 m. at their base), constitutes an independent drainage basin. It is below sea level (about 276 ft. according to recent surveys), and altogether is one of the most remarkable physical features of California. The mountains about it are high and bare and brilliant with varied colours. The Amargosa river, entering the valley from Nevada, disappears in the salty basin. Enormous quantities of borax, already exploited, and of nitrate of soda, are known to be present in the surrounding country, the former as almost pure borate of lime in Tertiary lake sediments.

Finally along the sea below Pt. Conception are fertile coastal plains of considerable extent, separated from the interior deserts by various mountain ranges from 5000 to 7000 ft. high, and with peaks much higher (San Bernardino, 11,600; San Jacinto, 10,800; San Antonio, 10,140). Unlike the northern Sierra, the ranges of Southern California are broken down in a number of places. It is over these passes—Soledad, 2822 ft., Cajon, San Gorgonio, 2560 ft.—that the railways cross to the coast. That part of California which lies to the south and east of the southern inosculation of the Coast Range and the Sierra comprises an area of fully 50,000 sq. m., and belongs to the Basin Range region. For the most part it is excessively dry and barren. The Mohave desert—embracing Kern, Los Angeles and San Bernardino, as also a large part of San Diego, Imperial and Riverside counties—belong to the “Great Basin,” while a narrow strip along the Colorado river is in the “Open Basin Region.” They have no drainage to the sea, save fitfully for slight areas through the Colorado river. The Mohave desert is about 2000 ft. above the sea in general altitude. The southern part of the Great Basin region is vaguely designated the Colorado desert. In San Diego, Imperial and Riverside counties a number of creeks or so-called rivers, with beds that are normally dry, flow centrally toward the desert of Salton Sink or “Sea”; this is the lowest part of a large area that is depressed below the level of the sea,—at Salton 263 ft., and 287 ft. at the lowest point. In 1900 the Colorado river (q.v.) was tapped south of the Mexican boundary for water wherewith to irrigate land in the Imperial Valley along the Southern Pacific railway, adjoining Salton Sea. The river enlarged the canal, and finding a steeper gradient than that to its mouth, was diverted into the Colorado desert, flooding Salton Sea;1 and when the break in this river was closed for the second time in February 1907, though much of its water still escaped through minor channels and by seepage, a lake more than 400 sq. m. in area was left. A permanent 60 ft. masonry dam was completed in July 1907. The region to the east of the Sierra, likewise in the Great Basin province, between the crest of that range and the Nevada boundary, is very mountainous. Owen’s river runs through it from north to south for some 180 m. Near Owen’s lake the scenery is extremely grand. The valley here is very narrow, and on either side the mountains rise from 7000 to 10,000 ft. above the lake and river. The Inyo range, on the east, is quite bare of timber, and its summits are only occasionally whitened with snow for a few days during the winter, as almost all precipitation is cut off by the higher ranges to the westward. Still further to the east some 40 m. from the lake is Death Valley (including Lost or Mesquite Valley)—the name a reminder of the fate of a party of “forty-niners” who perished here, by thirst or by starvation and exposure. Death Valley, some 50 m. long and on an average 20-25 m. broad from the crests of the inclosing mountain ranges (or 5-10 m. at their base), constitutes an independent drainage basin. It is below sea level (about 276 ft. according to recent surveys), and altogether is one of the most remarkable physical features of California. The mountains about it are high and bare and brilliant with varied colours. The Amargosa river, entering the valley from Nevada, disappears in the salty basin. Enormous quantities of borax, already exploited, and of nitrate of soda, are known to be present in the surrounding country, the former as almost pure borate of lime in Tertiary lake sediments.

The physiography of the state is the evident determinant of its climate, fauna and flora. California has the highest land and the lowest land of the United States, the greatest variety of temperature and rainfall, and of products of the soil.

The geography of the state clearly influences its climate, wildlife, and plant life. California has both the highest and lowest points in the United States, the greatest range of temperatures and rainfall, and the widest variety of crops.

Climate.—The climate is very different from that of the Atlantic coast; and indeed very different from that of any part of the country save that bordering California. Amid great variations of local weather there are some peculiar features that obtain all over the state. In the first place, the climate of the entire Pacific Coast is milder and more uniform in temperature than that of the states in corresponding latitude east of the mountains. Thus we have to go north as far as Sitka in 57° N. lat. to find the same mean yearly temperature as that of Halifax, Nova Scotia, in latitude 44° 39′. And going south along the coast, we find the mean temperature of San Diego 6° or 7° less than that of Vicksburg, Miss., or Charleston, S.C. The quantity of total annual heat supply at Puget Sound exceeds that at Philadelphia, Pittsburg, Cleveland or Omaha, all more than 9 500 m. farther south; Cape Flattery, exposed the year round to cold ocean fogs, receives more heat than Eastport, Maine, which is 3° farther south and has a warmer summer. In the second place, the means of winter and summer are much nearer the mean of the year in California than in the east. This condition of things is not so marked as one goes inward from the coast; yet everywhere save in the high mountains the winters are comparatively mild. In the third place, the division of the year into two seasons—a wet one and a dry (and extremely dusty) one—marks this portion of the Pacific Coast in the most decided manner, and this natural climatic area coincides almost exactly in its extension with that of California; being truly characteristic neither of Lower California nor of the greater part of Oregon, though more so of Nevada and Arizona. And finally, in the fourth place, except on the coast the disagreeableness of the heat of summer is greatly lessened by the dryness of the air and the consequent rapidity of evaporation. Among the peculiarities of Californian climate it is not one of the least striking that as one leaves the Sacramento or San Joaquin plains and travels into the mountains it becomes warmer, at least for the first 2000 or 3000 ft. of ascent.

Climate.—The climate is quite different from that of the Atlantic coast and unique compared to any other part of the country, except for areas near California. Despite significant local weather variations, there are some common features throughout the state. First, the entire Pacific Coast has a milder and more consistent temperature than the states at the same latitude to the east of the mountains. For instance, we have to go as far north as Sitka at 57° N. latitude to find a mean yearly temperature that matches Halifax, Nova Scotia, at 44° 39′ latitude. Moving south along the coast, the average temperature in San Diego is 6° or 7° lower than that of Vicksburg, Mississippi, or Charleston, South Carolina. The total annual heat supply in Puget Sound is greater than in Philadelphia, Pittsburgh, Cleveland, or Omaha, all of which are over 500 miles farther south. Cape Flattery, which is exposed to cold ocean fogs year-round, receives more heat than Eastport, Maine, which is 3° farther south and has a warmer summer. Secondly, the average temperatures in winter and summer are much closer to the mean for the year in California than they are in the east. This trend becomes less pronounced as you move away from the coast; however, except in the high mountains, winters are generally mild everywhere. Third, the year is divided into two distinct seasons—a wet season and a dry (and very dusty) one—defining this part of the Pacific Coast significantly. This natural climatic area closely matches California’s, being characteristic neither of Lower California nor much of Oregon, but more so of Nevada and Arizona. Lastly, away from the coast, the discomfort of summer heat is greatly reduced by the dryness of the air and the resulting rapid evaporation. Among the distinctive features of California's climate, one of the most noticeable is that as you leave the Sacramento or San Joaquin plains and ascend into the mountains, the temperature tends to increase, at least for the first 2000 to 3000 feet.

Along both the Coast Range and the Sierra considerable rainfall is certain, although, owing to the slight snow accumulations of the former, its streams are decidedly variable. A heavy rain-belt, with a normal fall of more than 40 in., covers all the northern half of the Sierra and the north-west counties; shading off from this is the region of 10-20 in. fall, which covers all the rest of the state save Inyo, Kern and San Bernardino counties, Imperial county and the eastern portion of Riverside county; the precipitation of this belt is from 0 to 10 in. In excessively dry years the limits of this last division may include all of the state below Fresno and the entire Central Valley as well. In the mountains the precipitation increases with the altitude; above 6000 or 7000 ft. it is almost wholly in the form of snow; and this snow, melting in summer, is of immense importance to the state, supplying water once for placer mining and now for irrigation. The north-west counties are extremely wet; many localities here have normal rainfalls of 60-70 in. and even higher annually, while in extreme seasons as much as 125 in. falls. Along the entire Pacific Coast, but particularly N. of San Francisco, there is a night fog from May to September. It extends but a few miles inland, but within this belt is virtually a prolongation of the rainy season and has a marked effect on vegetation. Below San Francisco the precipitation decreases along the coast, until at San Diego it is only about 10 in. The south-east counties are the driest portions of the United States. At Ogilby, Volcano, Indio and other stations on the Southern Pacific line the normal annual precipitation is from 1.5 to 2.5 in.; and there are localities near Owen’s lake, even on its very edge, that are almost dry. For days in succession when it storms along the Southern California coasts and dense rain clouds blow landwards to the mountains, leaving snow or rain on their summits, it has been observed that within a few miles beyond the ridge the contact of the desert air dissipates the remaining moisture of the clouds into light misty masses, like a steam escape in cold air. The extreme heat of the south-east is tempered by the extremely low humidity characteristic of the Great Basin, which in the interior of the two southernmost counties is very low. The humidity of places such as Fresno, Sacramento and Red Bluff in the valley varies from 48 to 58. Many places in northern, southern, central, mountain and southern coastal California normally have more than 200 perfectly clear days in a year; and many in the mountains and in the south, even on the coast, have more than 250. The extreme variability in the amount of rainfall is remarkable.2 The effects of a season of drought on the dry portions of the state need not be adverted to; and as there is no rain or snow of any consequence on the mountains during summer, a succession of dry seasons may almost bare the ranges of the accumulated stock of previous winter snows, thus making worse what is already bad.

Along both the Coast Range and the Sierra considerable rainfall is certain, although, owing to the slight snow accumulations of the former, its streams are decidedly variable. A heavy rain-belt, with a normal fall of more than 40 in., covers all the northern half of the Sierra and the north-west counties; shading off from this is the region of 10-20 in. fall, which covers all the rest of the state save Inyo, Kern and San Bernardino counties, Imperial county and the eastern portion of Riverside county; the precipitation of this belt is from 0 to 10 in. In excessively dry years the limits of this last division may include all of the state below Fresno and the entire Central Valley as well. In the mountains the precipitation increases with the altitude; above 6000 or 7000 ft. it is almost wholly in the form of snow; and this snow, melting in summer, is of immense importance to the state, supplying water once for placer mining and now for irrigation. The north-west counties are extremely wet; many localities here have normal rainfalls of 60-70 in. and even higher annually, while in extreme seasons as much as 125 in. falls. Along the entire Pacific Coast, but particularly N. of San Francisco, there is a night fog from May to September. It extends but a few miles inland, but within this belt is virtually a prolongation of the rainy season and has a marked effect on vegetation. Below San Francisco the precipitation decreases along the coast, until at San Diego it is only about 10 in. The south-east counties are the driest portions of the United States. At Ogilby, Volcano, Indio and other stations on the Southern Pacific line the normal annual precipitation is from 1.5 to 2.5 in.; and there are localities near Owen’s lake, even on its very edge, that are almost dry. For days in succession when it storms along the Southern California coasts and dense rain clouds blow landwards to the mountains, leaving snow or rain on their summits, it has been observed that within a few miles beyond the ridge the contact of the desert air dissipates the remaining moisture of the clouds into light misty masses, like a steam escape in cold air. The extreme heat of the south-east is tempered by the extremely low humidity characteristic of the Great Basin, which in the interior of the two southernmost counties is very low. The humidity of places such as Fresno, Sacramento and Red Bluff in the valley varies from 48 to 58. Many places in northern, southern, central, mountain and southern coastal California normally have more than 200 perfectly clear days in a year; and many in the mountains and in the south, even on the coast, have more than 250. The extreme variability in the amount of rainfall is remarkable.2 The effects of a season of drought on the dry portions of the state need not be adverted to; and as there is no rain or snow of any consequence on the mountains during summer, a succession of dry seasons may almost bare the ranges of the accumulated stock of previous winter snows, thus making worse what is already bad.

The Colorado desert (together with the lower Gila Valley of Arizona) is the hottest part of the United States. Along the line of the Southern Pacific the yearly extreme is frequently from 124° to 129° F. (i.e. in the shade, which is almost if not quite the greatest heat ever actually recorded in any part of the world). At the other extreme, temperatures of -20° to -36° are recorded yearly on the Central (Southern) Pacific line near Lake Tahoe. The normal annual means of the coldest localities of the state are from 37° to 44° F.; the monthly means from 20° to 65° F. The normal annual means on Indio, Mammoth Tanks, Salton and Volcano Springs are from 73.9° to 78.4 F.; the monthly means from 52.8° to 101.3° (frequently 95° to 98°). The normal trend of the annual isotherms of the state is very simple: a low line of about 40° circles the angle in the Nevada boundary line; 50° normally follows the northern Sierra across the Oregon border; lines of higher temperature enclose the Great Valley; and lines of still higher temperature—usually 60° to 70°, in hotter years 60° to 75°—run transversely across the southern quarter of the state.

The Colorado desert (along with the lower Gila Valley in Arizona) is the hottest area in the United States. Along the Southern Pacific line, yearly temperatures often reach between 124° and 129° F. (i.e. in the shade, which is nearly the highest temperature ever recorded anywhere in the world). On the other end of the spectrum, temperatures of -20° to -36° are documented each year on the Central (Southern) Pacific line near Lake Tahoe. The average annual temperatures in the coldest areas of the state range from 37° to 44° F.; the monthly averages span from 20° to 65° F. The typical annual averages for Indio, Mammoth Tanks, Salton, and Volcano Springs range from 73.9° to 78.4° F.; the monthly averages range from 52.8° to 101.3° F. (often between 95° to 98°). The general pattern of the annual temperature lines in the state is quite straightforward: a low line of about 40° encircles the corner at the Nevada border; 50° typically follows the northern Sierra across the Oregon border; higher temperature lines surround the Great Valley; and even higher temperature lines—usually 60° to 70°, and in hotter years, 60° to 75°—run across the southern part of the state.

Another weather factor is the winds, which are extremely regular in their movements. There are brisk diurnal sea-breezes, and seasonal trades and counter-trades. Along the coast an on-shore breeze blows every summer day; in the evening it is replaced by a night-fog, and the cooler air draws down the mountain sides in opposition to its movement during the day. In the upper air a dry off-shore wind from the Rocky Mountain plateau prevails throughout the summer; and in winter an on-shore rain wind. The last is the counter-trade, the all-year wind of Alaska and Oregon; it prevails in winter even off Southern California.

Another weather factor is the winds, which move in a very consistent way. There are strong sea breezes during the day, as well as seasonal trade winds and counter-trade winds. Along the coast, there's an onshore breeze every summer day; in the evening, it's replaced by a night fog, and the cooler air flows down the mountain sides, opposing the daytime movement. In the upper atmosphere, a dry offshore wind from the Rocky Mountain plateau is dominant throughout the summer, while in winter, there's an onshore rain wind. The latter is the counter-trade, the year-round wind from Alaska and Oregon; it dominates in winter even off Southern California.

There is the widest and most startling variety of local climates. At Truckee, for example, lying about 5800 ft. above the sea near Lake Tahoe, the lowest temperature of the year may be -25° F. or colder, when 70 m. westward at Rocklin, which lies in the foothills about 250 ft. above the sea, the mercury does not fall below 28°. Snow never falls at Rocklin, but falls in large quantity at Truckee; ice is the crop of the one, oranges of the other, at the same time. There are points in Southern California where one may actually look from sea to desert and from snow to orange groves. Distance from the ocean, situation with reference to the mountain ranges, and altitude are all important determinants of these climatic differences; but of these the last seems to be most important. At any rate it may be said that generally speaking the maximum, minimum and mean temperatures of points of approximately equal altitude are respectively but slightly different in northern or southern California.3

There is the widest and most startling variety of local climates. At Truckee, for example, lying about 5800 ft. above the sea near Lake Tahoe, the lowest temperature of the year may be -25° F. or colder, when 70 m. westward at Rocklin, which lies in the foothills about 250 ft. above the sea, the mercury does not fall below 28°. Snow never falls at Rocklin, but falls in large quantity at Truckee; ice is the crop of the one, oranges of the other, at the same time. There are points in Southern California where one may actually look from sea to desert and from snow to orange groves. Distance from the ocean, situation with reference to the mountain ranges, and altitude are all important determinants of these climatic differences; but of these the last seems to be most important. At any rate it may be said that generally speaking the maximum, minimum and mean temperatures of points of approximately equal altitude are respectively but slightly different in northern or southern California.3

Death Valley surpasses for combined heat and aridity any meteorological stations on earth where regular observations are taken, although for extremes of heat it is exceeded by places in the Colorado desert. The minimum daily temperature in summer is rarely below 70° F. and often above 90° F. (in the shade), while the maximum may for days in succession be as high as 120° F. A record of 6 months (1891) showed an average daily relative humidity of 30.6 in the morning and 15.6 in the evening, and the humidity sometimes falls to 5. Yet the surrounding country is not devoid of vegetation. The hills are very fertile when irrigated, and the wet season develops a variety of perennial herbs, shrubs and annuals.

Death Valley has the highest combined heat and dryness of any weather stations on Earth where regular observations are done, although places in the Colorado desert can reach higher temperatures. The minimum daily temperature in summer usually doesn't go below 70°F and often exceeds 90°F (in the shade), while the maximum can reach as high as 120°F for several consecutive days. A record from 1891 showed an average daily relative humidity of 30.6 in the morning and 15.6 in the evening, with humidity sometimes dropping to 5. Despite this, the surrounding area has vegetation. The hills are very fertile when irrigated, and the wet season brings out a variety of perennial herbs, shrubs, and annual plants.

Fauna.—California embraces areas of every life-zone of North America: of the boreal, the Hudsonian and Canadian subzones; of the transition, the humid Pacific subzone; of the upper austral, the arid or upper Sonoran subzone; of the lower austral, the arid or lower Sonoran; of the tropical, the “dilute arid” subzone. As will be inferred from the above 10 account of temperature, summer is longer in the north, and localities in the Valley have more hours of heat than do those of south California. Hence that climatic characteristic of the entire Pacific Coast—already referred to and which is of extreme importance in determining the life-zones of California—the great amount of total annual heat supply at comparatively high latitudes. A low summer temperature enables northern species to push far southward, while the high heat total of the year enables southern species to push far north. The resultant intermingling of forms is very marked and characteristic of the Pacific Coast states. The distribution of life-zones is primarily a matter of altitude and corresponds to that of the isotherms. The mountain goat and mountain sheep live in the Sierran upper-land, though long ago well-nigh exterminated. The Douglas red squirrel is ubiquitous in the Sierran forests and their most conspicuous inhabitant. White-tailed deer and especially black-tails are found on the high Sierra; the mule deer, too, although its habitat is now mainly east of the range, on the plateau, is also met with. Grizzly, black, cinnamon and brown bears are all Californian species once common and to-day rare. When Americans began to rule in California elk and antelope herded in great numbers in the Great Valley; the former may to-day sometimes be seen, possibly, in the northern forests, and the latter occasionally cross into the state from Nevada. The sage-hen is abundant on the eastern flank of the Sierra. Grouse, quail, crows and woodpeckers (Melanerpes formicivorus) furnish species characteristic of the state. There are various species of ground-squirrels and gophers, which are very abundant. Noteworthy in the animal life of the lower Sonoran and tropic region are a variety of snakes and lizards, desert rats and mice; and, among birds, the cactus wren, desert thrasher, desert sparrow, Texas night-hawk, mocking-bird and ground cuckoo or road runner (Geococcyx Californianus). The California vulture, the largest flying bird in North America and fully as large as the Andean condor, is not limited to California but is fairly common there. In the zoology and botany of California as of the rest of the Pacific Coast, the distinctions between the upper austral and humid transition zones are largely obliterated; and as one passes southward into the arid lands, life forms of both these zones intermingle with those of the arid transition.

Fauna.—California includes regions from every life zone in North America: from the boreal, Hudsonian, and Canadian subzones; to the transition and humid Pacific subzones; to the upper austral and the arid or upper Sonoran subzone; to the lower austral and the arid or lower Sonoran; to the tropical and the “dilute arid” subzone. As indicated in the previous 10 discussion of temperature, summers last longer in the north, and areas in the Valley experience more hours of heat compared to southern California. This climatic feature of the entire Pacific Coast—already mentioned and crucial in determining California's life zones—refers to the significant annual heat supply at relatively high latitudes. Lower summer temperatures allow northern species to expand southward, while the overall high annual heat allows southern species to range far north. The resulting mix of species is very pronounced and typical of the Pacific Coast states. The distribution of life zones is mainly determined by altitude and aligns with the isotherms. The mountain goat and mountain sheep inhabit the Sierra's higher elevations, although they were nearly wiped out long ago. The Douglas red squirrel is widespread in the Sierran forests and is their most noticeable resident. White-tailed deer, especially black-tailed deer, can be found in the high Sierra; mule deer also exist, though their main habitat is now east of the range, on the plateau. Grizzly, black, cinnamon, and brown bears were once common Californian species but are now rare. When Americans first settled in California, elk and antelope roamed in large groups in the Great Valley; now, elk may occasionally be seen in northern forests, while antelope occasionally cross into the state from Nevada. Sage-grouse are plentiful on the eastern side of the Sierra. Various species of grouse, quail, crows, and woodpeckers (Melanerpes formicivorus) are typical of the state. There are many types of ground squirrels and gophers, which are very abundant. Notable animals in the lower Sonoran and tropical regions include various snakes and lizards, desert rats, and mice, while the birdlife features the cactus wren, desert thrasher, desert sparrow, Texas night-hawk, mockingbird, and ground cuckoo or roadrunner (Geococcyx Californianus). The California condor, the largest flying bird in North America and as big as the Andean condor, is not exclusive to California but is relatively common there. In California’s zoology and botany, as in the rest of the Pacific Coast, the differences between the upper austral and humid transition zones are largely blurred; and as one moves south into the arid regions, the life forms from both zones blend with those from the arid transition.

Fish are abundant. The United States fish commission, and an active state commission established in 1869, have done much to preserve and increase this source of food. In 1904 the yield of the fisheries of the three Pacific Coast states was 168,600,000 lbs, valued at $6,681,000,—nearly half that of the New England states, more than one-third that of the Middle Atlantic states and more than that of the South Atlantic and Gulf states combined. Of the total, California yielded between a quarter and a third. A third of her fish comes from the Sacramento river. Some 230—more or less—marine food fishes are to be found in the market at San Francisco. The exports of fish from that port from 1892-1899 were valued at from $2,000,000 to $2,500,000 annually. Native oysters are small and of peculiar flavour; eastern varieties also are fattened, but not bred in California waters. Shrimp are abundant; the shrimp fishers are Chinese and four-fifths of the catch is exported to China. Sturgeon were once the cheapest fish after salmon; to-day, despite all efforts to increase the supply, they are the dearest. Salmon, once threatened with extinction, have been saved, maintained in good supply, and indeed have probably regained their pristine abundance. Shad and striped bass are both very abundant and cheap. Black bass, flounders, terrapin, sea-turtles, perch, turbot, sole and catfish are also common. Great herds of seals once lay like toll-gatherers off the Golden Gate and other bays of the coast, taking a large share of the salmon and other fish; but they are no longer common. The sea-lions sometimes raid the rivers for 100 m. inland. They have greatly increased since hunting them for their hides and oil ceased to be profitable, and thousands sometimes gather on the Farallones, off the Golden Gate.

Fish are plentiful. The United States Fish Commission, along with an active state commission established in 1869, has done a lot to protect and boost this food source. In 1904, the fisheries from the three Pacific Coast states produced 168,600,000 lbs, valued at $6,681,000—almost half of what the New England states contributed, more than one-third of the Middle Atlantic states, and more than the combined total of the South Atlantic and Gulf states. California contributed about a quarter to a third of the total. A third of California's fish comes from the Sacramento River. There are around 230 types of marine food fish available in the markets of San Francisco. Fish exports from that port between 1892 and 1899 were valued at $2,000,000 to $2,500,000 each year. Native oysters are small and have a unique flavor; eastern varieties are also fattened, but they aren't bred in California waters. Shrimp are in great supply; the shrimp fishers are mostly Chinese, and four-fifths of the catch is sent to China. Sturgeon were once the cheapest fish after salmon; today, despite efforts to boost their numbers, they are among the most expensive. Salmon, which were once on the brink of extinction, have been saved and are now plentiful, likely even more abundant than before. Shad and striped bass are both very common and inexpensive. Black bass, flounders, terrapins, sea turtles, perch, turbot, sole, and catfish are also widespread. Large groups of seals used to lie off the Golden Gate and other bays along the coast, taking a significant portion of the salmon and other fish; however, they are no longer as common. Sea lions sometimes venture up rivers up to 100 miles inland. Their numbers have increased since hunting them for their hides and oil became unprofitable, and thousands can often be found on the Farallones, off the Golden Gate.

Flora.—Inclusiveness of range in the distribution of vegetable life is perhaps more suggestive than the distribution of animal species. The variation is from dwarf mountain pine to giant cactus and dates. The humid transition belt is the habitat of California’s magnificent forests. Nut pine, juniper and true sage-brush (Artemisia tridentata) characterize the upper Sonoran,—although the latter grows equally in the transition zone. Cereals, orchard fruits and alfalfa are of primary importance in the upper and of secondary importance in the lower Sonoran. In the arid portions of this and the tropic areas the indigenous plants are creosote, mesquite and alfileria bushes, desert acacias, paloverdes, alkali-heath, salt grass, agaves, yuccas (especially the Spanish-bayonet and Joshua tree) and cactuses. Among exotics the Australian saltbush spreads successfully over the worst alkali land. The introduction of other exotics into these zones,—made humid by irrigation, which converts them, the one into true austro-riparian the other into true humid tropical,—has revolutionized the agricultural, and indeed the whole, economy of California. At the two ends of Cajon Pass, only four or five kilometres apart, are the two utterly distinct floras of the Mohave desert and the San Bernardino valley. Despite the presence of the pass, plants do not spread, so great is the difference of climatic conditions. On the desert the same plant will vary in different years from 4 in. to 10 ft. in height when equally mature, according to the rainfall and other conditions of growth. Many mature plants are not taller than 0.4 to 0.8 in. The tree yucca often attains a height of 20 to 25 ft., and a diameter of 1.5 ft. About 600 species of plants were catalogued in desert California in 1891 by a government botanical party. The flora of the coast islands of California is very interesting. On Santa Cruz Professor Joseph Le Conte found 248 species, nearly all of which are distinctively Californian, 48 being peculiar to the surrounding islands and 28 peculiar to Southern California. Various other things indicate a separation of the islands from the mainland in quaternary times; since which, owing to the later southward movement on the continent of northern forms in glacial times, there has been a struggle for existence on the mainland from which the islands have largely escaped.

Flora.—The variety of plant life across different regions might be more revealing than the distribution of animal species. The variation ranges from small mountain pines to towering cacti and date palms. The humid transitional zone is home to California’s stunning forests. Nut pine, juniper, and true sagebrush (Artemisia tridentata) are typical of the upper Sonoran region, although sagebrush also grows in the transitional area. Grains, fruit from orchards, and alfalfa are primarily important in the upper Sonoran and of secondary importance in the lower Sonoran. In the dry parts of this region and in tropical areas, native plants include creosote, mesquite, and alfileria bushes, desert acacias, paloverdes, alkali-heath, saltgrass, agaves, and yuccas (especially the Spanish-bayonet and Joshua tree) along with cacti. Among invasive species, the Australian saltbush thrives on the harshest alkali land. The introduction of other non-native plants into these areas—made humid by irrigation, which transforms them into true riverine and true humid tropical ecosystems—has drastically changed the agricultural and overall economy of California. At both ends of Cajon Pass, just four or five kilometers apart, are two completely different floras of the Mohave desert and the San Bernardino valley. Despite the pass separating them, plants do not spread due to the significant difference in climate conditions. In the desert, the same plant can range in height from 4 inches to 10 feet, even when fully mature, depending on rainfall and other growing conditions. Many mature plants stand only 0.4 to 0.8 inches tall. The tree yucca can grow to 20 to 25 feet high and have a diameter of 1.5 feet. A government botanical expedition cataloged about 600 plant species in desert California in 1891. The flora of California's coastal islands is very fascinating. On Santa Cruz, Professor Joseph Le Conte discovered 248 species, nearly all of which are distinctly Californian, with 48 unique to the surrounding islands and 28 specific to Southern California. Various other signs indicate that the islands were separated from the mainland during the quaternary period; since then, due to the later southward migration of northern forms during glacial periods, the mainland has experienced a struggle for existence which the islands have largely avoided.

Forests.—The forests and agricultural crops of the state demand particular notice. In 1900 the woodland was estimated by the United States census at 22% of the state’s area, and the total stand at 200,000 million ft. of timber. The variety of forest trees is not great, but some of the California trees are unique, and the forests of the state are, with those of Oregon and Washington, perhaps the most magnificent of the world. At least the coniferous forests which make up nine-tenths of California’s woodland surpass all others known in number of species and in the size and beauty of the trees. Forty-six species occur, namely, 32 species of pitch trees (18 pines), 12 species of the cypresses and their allies (2 sequoia), and 2 species of yews or their allies. Peculiar to California are the two species of sequoia (q.v.),—the redwood (S. sempervirens), and the big-tree (S. gigantea), remnants of an earlier age when they were common in other parts of the world. The redwood grows only in a narrow strip on the Coast Range from Southern Oregon (where there are not more than 1000 acres) down nearly to the Golden Gate, in a habitat of heavy rains and heavy fogs. They cover an area of about 2000 sq. m. almost unmixed with other species. One fine grove stands S. of San Francisco near Santa Cruz. These noble trees attain very often a height of more than 300 ft., frequently of 350 and even more, and a butt diameter of more than 15 to 20 ft., with clean, straight fluted trunks rising 200 ft. below the lowest branches. They grow in a very dense timber stand; single acres have yielded 1,500,000 ft. B.M. of lumber, and single trees have cut as high as 100,000 ft. The total stand in 1900 was estimated by the United States census as 75,000,000,000 ft., and the ordinary stand per acre varies from 25,000 to 150,000 ft., averaging probably 60,000 ft. The redwood is being rapidly used for lumber. There is nowhere any considerable young growth from seed, although this mode of reproduction is not (as often stated) unknown; the tree will reproduce itself more than once from the stump (hence its name). In thirty years a tree has been known to grow to a height of 80 ft. and a diameter of 16 in. The wood contains no pitch and much water, and in a green condition will not burn. To this fact 11 it owes its immunity from the forest fires which wreak frightful havoc among the surrounding forests. As the redwood is limited to the Coast Range, so the big tree is limited wholly to the Sierra Nevada. Unlike the redwood the big tree occurs in scattered groves (ten in all) among other species. Its habitat extends some 200 m., from latitude 36° to 39°, nowhere descending much below an altitude of 5000 ft., nor rising above 8000 ft. The most northerly grove and the nearest to San Francisco is the Calaveras Grove near Stockton; the Mariposa Grove just south of the Yosemite National Park, is a state reservation and easily accessible to tourists. The noblest groves are near Visalia, and are held as a national park. The average height is about 275 ft., and the diameter near the ground 20 ft.; various individuals stand over 300 ft., and a diameter of 25 ft. is not rare. One tree measures 35.7 ft. inside the bark 4 ft. above the ground, 10 ft. at 200 ft. above the ground, and is 325 ft. tall. Specimens have been cut down that were estimated to be 1300 and even 2200 years old; many trees standing are presumably 2500 years old. It is the opinion of John Muir that the big tree would normally live 5000 years or more; that the California groves are still in their prime; that, contrary to general ideas, the big tree was never more widely distributed than now, at least not within the past 8000 or 10,000 years; that it is not a decaying species, but that on the contrary “no tree of all the forest is more enduringly established in concord with climate and soil,” growing like the mountain pine even on granite, and in little danger save from the greed of the lumberman; but other excellent authorities consider it as hardly holding its own, especially in the north. Three main wood belts cover the flanks of the Sierra: the lower or main pine belt, the silver fir belt, and the upper pine belt. The sugar pine, the yellow or silver pine and the Douglas spruce (considerably smaller than in Oregon and Washington), are rivals in stature and nobility, all attaining 200 ft. or more when full grown; and the incense cedar reaches a height of 150 ft. In this belt and the following one of firs the big tree also grows. The white silver fir (abies concolor) and the silver or red fir (ab. magnifica), standing 200 to 250 ft., make up almost wholly the main forest belt from 5000 to 9000 ft. for some 450 m. Above the firs come the tamarack, constituting the bulk of the lower Alpine forest; the hardy long-lived mountain pine; the red cedar or juniper, growing even on the baldest rocks; the beautiful hemlock spruce; the still higher white pine, nut pine, needle pine; and finally, at 10,000 to 12,000 ft., the dwarf pine, which grows in a tangle on the earth over which one walks, and may not show for a century’s growth more than a foot of height or an inch of girth. The Nevada slope of the mountains below 7500 ft. is covered with the nut pine down to the sage plains. Its nuts are gathered in enormous amounts by the Indians for food; and it is estimated that the yearly harvest of these nuts exceeds in bulk that of all the cereals of California (John Muir). On the Sierra the underbrush is characterized by the pungent manzanita, the California buckeye and the chamiso; the last two growing equally abundantly on the Coast Range. The chamiso and the manzanita, with a variety of shrubby oaks and thorny plants, often grow together in a dense and sometimes quite impenetrable undergrowth, forming what is known as “chaparral”; if the chamiso occurs alone the thicket is a “chamisal.” The elm, the hickory, the beech, the chestnut, and many others of the most characteristic and useful trees of the eastern states were originally entirely wanting in California. Oaks are abundant; they are especially characteristic of the Great Valley, where they grow in magnificent groves. Up to 1910 national forest reserves amounted to 27,968,510 acres. In 1909 Congress created a national forest to include the big tree groves in Calaveras and Tuolumne counties. One of the noblest redwood areas (that of Santa Cruz county) is a state reservation (created in 1901). Even within reservations almost all the merchantable timber is owned by private individuals. In addition to native trees many others—especially ornamental species—have been successfully introduced from various parts of the world.

Forests.—The forests and agricultural lands of the state deserve special attention. In 1900, the U.S. census estimated that woodlands covered 22% of the state’s area, with a total timber volume of 200 billion feet. While the variety of tree species isn’t vast, some California trees are unique, making the state’s forests, along with those of Oregon and Washington, among the most stunning in the world. Specifically, the coniferous forests that make up 90% of California's woodlands are exceptional in terms of species diversity and the size and beauty of the trees. There are 46 species in total, including 32 pitch trees (18 pines), 12 species of cypresses and their relatives (including 2 sequoias), and 2 species of yews or related trees. California is home to two species of sequoia, the redwood (S. sempervirens) and the giant sequoia (S. gigantea), which were once widespread in other parts of the world during an earlier age. The redwood is found only in a narrow strip along the Coast Range, from Southern Oregon (where there are only about 1000 acres) down to near the Golden Gate, thriving in a habitat with heavy rainfall and fog. They occupy about 2000 square miles with few other species mixed in. A notable grove is located south of San Francisco near Santa Cruz. These magnificent trees often reach over 300 feet in height, frequently exceeding 350 feet, with a trunk diameter of over 15 to 20 feet, featuring clean, straight, fluted trunks that extend 200 feet before the first branches. They grow in very dense stands; some acres have produced 1.5 million board feet of lumber, and individual trees have been recorded at producing as much as 100,000 board feet. In 1900, the U.S. census estimated a total volume of 75 billion board feet, with the typical yield per acre ranging from 25,000 to 150,000 feet, averaging around 60,000 feet. The redwood is being rapidly harvested for lumber. There is little regeneration happening from seeds, though it's not entirely impossible; the tree can regenerate multiple times from the stump (which explains its name). In about thirty years, a tree can grow to 80 feet tall and have a 16-inch diameter. The wood has no pitch and contains a lot of moisture, making it resistant to burning when green. This property helps it avoid the devastating forest fires that can devastate surrounding woodlands. While the redwood is confined to the Coast Range, the giant sequoia is found only in the Sierra Nevada. Unlike the redwood, the giant sequoia grows in scattered groves (a total of ten) among other tree species. Its habitat stretches about 200 miles, from latitude 36° to 39°, with altitudes mostly between 5,000 and 8,000 feet. The northernmost grove nearest San Francisco is the Calaveras Grove close to Stockton; the Mariposa Grove, located just south of Yosemite National Park, is a state reservation and easily accessible to visitors. The most impressive groves are near Visalia and are designated as a national park. The average height of these trees is around 275 feet, with diameter at the base being 20 feet; numerous specimens exceed 300 feet in height, and a 25-foot diameter is not uncommon. One tree measures 35.7 feet in diameter 4 feet above ground, 10 feet at 200 feet up, and stands 325 feet tall. Some trees cut down have been estimated to be between 1,300 and 2,200 years old, and many still standing are thought to be around 2,500 years old. John Muir believed that the giant sequoia could typically live for over 5,000 years; that the California groves are still flourishing; that, contrary to popular belief, the giant sequoia has never been more widely spread than it is now, at least not in the past 8,000 to 10,000 years; and that it is not a declining species. Instead, he argued that “no tree in the forest is more enduringly established in harmony with climate and soil,” able to thrive even on granite, facing little threat aside from the greed of loggers. However, other respectable authorities think it is barely maintaining its population, especially in the northern regions. Three primary forest belts span the Sierra slopes: the lower or primary pine belt, the silver fir belt, and the upper pine belt. Sugar pine, yellow or silver pine, and Douglas firs (which are considerably smaller than those in Oregon and Washington) all stand tall and noble, growing to over 200 feet when mature; incense cedar reaches up to 150 feet. Within this belt and the next one of firs, the giant sequoia also grows. The white silver fir (abies concolor) and the silver or red fir (ab. magnifica), ranging in height from 200 to 250 feet, primarily constitute the main forest belt from 5,000 to 9,000 feet for about 450 miles. Above the firs, you'll find tamaracks, which make up most of the lower Alpine forest; hardy, long-lived mountain pines; the red cedar or juniper thriving even on the most exposed rocks; attractive hemlock spruce; and higher up, white pine, nut pine, and needle pine. Finally, at elevations between 10,000 and 12,000 feet, there's dwarf pine, which grows in dense clusters on the ground and may only reach a height of one foot or an inch in diameter after a century of growth. The Nevada slope of the mountains below 7,500 feet is populated by nut pines down to the sage plains. Native Americans gather these nuts in huge quantities for food, and it’s estimated that their annual harvest surpasses the total mass of all cereals grown in California (John Muir). On the Sierra, the underbrush is marked by the strong-scented manzanita, the California buckeye, and chamiso; the latter two also grow plentifully on the Coast Range. Chamiso and manzanita, along with various shrubby oaks and thorny plants, often grow together in dense and sometimes nearly impenetrable thickets, creating what is known as “chaparral”; if chamiso is the only plant present, the thicket is called a “chamisal.” The elm, hickory, beech, chestnut, and many other characteristic and useful trees from the eastern states were originally absent from California. Oaks are plentiful, especially in the Great Valley, where they form magnificent groves. By 1910, national forest reserves covered 27,968,510 acres. In 1909, Congress established a national forest that includes the giant sequoia groves in Calaveras and Tuolumne counties. One of the prime redwood areas (in Santa Cruz county) was designated a state reservation in 1901. Even within these reservations, nearly all commercially viable timber is owned by private individuals. In addition to native species, many other trees—especially ornamental ones—have been successfully introduced from various regions around the world.

Soil.—Sand and loams in great variety, grading from mere sand to adobe, make up the soils of the state. The plains of the north-east counties are volcanic, and those of the south-east sandy. It is impossible to say with accuracy what part of the state may properly be classed as tillable. The total farm acreage in 1900 was 28,828,951 acres, of which 41.5% were improved; since 1880 the absolute amount of improved land has remained practically constant, despite the extraordinary progress of the state in these years. Much land is too rough, too elevated or too arid ever to be made agriculturally available; but irrigation, and the work of the state and national agricultural bureaus in introducing new plants and promoting scientific farming, have accomplished much that once seemed impossible. The peculiarities of the climate, especially its division into two seasons, make Californian (and Southern Arizona) agriculture very different from that of the rest of the country. During the winter no shelter is necessary for live-stock, nor, during summer, for the grains that are harvested in June and July, and may lie for weeks or months in the field. The mild, wet winter is the season of planting and growth, and so throughout the year there is a succession of crops. The dangers of drought in the long dry seasons particularly increase the uncertainties of agriculture in regions naturally arid. Irrigation was introduced in Southern California before 1780, but its use was desultory and its spread slow till after 1850. In 1900 almost 1,500,000 acres were irrigated—an increase of 46% since 1890. About half of this total was in San Joaquin Valley. California has the greatest area of irrigated land of any state in the Union, and offers the most complete utilization of resources. In the south artesian wells, and in the Great Valley the rivers of the Sierra slope, are the main source of water-supply. On nearly all lands irrigated some crops will grow in ordinary seasons without irrigation, but it is this that makes possible selection of crops; practically indispensable for all field and orchard culture in the south, save for a few moist coastal areas, it everywhere increases the yield of all crops and is practised generally all over the state. Of the acreage devoted to alfalfa in 1899, 76.2% was irrigated; of that devoted to subtropical fruits, 71.7%. Small fruits, orchard fruits, hay, garden products and grains are decreasingly dependent on irrigation; wheat, which was once California’s great staple, is (for good, but not for best results) comparatively independent of it,—hence its early predominance in Californian agriculture, due to this success on arid lands since taken over for more remunerative irrigated crops.

Soil.—The soils of the state consist of a wide variety of sand and loams, ranging from simple sand to adobe. The plains in the northeastern counties are volcanic, while those in the southeastern counties are sandy. It’s difficult to accurately determine what portion of the state can be classified as tillable. In 1900, the total farm acreage was 28,828,951 acres, with 41.5% improved; since 1880, the total amount of improved land has stayed mostly the same, despite the state’s remarkable growth during those years. Much of the land is too rough, too elevated, or too dry to ever be suitable for agriculture; however, irrigation, along with the efforts of state and national agricultural agencies to introduce new crops and promote scientific farming, has achieved much of what once seemed impossible. The unique climate, especially its split into two seasons, sets Californian (and Southern Arizona) agriculture apart from the rest of the country. During winter, livestock don’t need shelter, and in summer, grains harvested in June and July can remain in the fields for weeks or months. The mild, wet winter is the main season for planting and growing, allowing for a continuous succession of crops throughout the year. The risk of drought during the long dry seasons adds to the uncertainty of farming in naturally arid regions. Irrigation was introduced in Southern California before 1780, but its adoption was sporadic and spread slowly until after 1850. By 1900, nearly 1,500,000 acres were irrigated—an increase of 46% since 1890. About half of that total was in the San Joaquin Valley. California has the largest area of irrigated land of any state in the country and offers the most effective resource utilization. In the south, artesian wells and the rivers of the Sierra slope in the Great Valley are the main sources of water supply. On most irrigated land, some crops can grow in normal seasons without irrigation, but it allows for crop selection; irrigation is nearly essential for all field and orchard farming in the south, except for a few moist coastal areas, and it consistently boosts crop yields across the state. In 1899, 76.2% of the acreage used for alfalfa was irrigated, and 71.7% of the acreage for subtropical fruits. The reliance on irrigation for small fruits, orchard fruits, hay, garden products, and grains is decreasing; wheat, which was once the primary crop in California, is relatively independent of it (for good, though not optimal results)—which explains its early dominance in Californian agriculture, given its success on arid lands later converted to more profitable irrigated crops.

Agriculture.—The spread of irrigation and of intensive cultivation, and the increase of small farms during the last quarter of the 19th century, have made California what it is to-day. Agriculture had its beginning in wheat-raising on great ranches, from 50,000 even to several hundred thousand acres in extent. A few of these, particularly in the Great Valley, are still worked, but only a few. The average size of farms in 1850 (when the large Mexican grants were almost the only farms, and these unbroken) was 4466 acres; in 1860 it was 466.4, and in 1900 only 397.4 acres. Stock ranches, tobacco plantations, and hay and grain farms, average from 800 to 530 acres, and counteract the tendency of dairy farms, beet plantations, orchards, vegetable gardens and nurseries to lower the size of the farm unit still further. The renting of large holdings prevails to a greater extent than in any other state except Texas. From 1880 to 1900 the number of farms above 500 and below 1000 acres doubled; half of the total in 1900 were smaller than 100 acres. The most remunerative and most characteristic farming to-day is diversified and intensive and on small holdings. The essential character of California’s economic life has been determined by the successive predominance of grass, gold, grain and fruits. Omitting the second it may be truly said that the order of agricultural development has been mainly one of blind experiment or fortuitous circumstances. Staple products have changed with increasing knowledge of climatic conditions, of life-zones and of the fitness of crops; first hides and tallow, then wool, wheat, grapes (which in the early eighteen-nineties were the leading fruit), deciduous orchard fruits, and semi-tropical citrus fruits successively. Prunes were introduced in 1854, but their possibilities were only slightly appreciated for some thirty years. Of various other crops much the same is true. Of late years 12 progress has been very intelligent; in earlier years it was gained through a multitude of experiments and failures, and great pecuniary loss, and progress was a testimonial chiefly to courage and perseverance. The possibilities of the lower Sonoran and tropical areas are still imperfectly known. Nature has been niggard of rain but lavish in soil and sun. Irrigation has shown that with water, arid and barren plains, veritable deserts may be made to bloom with immense wealth of semi-tropical fruits; and irrigation in the tropical area along the Colorado river, which is so arid that it naturally bears only desert vegetation, has made it a true humid-tropical region like Southern Florida, growing true tropical fruits.

Agriculture.—The growth of irrigation and intensive farming, along with the rise of small farms in the last quarter of the 19th century, has shaped California into what it is today. Agriculture began with large-scale wheat farming on vast ranches, some reaching up to several hundred thousand acres. A few of these, especially in the Great Valley, are still in operation, but only a handful. The average farm size in 1850 (when large Mexican land grants were nearly the only farms and still undeveloped) was 4,466 acres; by 1860 it had dropped to 466.4 acres, and in 1900, it was only 397.4 acres. Stock ranches, tobacco farms, and hay and grain farms average between 800 and 530 acres, balancing out the trend of dairy farms, beet fields, orchards, vegetable gardens, and nurseries that tend to reduce farm sizes even more. Renting large tracts of land is more common in California than in any other state except Texas. Between 1880 and 1900, the number of farms ranging from 500 to 1,000 acres doubled; half of all farms in 1900 were smaller than 100 acres. Today, the most profitable and typical farming is diversified, intensive, and occurs on small plots. The core of California's economy has been shaped by the historical dominance of grass, gold, grain, and fruits. Excluding gold, it can be accurately said that the order of agricultural development has largely been the result of random experimentation or chance. Key products have shifted as understanding of climate conditions, life zones, and crop suitability has evolved; initially focusing on hides and tallow, followed by wool, wheat, grapes (which were the primary fruit in the early 1890s), deciduous fruits, and finally semi-tropical citrus fruits. Prunes were introduced in 1854, but their potential wasn't fully realized for about thirty years. The same applies to many other crops. In recent years, progress has been more informed; earlier advancements came from countless trials and failures, often leading to significant financial losses, where progress served as a testament to bravery and perseverance. The potential of the lower Sonoran and tropical regions remains only partially understood. Nature has been stingy with rain but generous with soil and sunshine. Irrigation has proven that with water, dry and barren plains can transform into flourishing landscapes filled with abundant semi-tropical fruits; irrigation in the tropical areas along the Colorado River, which is so dry that it only naturally supports desert plants, has turned it into a genuine humid-tropical region like Southern Florida, capable of producing true tropical fruits.

In 1900 California ranked eleventh among the states in total value of farm property ($796,527,955) and in 1899 fourteenth in the value of farm products ($131,690,606). The growth of the former from 1890 to 1900 was only 2.5%, one of the smallest increases among all the states.

In 1900, California was ranked eleventh among the states in total value of farm property ($796,527,955) and in 1899 it was ranked fourteenth in the value of farm products ($131,690,606). The growth of the former from 1890 to 1900 was only 2.5%, one of the smallest increases among all the states.

The pastoral period extended from 1769 to 1848. The live-stock industry was introduced by the Franciscans and flourished exceedingly. In 1834, when the missions had already passed their best days, there were some 486,000 cattle, horses, mules and asses on the ranges, and 325,000 small animals, principally sheep. Throughout the pre-American period stock-raising was the leading industry; it built up the prosperity of the missions, largely supported the government and almost exclusively sustained foreign commerce. Hides and tallow were the sum and substance of Californian economy. Horses were slaughtered wholesale at times to make way for cattle on the ranges. There was almost no dairying; olive oil took the place of butter, and wine of milk, at the missions; and in general indeed the Mexicans were content with water. In the development of the state under the American regime the live-stock industry has been subordinate. A fearful drought in 1862-1864 greatly depressed it, and especially discouraged cattle ranching. Sheep then became of primary importance, until the increase of the flocks threatened ranges and forests with destruction. As late as 1876 there were some 7,000,000 sheep, in 1900 only 2,581,000, and in 1906 only 1,750,000. In the total value of all live stock (5,402,297 head) in 1900 ($65,000,000) the rank of the state was 15th in the Union, and in value of dairy products in 1899 (12.84 million dollars) 12th. The live-stock industry showed a tendency to decline after 1890, and the dairy industry also, despite various things—notably irrigation and alfalfa culture—that have favoured them.

The pastoral period lasted from 1769 to 1848. The livestock industry was brought in by the Franciscans and thrived greatly. By 1834, when the missions were already past their peak, there were about 486,000 cattle, horses, mules, and donkeys on the ranges, along with 325,000 smaller animals, mainly sheep. Throughout the pre-American period, raising livestock was the main industry; it fueled the prosperity of the missions, largely supported the government, and was essential for international trade. Hides and tallow were the backbone of California's economy. Horses were sometimes slaughtered on a large scale to make room for cattle on the ranges. There was almost no dairy farming; olive oil replaced butter, and wine took the place of milk at the missions, and generally, Mexicans were satisfied with water. Under American rule, the livestock industry became less important. A severe drought from 1862 to 1864 hit it hard, particularly affecting cattle ranching. Sheep then became the primary focus until their numbers grew too much, threatening ranges and forests. As late as 1876, there were about 7,000,000 sheep, but by 1900 that number dropped to 2,581,000, and in 1906 it was down to 1,750,000. In 1900, the total value of all livestock (5,402,297 head) was $65,000,000, ranking the state 15th in the nation, and in 1899, the value of dairy products was $12.84 million, ranking 12th. The livestock industry began to decline after 1890, and the dairy industry did too, despite various factors—especially irrigation and alfalfa farming—that should have supported them.

Cereals replaced hides and tallow in importance after 1848. Wheat was long California’s greatest crop. Its production steadily increased till about 1884, the production in 1880, the banner year, being more than 54 million bushels (32,537,360 centals). Since 1884 its production has markedly fallen off; in 1905 the wheat crop was 17,542,013 bushels, and in 1906, 26,883,662 bushels (valued at $20,162,746). There has been a general parallelism between the amount of rain and the amount of wheat produced; but as yet irrigation is little used for this crop. In the eighth decade of the 19th century, the value of the wheat product had come to exceed that of the annual output of gold. Barley has always been very important. The acreage given to it in 1899 was one-fourth the total cereal acreage, and San Francisco in 1902-1904 was the shipping point of the larger part of American exported barley, of (roughly) three-quarters in 1902, seven-eighths in 1903 and four-fifths in 1904. In 1906 California produced 38,760,000 bushels of barley, valued at $20,930,400. The great increase in the acreage of barley, which was 22.5% of the country’s barley acreage in 1906, and 24.2% in 1905, is one reason for the decreased production of wheat. The level nature of the great grain farms of the valley led to the utilization of machinery of remarkable character. Combined harvesters (which enter a field of standing grain and leave this grain piled in sacks ready for shipment), steam gang-ploughs, and other farm machinery are of truly extraordinary size and efficiency. In 1899 cereals represented more than a third of the total crop acreage and crop product ($93,641,334) of the state. Wheat and other cereals are in part cut for hay, and the hay crop of 1906 was 1,133,465 tons, valued at $12,751,481. California is one of the leading hop-producing states of the Union, the average annual production since 1901 being more than 10,000,000 lb. The product of sugar beets increased between 1888 and 1902 from 1910 to 73,761 tons (according to the state board of trade), and in 1909 (according to the department of agriculture) it was 882,084 tons, from which 254,544,000 lb of sugar was manufactured. In this industry California in 1909 ranked second to Colorado. Truck gardening for export is an assured industry, especially in the north. Great quantities of vegetables, fresh and canned, are shipped yearly, and the same is true on a far larger scale of fruit. Vegetable exports more than doubled between 1894 and 1903. In 1899 hay and grain represented slightly more than a third of the farm acreage and capital and also of the value of all farm products; live-stock and dairy farms represented slightly more than half the acreage, and slightly under 30% of the capital and produce; fruit farms absorbed 6.2% of the acreage and 27% of the capital, and returned 22.5% of the value of farm produce.

Cereals became more important than hides and tallow after 1848. Wheat was California’s top crop for a long time, with production steadily increasing until around 1884. In 1880, the record year, production exceeded 54 million bushels (32,537,360 centals). Since 1884, wheat production has significantly declined; in 1905, the crop was 17,542,013 bushels, and in 1906, it reached 26,883,662 bushels, valued at $20,162,746. There has been a general correlation between rainfall and wheat production, but irrigation is still rarely used for this crop. By the 1880s, the value of wheat had surpassed that of annual gold production. Barley has always been a significant crop as well, with 1899 showing that it occupied one-fourth of California's total cereal acreage. Between 1902 and 1904, San Francisco was the main shipping point for American barley exports, accounting for about three-quarters in 1902, seven-eighths in 1903, and four-fifths in 1904. In 1906, California produced 38,760,000 bushels of barley, valued at $20,930,400. The substantial increase in barley acreage—22.5% of the nation's barley acreage in 1906 and 24.2% in 1905—contributed to the decline in wheat production. The flat terrain of the valley's massive grain farms allowed for the use of remarkably advanced machinery. Combined harvesters, which enter fields of standing grain and leave it piled in sacks for shipment, steam gang plows, and other farm machinery are exceptionally large and efficient. In 1899, cereals made up over a third of the total crop acreage and crop value ($93,641,334) in the state. Wheat and other cereals are partially harvested for hay, with the hay crop in 1906 totaling 1,133,465 tons, valued at $12,751,481. California is one of the leading hop-producing states in the country, with an average annual production of over 10,000,000 lbs since 1901. Sugar beet production increased from 1910 tons in 1888 to 73,761 tons in 1902 (according to the state board of trade), and in 1909 (according to the department of agriculture), it was 882,084 tons, from which 254,544,000 lbs of sugar were produced. In this industry, California ranked second to Colorado in 1909. Truck gardening for export has become an established industry, especially in the north. Large quantities of fresh and canned vegetables are shipped annually, and fruit exports are even larger. Vegetable exports more than doubled between 1894 and 1903. In 1899, hay and grain made up slightly over a third of farm acreage and capital, as well as the value of all farm products; livestock and dairy farms represented just over half the acreage and slightly under 30% of the capital and production; fruit farms took up 6.2% of the acreage and 27% of the capital, returning 22.5% of the value of farm products.

Fruit-growing.—Horticulture is now the principal industry, and in this field California has no rival in the United States, although ranking after Florida in the growth of some tropical or semi-tropical fruits,—pineapples, guava, limes, pomeloes or grape-fruit and Japanese persimmons. In 1899 California’s output of fruit was more than a fifth of that of the whole Union. The supremacy of the state is established in the growth of oranges, lemons, citrons, olives, figs, almonds, Persian (or English) walnuts, plums and prunes, grapes and raisins, nectarines, apricots and pomegranates; it also leads in pears, and peaches, but here its primacy is not so assured. Southern California by no means monopolizes the warm-zone fruits. Oranges, lemons and walnuts come chiefly from that section, but citrus fruits grow splendidly in the Sierra foothills of the Sacramento Valley, and indeed ripen earlier there than in the southern district. Almonds, as well as peaches, pears, plums, cherries and apricots, come mainly from the north. Over half of the prune crop comes from Santa Clara county, and the bulk of the raisin output from Fresno county. Olives thrive as far north as the head of the Great Valley, growing in all the valleys and foothills up to 1500 or 2000 ft. They were introduced by the Franciscans (as were various other subtropical fruits, pears and grapes), but their scientific betterment and commercial importance date from about 1885. They grow very abundantly and of the finest quality; for many years poor methods of preparation prejudiced the market against the Californian product, but this has ceased to be the case. The modern orange industry practically began with the introduction into Southern California in 1873 of two seedless orange trees from Brazil; from their stock have been developed by budding millions of trees bearing a seedless fruit known as the “Washington navel,” which now holds first rank in American markets; other varieties, mainly seedlings, are of great but secondary importance. Shipments continue the year round. There has been more than one horticultural excitement in California, but especially in orange culture, which was for a time almost as epidemic a fever as gold seeking once was. By reason of the co-operative effort demanded for the large problems of irrigation, packing and marketing, the citrus industry has done much for the permanent development of the state, and its extraordinary growth made it, towards the close of the 19th century, the most striking and most potent single influence in the growth of agriculture. State legislation has advanced the fruit interest in all possible ways. Between 1872 and 1903 exports of canned fruits increased from 91 to 94,205 short tons; between 1880 and 1903 the increase of dried fruit exports was from 295 to 149,531 tons; of fresh deciduous fruits, from 2590 to 101,199; of raisins, from 400 to 39,963; of citrus fruits, from 458 to 299,623; of wines and brandies between 1891 and 1903, from 47,651 to 97,332 tons. Of the shipments in 1903 some 44% were from Southern California,—i.e. from the seven southernmost counties.

Fruit-growing.—Horticulture is now the main industry, and California is unmatched in the United States, though it ranks behind Florida in the production of some tropical or semi-tropical fruits like pineapples, guavas, limes, pomelos (or grapefruits), and Japanese persimmons. In 1899, California produced over one-fifth of the nation’s total fruit output. The state leads in growing oranges, lemons, citrons, olives, figs, almonds, Persian (or English) walnuts, plums and prunes, grapes and raisins, nectarines, apricots, and pomegranates; it also ranks high in pears and peaches, though its lead here isn't as strong. Southern California doesn’t exclusively cultivate warm-zone fruits. Oranges, lemons, and walnuts are mainly from that area, but citrus fruits also thrive in the Sierra foothills of the Sacramento Valley, where they actually ripen earlier than in the southern region. Almonds, along with peaches, pears, plums, cherries, and apricots, are primarily grown in the north. Over half of the prune harvest comes from Santa Clara County, and most raisins are produced in Fresno County. Olives grow well as far north as the head of the Great Valley, flourishing in all the valleys and foothills at elevations of up to 1500 or 2000 feet. They were brought to California by the Franciscans (along with various other subtropical fruits, pears, and grapes), but their scientific improvement and commercial significance started around 1885. They grow very well and are of the highest quality; for many years, poor preparation methods hurt the market's perception of Californian products, but that has changed. The modern orange industry really started in Southern California in 1873 when two seedless orange trees from Brazil were introduced; millions of seedless "Washington navel" orange trees have since been developed from their stock, which now dominates American markets; other varieties, primarily seedlings, are still important but not as much. Shipments occur year-round. California has seen several horticultural trends, especially in orange cultivation, which once generated excitement nearly as intense as the gold rush. The collaborative efforts required for addressing the large challenges of irrigation, packing, and marketing have significantly contributed to the state's permanent development, making the citrus industry a major force in agricultural growth by the end of the 19th century. State legislation has supported the fruit industry in every possible way. Between 1872 and 1903, canned fruit exports grew from 91 to 94,205 short tons; dried fruit exports increased from 295 to 149,531 tons during the same period; fresh deciduous fruit exports rose from 2,590 to 101,199 tons; raisin exports climbed from 400 to 39,963; citrus fruit exports jumped from 458 to 299,623; and wine and brandy shipments increased from 47,651 to 97,332 tons between 1891 and 1903. In 1903, about 44% of shipments came from Southern California—i.e. the seven southernmost counties.

Grape culture has a great future in California. Vines were 13 first introduced by the Franciscans in 1771 from Spain, and until after 1860 “Mission” grapes were practically the only stock in California. Afterwards many hundreds of European varieties were introduced with great success. “The state has such a variety of soil, slope, elevation, temperature and climatic conditions as to reproduce, somewhere within its borders, any wine now manufactured” (United States Census, 1900); but experience has not as yet divided the state into districts of specialized produce, nor determined just how far indigenous American vines may profitably be used, either as base or graftings, with European varieties. Grapes are grown very largely over the state. Raisins do well as far north as Yolo county, but do best in Madera, Fresno, Kings, Tulare and San Diego counties. The product is more than sufficient for the markets of the United States. Dry wine grapes do best in the counties around San Francisco Bay, on unirrigated lands; while sweet wine stocks do best in Yolo, San Joaquin and the counties of the raisin grape, and on irrigated lands. In 1900 California produced about three-fifths in value ($3,937,871) and in 1905 the same proportion ($6,688,620) of the wine output of the United States. The value of product more than sextupled from 1880 to 1900. In quantity the product was more than four times the combined product of all other states. The better California wines are largely sold under French labels. Brandies are an important product. They are made chiefly from grapes, and are used to fortify wines. It was officially estimated that in the spring of 1904 there were some 227,000 acres of vineyards in the state, of which exactly five-tenths were in wine grapes and four-tenths in raisin grapes.

Grape farming has a bright future in California. The Franciscans introduced vines from Spain in 1771, and until after 1860, “Mission” grapes were practically the only variety in California. After that, many hundreds of European varieties were successfully introduced. “The state has such a variety of soil, slope, elevation, temperature, and climatic conditions that it can reproduce any wine currently produced somewhere within its borders” (United States Census, 1900); however, experience has not yet divided the state into specialized growing districts, nor has it determined how much indigenous American vines can be profitably used, either as a base or for grafting with European varieties. Grapes are grown extensively throughout the state. Raisins thrive as far north as Yolo County but do best in Madera, Fresno, Kings, Tulare, and San Diego counties. The output is more than enough for the markets in the United States. Dry wine grapes perform best in the counties around San Francisco Bay, on unirrigated land, while sweet wine varieties do best in Yolo, San Joaquin, and the raisin grape counties, and on irrigated land. In 1900, California produced about three-fifths of the value ($3,937,871) and in 1905 the same proportion ($6,688,620) of the wine produced in the United States. The value of the product increased more than six times from 1880 to 1900. In quantity, the production was more than four times that of all other states combined. The better wines from California are mostly sold under French labels. Brandies are also an important product, mainly made from grapes and used to fortify wines. It was officially estimated that in the spring of 1904 there were around 227,000 acres of vineyards in the state, of which exactly fifty percent were in wine grapes and forty percent in raisin grapes.

Gold.—Between the pastoral period and the era of wheat was the golden epoch of Californian history. The existence of gold had long been suspected, and possibly known, in California before 1848, and there had been desultory washings in parts where there was very little to reward prospectors. The first perfectly authenticated discovery was made near Los Angeles in 1842. The discovery of real historical importance was made in January 1848 (the 24th is the correct date) at John A. Sutter’s mill, on the south fork of the American river near Coloma, by a workman, James W. Marshall (1810-1885). His monument now marks the spot. From 1848 to the 1st of January 1903, according to the state mining bureau, California produced $1,379,275,408 in gold. There were two periods of intense excitement. The first ended in 1854, at which time there was a decided reaction throughout the United States in regard to mining matters. The Californian discoveries had given rise to a general search for metalliferous deposits in the Atlantic states, and this bad been followed by wild speculations. At the time of their greatest productiveness, from 1850 to 1853, the highest yield of the washings was probably not less than $65,000,000 a year; according to the state mining bureau the average production from 1851-1854 was $73,570,087 ($81,294,270 in 1852, the banner year), and from 1850-1861 $55,882,861, never falling below $50,000,000. The estimates of other competent authorities differ considerably, and generally are somewhat less generous than these figures.

Gold.—Between the pastoral period and the era of wheat was the golden age of Californian history. The existence of gold had long been suspected, and possibly known, in California before 1848, and there had been sporadic washings in areas where there was very little to reward prospectors. The first officially confirmed discovery was made near Los Angeles in 1842. The discovery of real historical significance occurred in January 1848 (the 24th is the correct date) at John A. Sutter’s mill, on the south fork of the American River near Coloma, by a worker, James W. Marshall (1810-1885). His monument now marks the site. From 1848 to January 1, 1903, according to the state mining bureau, California produced $1,379,275,408 in gold. There were two periods of intense excitement. The first ended in 1854, at which point there was a significant reaction throughout the United States regarding mining activities. The Californian discoveries had sparked a general search for metal deposits in the Atlantic states, which was accompanied by wild speculation. At the peak of their productivity, from 1850 to 1853, the highest yield from the washings was probably no less than $65,000,000 a year; according to the state mining bureau, the average production from 1851-1854 was $73,570,087 ($81,294,270 in 1852, the record year), and from 1850-1861, $55,882,861, never dropping below $50,000,000. Estimates from other credible sources vary significantly and are generally somewhat less generous than these figures.

At first the diggings were chiefly along the rivers. These were “flumed,”—that is, the water was diverted by wooden flumes from the natural channel and the sand and gravel in the bed were washed. All the “gulches” or ravines leading down into the canyons were also worked over, with or without water. These were the richest “placers,” but in them the gold was very unequally distributed. Those who first got possession of the rich bars on the American, Yuba, Feather, Stanislaus and the other smaller streams in the heart of the gold region, made sometimes from $1000 to $5000 a day; but after one rich spot was worked out it might be days or weeks before another was found. In 1848 $500-700 a day was not unusual luck; but, on the other hand, the income of the great majority of miners was certainly far less than that of men who seriously devoted themselves to trade or even to common labour. Many extraordinary nuggets were found, varying from $1000 to $20,000 in value. The economic stimulus given by such times may be imagined. For several years gold-dust was a regular circulating medium in the cities as well as in the mining districts of the state. An ounce of dust in 1848 frequently went for $4 instead of $17; for a number of years traders in dust were sure of a margin of several dollars, as for example in private coinage, mints for which were common by 1851. From the record of actual exports and a comparison of the most authoritative estimates of total production, it may be said that from 1848 to 1856 the yield was almost certainly not less than $450,000,000, and that about 1870 the billion dollar mark had been passed. Just at this time came the highest point and the sudden fall of the second great mining fever of the state. This was a stock speculation based on the remarkable output ($300,000,000 in 20 years) of the silver “bonanzas” of the Comstock lode at Virginia City, Nevada, which were opened and financed by San Francisco capitalists. The craze pervaded all classes. Shares that at first represented so many dollars per foot in a tangible mine were multiplied and remultiplied until they came to represent paper thicknesses or almost nothing, yet still their prices mounted upward. In April 1872 came the revulsion; there was a shrinkage of $60,000,000 in ten days; then in 1873 a tremendous advance, and in 1875 a final and disastrous collapse; in ten years thereafter the stock of the Comstock lode shrank from $3,000,000 to $2,000,000. This Comstock fever belongs to Californian rather than to Nevadan history, and is one of the most extraordinary in mining annals.

At first, the mining mostly happened along the rivers. They used “flumes,” which meant they redirected water through wooden flumes from the natural riverbed to wash the sand and gravel. All the “gulches” or ravines leading into the canyons were also mined, sometimes with water and sometimes without. These were the richest “placers,” but the gold was spread out unevenly. Those who initially claimed the rich bars along the American, Yuba, Feather, Stanislaus, and other smaller streams in the heart of the gold region could make anywhere from $1,000 to $5,000 a day; however, after a rich spot was exhausted, it could take days or even weeks to find another. In 1848, making $500 to $700 a day was common; on the flip side, the majority of miners earned significantly less than those who committed to trade or even regular labor. Many remarkable nuggets were discovered, ranging from $1,000 to $20,000 in value. The economic boost during this period is easy to imagine. For several years, gold dust served as a regular currency in cities as well as in the mining areas of the state. An ounce of dust in 1848 often sold for $4 instead of $17; for several years, dust traders were guaranteed several dollars of profit, like in private minting, which became common by 1851. Based on actual export records and a comparison of the most reliable estimates of total production, it can be stated that between 1848 and 1856, the yield was likely no less than $450 million, and by around 1870, the billion-dollar mark had already been surpassed. This was also the time of the highest peak and the abrupt decline of the second major mining boom in the state. This was a stock speculation driven by the impressive output ($300 million in 20 years) of the silver “bonanzas” from the Comstock Lode in Virginia City, Nevada, which were opened and financed by San Francisco investors. The frenzy affected all social classes. Shares that initially represented specific dollar amounts per foot in a real mine were inflated and inflated again until they came to represent little more than paper thinness or almost nothing, yet their prices continued to rise. In April 1872, a crash occurred; there was a drop of $60 million in just ten days; then, in 1873, there was a massive surge, and in 1875, a final and devastating collapse; over the next ten years, the value of the Comstock Lode stock fell from $3 million to $2 million. This Comstock fever is more of a Californian story than a Nevadan one and remains one of the most extraordinary events in mining history.

First the “rocker,” then the “tom,” the “flume,” and the hydraulic stream were the tools of the miner. Into the “rocker” and the “tom” the miner shovelled dirt, rocking it as he poured in water, catching the gold on riffles set across the bottom of his box; thus imitating in a wooden box the work of nature in the rivers. The “flume” enabled him to dry the bed of a stream while he worked over its gravels. The hydraulic stream came into use as early as 1852 (or 1853) when prospecting of the higher ground made it certain that the “deep” or “high” gravels—i.e. the detrital deposits of tertiary age—contained gold, though in too small quantities to be profitably worked in the ordinary way. The hydraulic process received an immense development through successive improvements of method and machinery. In this method tremendous blasts of powder, sometimes twenty-five or even fifty tons, were used to loosen the gravel, which was then acted on by the jet of water thrown from the “pipes.” To give an idea of the force of the agent thus employed it may be stated that when an eight-inch nozzle is used under a heavy head, more than 3000 ft. may be discharged in a minute with a velocity of 150 ft. per second. The water as it thus issues from the nozzle feels to the touch like metal, and the strongest man cannot sensibly affect it with a crowbar. A gravel bank acted on by such tremendous force crumbled rapidly, and the disintegrated material could be run readily through sluices to the “dumps.” Hydraulic mining is no longer practised on the scale of early days. The results were wonderful but disastrous, for the “dumps” were usually river-beds. From 1870-1879 the bed of Bear river was raised in places in its lower course 97 ft. by the detritus wash of the hydraulic mines, and that of Sleepy Hollow Creek 136 ft. The total filling up to that time on the streams in this vicinity had been from 100 to 250 ft., and many thousand acres of fine farming land were buried under gravel,—some 16,000 on the lower Yuba alone. For many years the mining interests were supreme, and agriculture, even after it had become of great importance, was invariably worsted when the two clashed; but in 1884 the long and bitter “anti-débris” or “anti-slickins” fight ended in favour of the farmers. In 1893 the United States government created a California Débris Commission, which has acted in unison with the state authorities. Permits for hydraulic mining are granted by the commission only when all gravel is satisfactorily impounded and no harm is done to the streams; and the improvement of these, which was impossible so long as limits were not set to hydraulic mining, can now be effectively advanced. Quartz mining began as early as 1851. In 1908 about five-eighths 14 of the gold output was from such mines. Quartz veins are very often as good at a depth of 3000 ft. as at the surface. A remarkable feature of recent years (especially since 1900) is gold “dredging.” Thousands of acres even of orchard, vineyard and farming land have been thus treated in recent years. Gold was being produced in 1906 in more than thirty counties. The annual output since 1875 has been about $15,000,000 to $17,000,000; in 1905, according to the Mines Report, it was $18,898,545. Colorado now excels California as a gold producer.

First came the “rocker,” then the “tom,” the “flume,” and the hydraulic stream—these were the tools of the miner. The miner shoveled dirt into the “rocker” and the “tom,” rocking them while pouring in water, capturing the gold on riffles set across the bottom of his box; thus mimicking nature's work in the rivers. The “flume” allowed him to dry out the streambed while working through its gravels. The hydraulic stream started being used as early as 1852 (or 1853) when prospecting in higher grounds revealed that the “deep” or “high” gravels—meaning the detrital deposits from the tertiary period—contained gold, although in quantities too small to be mined profitably through conventional methods. The hydraulic process underwent significant development through ongoing improvements in method and machinery. In this technique, massive blasts of powder—sometimes up to twenty-five or even fifty tons—were employed to loosen the gravel, which was then impacted by jets of water from the “pipes.” To illustrate the power of this method, when using an eight-inch nozzle with substantial pressure, over 3,000 feet of water can be discharged in a minute with a velocity of 150 feet per second. The water released from the nozzle feels metallic to the touch, and even the strongest person cannot significantly affect it with a crowbar. A gravel bank exposed to such immense force crumbled quickly, and the disintegrated material could easily be channeled through sluices to the “dumps.” Hydraulic mining is no longer done on the grand scale of the past. The outcomes were remarkable but devastating, as the “dumps” typically ended up as riverbeds. Between 1870 and 1879, the bed of the Bear River was raised at points in its lower course by 97 feet due to the debris washed away by hydraulic mining, and Sleepy Hollow Creek was raised by 136 feet. The overall accumulation in streams in this area by that time ranged from 100 to 250 feet, burying thousands of acres of fertile land under gravel—around 16,000 acres on the lower Yuba alone. For many years, mining interests dominated, and agriculture, even after it became significantly important, consistently lost out in conflicts with mining; however, in 1884, the long and contentious “anti-débris” or “anti-slickins” struggle concluded in favor of the farmers. In 1893, the U.S. government established the California Débris Commission, which worked together with state authorities. Permits for hydraulic mining are granted by the commission only when all gravel is effectively contained and no harm is inflicted on the streams; now, the improvement of these streams, which was impossible without limits on hydraulic mining, can proceed effectively. Quartz mining began as early as 1851. By 1908, about five-eighths of the gold output came from these mines. Quartz veins often yield just as well at a depth of 3,000 feet as they do on the surface. A notable trend in recent years (especially since 1900) is gold “dredging.” Thousands of acres, including orchards, vineyards, and farmland, have been processed in recent years. In 1906, gold was being produced in over thirty counties. The annual output since 1875 has been around $15,000,000 to $17,000,000; in 1905, according to the Mines Report, it reached $18,898,545. Colorado now surpasses California as the leading gold producer.

Mineral Products.—California produces more than forty mineral substances that are of commercial significance. Gold, petroleum, copper, borax and its products, clays, quicksilver and silver lead, in order of importance, representing some four-fifths of the total. From 1894 to 1902 the aggregate production increased from 20.2 to 35.1 million dollars; in 1908 it was $65,137,636. Metallic products long represented three-fourths of the total, but the feature of recent years has been the rising importance of hydrocarbons and gases, and of structural materials, and indeed of non-metallic products generally. The production of crude petroleum has grown very rapidly since about 1895. Oil is found from north to south over some 600 m., but especially in Southern California. The high cost of coal, which has always been a hindrance to the development of manufactures, makes the petroleum deposits of peculiar value. Their total output increased from 4,250,000 to 44,854,737 barrels between 1900 and 1908, and the value of the product in 1908 was $23,433,502. The Kern river field is the most important in the state and one of the greatest in the world. Those of Coalinga, Santa Maria and Lompoc, and Los Angeles are next in importance. Both in 1900 and in 1905 California ranked fifth among the states of the United States in the petroleum refining industry. Copper has risen in importance in very recent years; it is mined mainly in Shasta county; the value of the state’s total product in 1908 was $5,232,986. Gold mining still centres in the mountainous counties north of Tuolumne. This is the region of quartz mining. In borax (of which California’s output in 1904 was 45,647 tons) and structural materials San Bernardino has a long lead. More than nine-tenths of the borax product of the country comes from about Death Valley. San Bernardino marbles have a very high repute. California was the fourth state of the Union in 1908 in the production of granite. It furnishes about two-fifths of the quicksilver of the world. This has been mined since 1824; the output was greatest from 1875-1883, when it averaged about 43,000,000 pounds. The New Almaden mine (opened in 1824) in Santa Clara county produced from 1850 to 1896 some 73,000,000 pounds. The centre of production is north and south of San Francisco Bay. Californian coal is almost wholly inferior brown lignite, together with a small quantity of bituminous coals of poor quality; the state does not produce a tenth part of the coal it consumes. Of growing importance are the gems found in California: a few diamonds in Butte county; rock crystal in Calaveras county; and tourmalines, kunzite, the rare pink beryl and bright blue topazes in San Diego county. Chrysoprase, mined near Porterville and near Visalia (Tulare county), is used partly for gems, but more largely (like the vesuvianite found near Exeter, in the same county) for mosaic work; and there are ledges of fine rose quartz in the Coahuila mountains of Riverside county and near Lemon Cove, Tulare county.

Mineral Products.—California produces over forty mineral substances that are commercially significant. Gold, oil, copper, borax and its products, clays, mercury, and lead silver, in that order, represent about four-fifths of the total. From 1894 to 1902, the overall production increased from $20.2 million to $35.1 million; by 1908, it reached $65,137,636. Metallic products had long made up three-fourths of the total, but in recent years, hydrocarbons and gases, along with structural materials and non-metallic products in general, have become increasingly important. The production of crude oil has surged rapidly since around 1895. Oil is found along a stretch of about 600 miles from north to south, with a particular concentration in Southern California. The high cost of coal, which has always hindered manufacturing development, underscores the unique value of petroleum deposits. Their total output grew from 4,250,000 to 44,854,737 barrels between 1900 and 1908, and the value of the output in 1908 was $23,433,502. The Kern River field is the most significant in the state and one of the largest in the world. The fields at Coalinga, Santa Maria, Lompoc, and Los Angeles follow in importance. In both 1900 and 1905, California ranked fifth among the states in the U.S. for petroleum refining. Copper has gained importance in recent years; it is primarily mined in Shasta County, with the state’s total output value in 1908 being $5,232,986. Gold mining remains centered in the mountainous regions north of Tuolumne, which is known for quartz mining. In borax (with California producing 45,647 tons in 1904) and structural materials, San Bernardino leads significantly. More than ninety percent of the country’s borax comes from around Death Valley. San Bernardino marbles are highly regarded. In 1908, California was the fourth state in the Union for granite production and provides about two-fifths of the world's mercury. Mercury mining has taken place since 1824, with the highest output occurring from 1875 to 1883, averaging about 43 million pounds. The New Almaden mine (opened in 1824) in Santa Clara County produced around 73 million pounds from 1850 to 1896. The production centers around the area north and south of San Francisco Bay. California's coal is mostly low-quality brown lignite, with a small amount of poor-quality bituminous coal; the state produces less than ten percent of the coal it consumes. The gems found in California are becoming increasingly significant: a few diamonds in Butte County; rock crystal in Calaveras County; and tourmalines, kunzite, the rare pink beryl, and bright blue topazes in San Diego County. Chrysoprase, mined near Porterville and Visalia (Tulare County), is used partly for gems but mostly (like vesuvianite found near Exeter in the same county) for mosaic work. There are also deposits of fine rose quartz in the Coahuila mountains of Riverside County and near Lemon Cove in Tulare County.

A vivid realization of the industrial revolution in the state is to be gained from the reflection that in 1875 California was pre-eminent only for gold and sheep; that the aggregate mineral output thirty years later was more than a third greater than then, and that nevertheless the value of farm produce at the opening of the 20th century exceeded by more than $100,000,000 the value of mineral produce, and exceeded by $50,000,000 the most generous estimate of the largest annual gold output in the annals of the state.

A clear understanding of the industrial revolution in the state can be gained from the fact that in 1875, California was known mainly for gold and sheep. Thirty years later, the total mineral output was more than a third greater than before, yet at the beginning of the 20th century, the value of farm produce surpassed mineral production by over $100 million and exceeded the highest estimate of the biggest annual gold output in the state's history by $50 million.

Manufactures.—Previous to 1860 almost every manufactured article used in the state was imported from the east or from Europe. Dairy products, for example, for whose production good facilities always existed, were long greatly neglected, and not for two decades at least after 1848 was the state independent in this respect. The high cost of coal, the speculative attractions of mining, and the high wages of labour, handicapped the development of manufactures in early years. The first continued to be a drag on such industries, until after 1895 the increasing use of crude petroleum obviated the difficulty. Several remarkable electric power and lighting plants utilize the water power of the mountains.4 Geographic isolation has somewhat fostered state industries. The value of gross manufactured products increased 41.9% from 1890 to 1900. In the latter year California ranked 12th among the states in the gross value of all manufactures ($302,874,761); the per-capita value of manufactured and agricultural products being $293,—$89 of the latter, $204 of the former. Of the wage-earners 61% were engaged in manufacturing. Fourteen industries represented from 41% to 45% of the employees, wages, capital and product of the aggregate manufacturers of the state. The leading ones in order of importance and the value of product in millions of dollars were: the manufacture of railway, foundry, and machine shop products (19.6 million dollars), lumber and timber industries (18.57), sugar and molasses refining (15.91), beef slaughtering (15.72), canning and preserving (13.08), flour and grist milling (13.10), the manufacture of malt, vinous and distilled liquors (9.26), leather industries (7.40), printing and publishing (6.86). In the second, third and fifth of these industries the state ranked respectively fifth, fourth and first in the Union.5 The canning and preserving of fruits and vegetables is in the main an industry of the northern and central counties. In 1890 the state board of forestry estimated that the redwood forests were in danger of exhaustion by 1930. The redwood is a general utility lumber second only to the common white pine, and the drain on the woods has been continuous since 1850. The wood has a fine, straight and even grain; and though light and soft, is firm and extremely durable, lying, it is authoritatively asserted, for centuries in the forest without appreciable decay. It takes a beautiful polish. The colour varies from cedar colour to mahogany. A small southern belt in San Mateo, Santa Clara and Santa Cruz counties is not being commercially exploited. The annual lumber cut from 1898-1903 averaged more than 663,348,000 ft.; of the 852,638,000 ft. cut in 1903, 465,460,000 were of redwood, and 264,890,000 of yellow pine; fir and sugar pines contributing another 104,600,000, and spruce and cedar 17,670,000 ft. In 1900 California ranked 16th among the states in value of product ($13,764,647, out of a total of $566,852,984). The total cut was under ½ of 1% of the estimated stand. In Humboldt county, in the redwood belt near Eureka, are probably the most modern and remarkable lumber mills of the world. In 1900 it was estimated that lumbermen controlled somewhat less than a fifth of the timber of the state, and the same part of the redwood. After 1890 important shipyards were established near San Francisco. The most important naval station of the United 15 States on the Pacific coast is at Mare Island at the northern end of San Francisco Bay, and the private Union Iron Works, on the peninsula near San Francisco, is one of the largest shipyards of the country. In 1905 more than one-half of the factory product was the output of four cities: San Francisco ($137,788,233), Los Angeles ($34,814,475), Sacramento ($10,319,416) and Fresno ($9,849,001); next ranked Oakland, Stockton, and San José.

Manufactures.—Previous to 1860 almost every manufactured article used in the state was imported from the east or from Europe. Dairy products, for example, for whose production good facilities always existed, were long greatly neglected, and not for two decades at least after 1848 was the state independent in this respect. The high cost of coal, the speculative attractions of mining, and the high wages of labour, handicapped the development of manufactures in early years. The first continued to be a drag on such industries, until after 1895 the increasing use of crude petroleum obviated the difficulty. Several remarkable electric power and lighting plants utilize the water power of the mountains.4 Geographic isolation has somewhat fostered state industries. The value of gross manufactured products increased 41.9% from 1890 to 1900. In the latter year California ranked 12th among the states in the gross value of all manufactures ($302,874,761); the per-capita value of manufactured and agricultural products being $293,—$89 of the latter, $204 of the former. Of the wage-earners 61% were engaged in manufacturing. Fourteen industries represented from 41% to 45% of the employees, wages, capital and product of the aggregate manufacturers of the state. The leading ones in order of importance and the value of product in millions of dollars were: the manufacture of railway, foundry, and machine shop products (19.6 million dollars), lumber and timber industries (18.57), sugar and molasses refining (15.91), beef slaughtering (15.72), canning and preserving (13.08), flour and grist milling (13.10), the manufacture of malt, vinous and distilled liquors (9.26), leather industries (7.40), printing and publishing (6.86). In the second, third and fifth of these industries the state ranked respectively fifth, fourth and first in the Union.5 The canning and preserving of fruits and vegetables is in the main an industry of the northern and central counties. In 1890 the state board of forestry estimated that the redwood forests were in danger of exhaustion by 1930. The redwood is a general utility lumber second only to the common white pine, and the drain on the woods has been continuous since 1850. The wood has a fine, straight and even grain; and though light and soft, is firm and extremely durable, lying, it is authoritatively asserted, for centuries in the forest without appreciable decay. It takes a beautiful polish. The colour varies from cedar colour to mahogany. A small southern belt in San Mateo, Santa Clara and Santa Cruz counties is not being commercially exploited. The annual lumber cut from 1898-1903 averaged more than 663,348,000 ft.; of the 852,638,000 ft. cut in 1903, 465,460,000 were of redwood, and 264,890,000 of yellow pine; fir and sugar pines contributing another 104,600,000, and spruce and cedar 17,670,000 ft. In 1900 California ranked 16th among the states in value of product ($13,764,647, out of a total of $566,852,984). The total cut was under ½ of 1% of the estimated stand. In Humboldt county, in the redwood belt near Eureka, are probably the most modern and remarkable lumber mills of the world. In 1900 it was estimated that lumbermen controlled somewhat less than a fifth of the timber of the state, and the same part of the redwood. After 1890 important shipyards were established near San Francisco. The most important naval station of the United 15 States on the Pacific coast is at Mare Island at the northern end of San Francisco Bay, and the private Union Iron Works, on the peninsula near San Francisco, is one of the largest shipyards of the country. In 1905 more than one-half of the factory product was the output of four cities: San Francisco ($137,788,233), Los Angeles ($34,814,475), Sacramento ($10,319,416) and Fresno ($9,849,001); next ranked Oakland, Stockton, and San José.

The transportation facilities in California increased rapidly after 1870. The building of the Central Pacific and Union Pacific lines are among the romances of American railway history. They joined tracks near Ogden, Utah, in May 1869. The New Orleans line of the Southern Pacific was opened in January 1883; the Atchison, Topeka & Santa Fé completed its line to San Diego in 1885, and to San Francisco Bay in 1900. The San Pedro, Los Angeles & Salt Lake, with trans-continental connexions at the eastern terminus, was chartered in 1901 and fully opened in March 1903. Railway mileage increased 137.3% from 1870 to 1880, and 154.6% from 1880 to 1900. At the close of 1908 the total mileage was 7039.36 m., practically all of which is either owned or controlled by the two great trans-continental systems of the Southern Pacific and the Atchison, Topeka & Santa Fé. From 1869 to 1875 registered mail exchanges were opened with China, Japan, Hawaii and Australia. There are now frequent mail connexions from San Francisco with Hawaii, Australasia, and eastern Asia, as well as with American ports north and south. The commerce of San Francisco amounts to some $80,000,000 or $90,000,000 yearly, about equally divided between imports and exports, until after 1905—in 1907 the imports were valued at $54,207,011, and the exports at $30,378,355 (less than any year since 1896). San Diego has a very good harbour, and the harbours of San Pedro (Los Angeles) and Eureka are fairly good and of growing importance. Grains, lumber, fish, fruits and fruit products, petroleum, vegetables and sugar are the leading items in the commerce of San Francisco. Other ports are of very secondary importance. Navigation on the Sacramento and San Joaquin rivers was very important in early days, but is to-day of relatively slight importance in comparison with railway traffic.

The transportation facilities in California grew quickly after 1870. The construction of the Central Pacific and Union Pacific lines is a significant part of American railway history. They connected near Ogden, Utah, in May 1869. The New Orleans line of the Southern Pacific opened in January 1883; the Atchison, Topeka & Santa Fé finished its line to San Diego in 1885 and to San Francisco Bay in 1900. The San Pedro, Los Angeles & Salt Lake, which had transcontinental connections at its eastern terminus, was chartered in 1901 and fully opened in March 1903. Railway mileage increased by 137.3% from 1870 to 1880 and by 154.6% from 1880 to 1900. By the end of 1908, the total mileage was 7,039.36 miles, almost all of which is either owned or controlled by the two major transcontinental systems, the Southern Pacific and the Atchison, Topeka & Santa Fé. Between 1869 and 1875, registered mail exchanges were established with China, Japan, Hawaii, and Australia. There are now regular mail connections from San Francisco to Hawaii, Australasia, and East Asia, as well as with American ports to the north and south. The commerce of San Francisco amounts to about $80 million to $90 million annually, roughly split between imports and exports, until after 1905—in 1907, the imports were valued at $54,207,011 and the exports at $30,378,355 (the lowest since 1896). San Diego has a very good harbor, and the harbors of San Pedro (Los Angeles) and Eureka are decent and becoming increasingly important. Grains, lumber, fish, fruits and fruit products, petroleum, vegetables, and sugar are the main items in San Francisco's commerce. Other ports are much less significant. Navigation on the Sacramento and San Joaquin rivers was very important in the early days, but today it holds relatively little significance compared to railway traffic.

Population.—The population of California increased in successive decades from 1850 to 1910 respectively by 310.3, 47.3, 54.3, 40.3, 22.4 and 60.1%. (The percentage of increase in 1900-1910 was exceeded in Washington, Oklahoma, Idaho, Nevada, North Dakota and Oregon.) In 1910 the total population was 2,377,549, or 15.2 per sq. m. In 1900 there were 116 incorporated towns and cities; and of the total population 43.3% was urban,—i.e. resident in cities (11 in number) of 8000 or more inhabitants. These 11 cities were: San Francisco (pop. 342,782), Los Angeles (102,479), Oakland (66,960), Alameda (16,464), Berkeley (13,214),—the last three being suburbs of San Francisco, and the last the seat of the state university,—Sacramento, the state capital (29,282), San José (21,500), San Diego (17,700), Stockton (17,506), Fresno (12,470), and Pasadena (9117). Eight other cities had populations of more than 5000—Riverside City (7973), Vallejo (7965), Eureka (7327), Santa Rosa (6673), Santa Barbara (6587), San Bernardino (6156), Santa Cruz (5659), and Pomona (5526).

Population.—The population of California grew in each decade from 1850 to 1910 by 310.3%, 47.3%, 54.3%, 40.3%, 22.4%, and 60.1%. (The percentage increase from 1900-1910 was higher in Washington, Oklahoma, Idaho, Nevada, North Dakota, and Oregon.) In 1910, the total population was 2,377,549, or 15.2 per sq. m. In 1900, there were 116 incorporated towns and cities; and of the total population, 43.3% was urban—i.e. living in cities (11 in total) with 8,000 or more residents. These 11 cities were: San Francisco (population 342,782), Los Angeles (102,479), Oakland (66,960), Alameda (16,464), Berkeley (13,214)—the last three being suburbs of San Francisco, and the last one being the location of the state university—Sacramento, the state capital (29,282), San José (21,500), San Diego (17,700), Stockton (17,506), Fresno (12,470), and Pasadena (9,117). Eight other cities had populations of more than 5,000—Riverside City (7,973), Vallejo (7,965), Eureka (7,327), Santa Rosa (6,673), Santa Barbara (6,587), San Bernardino (6,156), Santa Cruz (5,659), and Pomona (5,526).

Of the entire population in 1900 persons of foreign birth or parentage (one or both parents being foreign) constituted 54.2 and those of native birth were 75.3%. Of the latter six-tenths were born in California. The foreign element included 45,753 Chinese (a falling off of 25,313 since 1890), and 10,151 Japanese (an increase of 9004 in the same decade). Twenty-two foreign countries contributed over 1000 residents each, the leading ones being the United Kingdom (91,638), Germany (72,449), Canada (29,618; 27,408 being English Canadians), Italy (22,777), Sweden (14,549), France (12,256), Portugal (12,068), Switzerland (10,974), Japan, Denmark, and Mexico, in the order named. Persons of negro descent numbered 11,045. Almost all the Indians of the state are taxed as citizens. In 1906 of 611,464 members of religious denominations 354,408 were Roman Catholics, 64,528 Methodist Episcopalians, 37,682 Presbyterians, 26,390 Congregationalists, 24,801 Baptists, 21,317 Protestant Episcopalians, 11,371 Lutherans, and 9,110 members of Eastern Orthodox churches. A peculiar feature in the population statistics of California is the predominance of males, which in 1900 was 156,009; the Asiatic element accounts for a third of this number. Since 1885 the eight counties south of the Tehachapi Range, which are known collectively and specifically as Southern California have greatly advanced in population. In 1880 their population was 7.3, in 1890 17.2, and in 1900 20.1% of the total population of the state. The initial impulse to this increase was the beginning of the “fruit epoch” in these counties, combined with a railway “rate-war” following the completion to the coast in 1885 of the Santa Fe, and an extraordinary land boom prevailing from 1886 to 1888. The conjuncture of circumstances, and the immigration it induced, were unusual. The growth of the South, as of the rest of the state, has been continuous and steady.

Of the entire population in 1900, individuals who were either foreign-born or had foreign parents (one or both parents being foreign) made up 54.2%, while those born in the U.S. were 75.3%. Of the native population, six-tenths were born in California. The foreign-born group included 45,753 Chinese (a decrease of 25,313 since 1890) and 10,151 Japanese (an increase of 9,004 during the same decade). Twenty-two foreign countries contributed over 1,000 residents each, with the largest groups coming from the United Kingdom (91,638), Germany (72,449), Canada (29,618; 27,408 being English Canadians), Italy (22,777), Sweden (14,549), France (12,256), Portugal (12,068), Switzerland (10,974), Japan, Denmark, and Mexico, in that order. Individuals of African descent numbered 11,045. Almost all Native Americans in the state are taxed as citizens. In 1906, of 611,464 members of religious denominations, 354,408 were Roman Catholics, 64,528 Methodist Episcopalians, 37,682 Presbyterians, 26,390 Congregationalists, 24,801 Baptists, 21,317 Protestant Episcopalians, 11,371 Lutherans, and 9,110 members of Eastern Orthodox churches. One notable aspect of California's population statistics is the predominance of males, which in 1900 was 156,009; the Asian demographic accounted for a third of this number. Since 1885, the eight counties south of the Tehachapi Range, collectively known as Southern California, have seen significant population growth. In 1880, their population was 7.3%, in 1890 it was 17.2%, and in 1900 it reached 20.1% of the total state population. This increase was initially driven by the start of the "fruit epoch" in these counties, along with a railway "rate war" that followed the completion of the Santa Fe line to the coast in 1885, and an extraordinary land boom that occurred from 1886 to 1888. The combination of these circumstances and the immigration they prompted was quite unusual. The growth in the South, like the rest of the state, has been continuous and steady.

The Indians were prominent in early Californian history, but their progress toward their present insignificance began far back in the Spanish period. It proceeded much more rapidly after the restraining influence of the missions was removed, leaving them free to revert to savagery; and the downward progress of the race was fearfully accelerated during the mining period, when they were abused, depraved, and in large numbers killed. There have been no Indian wars in California’s annals, but many butcheries. The natives have declined exceedingly in number since 1830, in 1900 numbering 15,377. They have always been mild-tempered, low, and unintelligent, and are to-day a poor and miserable race. They are all called “Digger Indians” indiscriminately, although divided by a multiplicity of tongues.

The Native Americans played a significant role in early Californian history, but their decline to their current insignificance began long ago during the Spanish era. This decline accelerated even more rapidly after the influence of the missions faded, allowing them to revert to a more primitive way of life; the deterioration of their society was tragically quickened during the mining boom, when they faced abuse, degradation, and large-scale killings. California’s history lacks recorded Indian wars, but it includes many massacres. The Native population has drastically decreased since 1830, numbers dropping to 15,377 by 1900. They have typically been characterized as mild-mannered, simple, and lacking in intelligence, and today they represent a poor and suffering community. They are all referred to as "Digger Indians" broadly, even though they speak many different languages.

Government and Institutions.—In the matter of constitution-making California has been conservative, having had only two between 1849 and 1910. The first was framed by a convention at Monterey in 1849, and ratified by the people and proclaimed by the United States military governor in the same year. The present constitution, framed by a convention in 1878-1879, came into full effect in 1880, and was subsequently amended. It was the work of the labour party, passed at a time of high discontent, and goes at great length into the details of government, as was demanded by the state of public opinion. The qualifications required for the suffrage are in no way different from those common throughout the Union, except that by a constitutional amendment of 1894 it is necessary for a voter to be able to read the state constitution and write his name. As compared with the earlier constitution it showed many radical advances toward popular control, the power of the legislature being everywhere curtailed. The power of legislation was taken from it by specific inhibition in thirty-one subjects before within its power; its control of the public domain, its powers in taxation, and its use of the state credit were carefully safe-guarded. “Lobbying” was made a felony; provisions were inserted against lotteries and stock-exchange gambling, to tax and control common carriers and great corporations, and to regulate telegraph, telephone, storage and wharfage charges. The powers of the executive department were also somewhat curtailed. For the judiciary, provisions were made for expediting trials and decisions. Notable was the innovation that agreement by three-fourths of a jury should be sufficient in civil cases and that a jury might be waived in minor criminal cases, a provision which of course was based on experience under the Mexican law. All these changes in the organic law reflect bitter experience after 1850; and, read with the history of those years as a commentary, few American constitutions are more instructive. The constitution of 1879 corresponds very closely to the ordinary state constitution of to-day. The incorporation of banks issuing circulating notes is forbidden. Marriage is not only declared a civil contract, but the laws expressly recognize that the mere consent of the parties is adequate to constitute a binding marriage. The union of whites with persons of African descent is forbidden. Felons twice convicted may not be pardoned except on the recommendation of a majority of the judges of the supreme court. Judges and state executive officers are elected for terms longer than is usual in the different states (supreme judges 12 years, executive officers 4 years). These few provisions 16 are mentioned, not as of particular importance in themselves, but as exceptions of some moment to the usual type of state Constitutions (see United States). The Australian ballot was introduced in 1891. In local government there are no deviations from the usual types that demand notice. In the matter of liquor-laws there is local option, and a considerable proportion of the towns and smaller cities, particularly in the south, adopt prohibition. In most of the rest high licence is more or less strictly enforced.

Government and Institutions.—In the matter of constitution-making California has been conservative, having had only two between 1849 and 1910. The first was framed by a convention at Monterey in 1849, and ratified by the people and proclaimed by the United States military governor in the same year. The present constitution, framed by a convention in 1878-1879, came into full effect in 1880, and was subsequently amended. It was the work of the labour party, passed at a time of high discontent, and goes at great length into the details of government, as was demanded by the state of public opinion. The qualifications required for the suffrage are in no way different from those common throughout the Union, except that by a constitutional amendment of 1894 it is necessary for a voter to be able to read the state constitution and write his name. As compared with the earlier constitution it showed many radical advances toward popular control, the power of the legislature being everywhere curtailed. The power of legislation was taken from it by specific inhibition in thirty-one subjects before within its power; its control of the public domain, its powers in taxation, and its use of the state credit were carefully safe-guarded. “Lobbying” was made a felony; provisions were inserted against lotteries and stock-exchange gambling, to tax and control common carriers and great corporations, and to regulate telegraph, telephone, storage and wharfage charges. The powers of the executive department were also somewhat curtailed. For the judiciary, provisions were made for expediting trials and decisions. Notable was the innovation that agreement by three-fourths of a jury should be sufficient in civil cases and that a jury might be waived in minor criminal cases, a provision which of course was based on experience under the Mexican law. All these changes in the organic law reflect bitter experience after 1850; and, read with the history of those years as a commentary, few American constitutions are more instructive. The constitution of 1879 corresponds very closely to the ordinary state constitution of to-day. The incorporation of banks issuing circulating notes is forbidden. Marriage is not only declared a civil contract, but the laws expressly recognize that the mere consent of the parties is adequate to constitute a binding marriage. The union of whites with persons of African descent is forbidden. Felons twice convicted may not be pardoned except on the recommendation of a majority of the judges of the supreme court. Judges and state executive officers are elected for terms longer than is usual in the different states (supreme judges 12 years, executive officers 4 years). These few provisions 16 are mentioned, not as of particular importance in themselves, but as exceptions of some moment to the usual type of state Constitutions (see United States). The Australian ballot was introduced in 1891. In local government there are no deviations from the usual types that demand notice. In the matter of liquor-laws there is local option, and a considerable proportion of the towns and smaller cities, particularly in the south, adopt prohibition. In most of the rest high licence is more or less strictly enforced.

The total assessed valuation of property grew from $666,399,985 in 1880 to $1,217,648,683 in 1900 and $1,879,728,763 in 1907. In 1904, when the U.S. Census Report showed California to be the twenty-first state of the Union in population but the sixth in wealth, the total estimated true value of all property was $4,115,491,106, of which $2,664,472,025 was the value of real property and improvements thereon. The per capita wealth of the state was then reported as $2582.32, being exceeded only by the three sparsely settled states of Montana, Wyoming and Nevada. In 1898 California had the largest savings-bank deposit per depositor ($637.75) of any state in the Union; the per caput deposit was $110 in 1902, and about one person in seven was a depositor. The state bonded debt in 1907 amounted to three and a half million dollars, of which all but $767,529.03 was represented by bonds purchased by the state and held for the school and university funds; for the common school fund on the 1st of July 1907 there were held bonds for $4,890,950, and $800,000 in cash available for investment; for the university fund there were held $751,000 in state bonds, and a large amount in other securities. The total bonded county indebtedness was $4,879,600 in 1906 (not including that of San Francisco, a consolidated city and county, which was $4,568,600). A homestead, entered upon record and limited to a value of $5000 if held by the head of a family and to a value of $1000 if held by one not the head of a family, is exempt from liability for debts, except for a mortgage, a lien before it was claimed as a homestead or a lien afterward for improvements. A homestead held by a married man cannot be mortgaged without consent of his wife.

The total assessed property value increased from $666,399,985 in 1880 to $1,217,648,683 in 1900 and $1,879,728,763 in 1907. In 1904, while the U.S. Census Report indicated that California ranked twenty-first in population among the states but sixth in wealth, the total estimated true value of all property was $4,115,491,106, with $2,664,472,025 being the value of real estate and its improvements. The per capita wealth for the state was reported at $2,582.32, surpassed only by the three less populated states of Montana, Wyoming, and Nevada. In 1898, California had the highest savings-bank deposits per depositor ($637.75) of any state in the U.S.; the per capita deposit was $110 in 1902, and about one in seven people was a depositor. The state's bonded debt in 1907 totaled three and a half million dollars, with all but $767,529.03 represented by bonds purchased by the state for school and university funds; as of July 1, 1907, there were bonds worth $4,890,950 for the common school fund and $800,000 in cash available for investment; for the university fund, there were $751,000 in state bonds and a significant amount in other securities. The total bonded county debt in 1906 was $4,879,600 (not including San Francisco, which had a debt of $4,568,600). A homestead, recorded and capped at a value of $5,000 if owned by the family head and $1,000 if owned by someone who is not, is protected from debt liability, except for a mortgage, a lien that existed before the homestead claim, or a lien for improvements taken afterward. A homestead owned by a married man cannot be mortgaged without his wife's consent.

Under an act approved on the 25th of March 1903 a state board of charities and corrections,—consisting of six members, not more than three being of the same political party, appointed by the governor, with the advice and consent of the senate, and holding office for twelve years, two retiring at the end of each quadrennium,—investigates, examines, and makes “reports upon the charitable, correctional and penal institutions of the state,” excepting the Veterans’ Home at Yountville, Napa county, and the Woman’s Relief Corps Home at Evergreen, Santa Clara county. There are state prisons with convicts working under the public account system, at San Quentin, Marin county, and Folsom, Sacramento county. The Preston (Sonoma county) School of Industry, for older boys, and the Whittier (Los Angeles county) State School, for girls and for boys under sixteen, are the state reformatories, each having good industrial and manual training departments. There are state hospitals for the insane at Agnew, Santa Clara county; at Stockton, San Joaquin county; at Napa, Napa county; at Patton, San Bernardino county; and, with a colony of tubercular patients, at Ukiah, Mendocino county. In 1906 the ratio of insane confined to institutions, to the total population, was 1 to every 270. Also under state control are the home for care and training of feeble-minded children, at Eldridge, Sonoma county; the institution for the deaf and the blind at Berkeley, and the home of mechanical trades for the adult blind at Oakland. A Juvenile Court Law was enacted in 1903 and modified in 1905.

Under a law approved on March 25, 1903, a state board of charities and corrections—made up of six members, with no more than three from the same political party, appointed by the governor with the approval of the senate, serving for twelve years, and with two members leaving every four years—investigates, examines, and reports on the charitable, correctional, and penal institutions of the state, excluding the Veterans’ Home in Yountville, Napa County, and the Woman’s Relief Corps Home in Evergreen, Santa Clara County. There are state prisons where convicts work under the public account system, located in San Quentin, Marin County, and Folsom, Sacramento County. The Preston School of Industry in Sonoma County is for older boys, while the Whittier State School in Los Angeles County is for girls and boys under sixteen, both serving as state reformatories with strong industrial and manual training programs. There are state hospitals for the mentally ill in Agnew, Santa Clara County; Stockton, San Joaquin County; Napa, Napa County; Patton, San Bernardino County; and a facility for tuberculosis patients in Ukiah, Mendocino County. In 1906, the ratio of the mentally ill confined to institutions to the total population was 1 in every 270. Also under state control are the home for caring for and training feeble-minded children in Eldridge, Sonoma County; the institution for the deaf and blind in Berkeley; and the mechanical trades home for adult blind individuals in Oakland. A Juvenile Court Law was enacted in 1903 and revised in 1905.

The educational system of California is one of the best in the country. The state board of education is composed of the governor of the state, who is its president; the superintendent of public instruction, who is its secretary; the presidents of the five normal schools and of the University of California, and the professor of pedagogy in the university. Sessions are long in primary schools, and attendance was made compulsory in 1874 (and must not be less than two-thirds of all school days). The state controlled the actual preparation and sale of text-books for the common schools from 1885 to 1903, when the Perry amendment to the constitution (ratified by popular vote in 1884) was declared to mean that such text-books must be manufactured within the state, but that the texts need not be prepared in California. The experiment of state-prepared text-books was expensive, and its effect was bad on the public school system, as such text-books were almost without exception poorly written and poorly printed. After 1903 copyrights were leased by the state. Secondary schools are closely affiliated with, and closely inspected by, the state university. All schools are generously supported, salaries are unusually good, and pension funds in all cities are authorized by state laws. The value of school property in 1900 was $19,135,722, and the expenditure for the public schools $6,195,000; in 1906 the value of school property was $29,013,150, and the expenditure for public schools $10,815,857. The average school attendance for all minors of school age (5-20 years) was 59.9%; of those native-born 61.5, of those foreign-born 34.6; of coloured children, including Asiatics and Indians, 35.8, and of white, 60.8%. In 1900, 6.2% of the males of voting age, and 2.4% of the native-born males of voting age, were illiterate (could not write). Some 3% of the total population could not speak English; Chinese and Japanese constituting almost half of the number, foreign-born whites somewhat less, and Indians and native-born whites of foreign parentage together less than a tenth of the total. Of the higher educational institutions of the state the most important are the state university at Berkeley and Leland Stanford Jr. University at Palo Alto. The former is supported with very great liberality by the state; and the latter, the endowment of which is private (the state, however, exempting it from taxation), is one of the richest educational institutions of America. In 1906 there were also five state normal schools (at Chico, Los Angeles, San Diego, San Francisco, and San José), and a considerable number of denominational colleges. There is also a state polytechnic school at San Luis Obispo (1903).

The educational system in California is one of the best in the country. The state board of education includes the governor, who acts as its president; the superintendent of public instruction, who serves as its secretary; the presidents of five normal schools and the University of California; and a professor of pedagogy from the university. Primary school sessions are long, and attendance became mandatory in 1874 (it must not be less than two-thirds of all school days). From 1885 to 1903, the state controlled the preparation and sale of textbooks for common schools. However, the Perry amendment to the constitution, ratified by popular vote in 1884, stated that these textbooks must be manufactured in the state, although they didn’t have to be created in California. The experiment with state-prepared textbooks was costly and negatively impacted the public school system, as these textbooks were almost always poorly written and printed. After 1903, copyrights were leased by the state. Secondary schools are closely linked to and regularly inspected by the state university. All schools receive generous funding, salaries are quite good, and state laws authorize pension funds in all cities. In 1900, the value of school property was $19,135,722, with public school expenditures at $6,195,000; by 1906, the value increased to $29,013,150, with public school expenditures reaching $10,815,857. The average school attendance for all minors of school age (5-20 years) was 59.9%; for native-born, it was 61.5%, and for foreign-born, it was 34.6%. For colored children, including Asians and Indians, the rate was 35.8%, while for white children, it was 60.8%. In 1900, 6.2% of males of voting age and 2.4% of native-born males of voting age were illiterate (unable to write). About 3% of the total population couldn't speak English; Chinese and Japanese individuals made up almost half of this number, foreign-born whites slightly less, and Indians and native-born whites of foreign parentage combined made up less than a tenth of the total. Among the state's higher educational institutions, the two most significant are the state university at Berkeley and Leland Stanford Jr. University at Palo Alto. The former receives substantial support from the state, while the latter, funded privately and exempted from taxation by the state, is one of the wealthiest educational institutions in America. By 1906, there were also five state normal schools (in Chico, Los Angeles, San Diego, San Francisco, and San José) and numerous denominational colleges. Additionally, a state polytechnic school was established in San Luis Obispo in 1903.

History.—The name “California” was taken from Ordoñez de Montalvo’s romance of chivalry Las Sergas de Esplandian (Madrid, 1510), in which is told of black Amazons ruling an island of this name “to the right of the Indies, very near the quarter of the terrestrial paradise.” The name was given to the unknown north-west before 1540. It does not show that the namers were prophets or wise judges, for the Spaniards really knew California not at all for more than two centuries, and then only as a genial but rather barren land; but it shows that the conquistadores mixed poetry with business and illustrates the glamour thrown about the “Northern Mystery.” Necessarily the name had for a long time no definite geographical meaning. The lower Colorado river was discovered in 1540, but the explorers did not penetrate California; in 1542-1543 Juan Rodriguez Cabrillo explored at least the southern coast; in 1579 Sir Francis Drake repaired his ships in some Californian port (almost certainly not San Francisco Bay), and named the land New Albion; two Philippine ships visited the coast in 1584 and 1595, and in 1602 and 1603 Sebastian Vizcaino discovered the sites of San Diego and Monterey. There was apparently no increase of knowledge thereafter for 150 years. Most of this time California was generally supposed to be an island or a group of islands. Jesuit missionaries entered Lower California as early as 1697, maintaining themselves there until Charles III.’s expulsion in 1767 of all Jesuits from his dominions; but not until Russian explorations in Alaska from 1745-1765 did the Spanish government show interest in Upper California. Because of these explorations, and also the long-felt need of a refitting point on the California coast for the galleons from Manila, San Diego was occupied in 1769 and Monterey in 1770 as a result of urgent orders from Charles III. San Francisco Bay was discovered in the former year. Meanwhile the Jesuit property in the Peninsula had been turned over to Franciscan monks, but in 1772 the Dominicans took over the missions, and the Franciscans not unwillingly withdrew to Upper California, where they were to thrive remarkably for some fifty years.

History.—The name “California” comes from Ordoñez de Montalvo’s chivalric romance Las Sergas de Esplandian (Madrid, 1510), which describes black Amazons ruling an island of this name “to the right of the Indies, very near the area of the terrestrial paradise.” The name was assigned to the unknown northwest before 1540. This doesn’t mean that those who named it were visionaries or wise judges, as the Spaniards really didn’t know California at all for over two centuries, and even then, only as a pleasant but rather desolate land; however, it does show that the conquistadores blended poetry with their endeavors and highlights the allure surrounding the “Northern Mystery.” For a long time, the name held no specific geographical significance. The lower Colorado River was discovered in 1540, but the explorers didn’t venture into California; in 1542-1543, Juan Rodriguez Cabrillo explored at least the southern coast; in 1579, Sir Francis Drake repaired his ships in some California port (most likely not San Francisco Bay) and named the land New Albion; two Philippine ships visited the coast in 1584 and 1595, and in 1602 and 1603, Sebastian Vizcaino discovered what would become San Diego and Monterey. Knowledge didn’t significantly increase for the next 150 years. For most of this period, California was widely believed to be an island or a group of islands. Jesuit missionaries entered Lower California as early as 1697 and remained there until Charles III expelled all Jesuits from his territories in 1767; however, it wasn’t until Russian explorations in Alaska from 1745-1765 that the Spanish government showed interest in Upper California. Due to these explorations and the ongoing need for a refitting point on the California coast for the galleons from Manila, San Diego was occupied in 1769 and Monterey in 1770 following urgent orders from Charles III. San Francisco Bay was discovered in that same year. In the meantime, the Jesuit properties in the Peninsula were handed over to Franciscan monks, but in 1772, the Dominicans took over the missions, and the Franciscans willingly moved to Upper California, where they would thrive remarkably for about fifty years.

This is the mission period—or from an economic standpoint, 17 the pastoral period—of Californian history. In all, twenty-one missions were established between 1769 and 1823. The The rule of the missions. leader in this movement was a really remarkable man, Miguel José Serra (known as Junipero Serra, 1713-1784), a friar of very great ability, purest piety, and tireless zeal. He possessed great influence in Mexico and Madrid. “The theory of the mission system,” says H.H. Bancroft, “was to make the savages work out their own salvation and that of the priests also.” The last phrase scarcely does justice to the truly humane and devout intentions of the missionaries; but in truth the mission system was a complete failure save in the accumulation of material wealth. Economically the missions were the blood and life of the province. At them the neophytes worked up wool, tanned hides, prepared tallow, cultivated hemp and wheat, raised a few oranges, made soap, some iron and leather articles, mission furniture, and a very little wine and olive oil. Such as it was, this was about the only manufacturing or handicraft in California. Besides, the hides and tallow yielded by the great herds of cattle at the missions were the support of foreign trade and did much toward paying the expenses of the government. The Franciscans had no sympathy for profane knowledge, even among the Mexicans,—sometimes publicly burning quantities of books of a scientific or miscellaneous nature; and the reading of Fénelon’s Télémaque brought excommunication on a layman. As for the intellectual development of the neophytes the mission system accomplished nothing; save the care of their souls they received no instruction, they were virtually slaves, and were trained into a fatal dependence, so that once coercion was removed they relapsed at once into barbarism. It cannot be said, however, that Anglo-Americans have done much better for them.

This is the mission period—or from an economic viewpoint, the pastoral period—of Californian history. In total, twenty-one missions were set up between 1769 and 1823. The leader in this initiative was an extraordinary man, Miguel José Serra (known as Junipero Serra, 1713-1784), a friar of great skill, utmost piety, and relentless enthusiasm. He had considerable influence in Mexico and Madrid. “The theory of the mission system,” says H.H. Bancroft, “was to make the savages work out their own salvation and that of the priests as well.” The last phrase hardly captures the truly humane and devout intentions of the missionaries; however, the mission system was largely a failure, except for the accumulation of material wealth. Economically, the missions were the lifeblood of the province. There, the neophytes processed wool, tanned hides, produced tallow, cultivated hemp and wheat, grew a few oranges, made soap, some iron and leather goods, mission furniture, and a small amount of wine and olive oil. This was essentially the only manufacturing or handicraft in California. Additionally, the hides and tallow produced by the large herds of cattle at the missions supported foreign trade and helped pay government expenses. The Franciscans had little regard for secular knowledge, even among the Mexicans—occasionally publicly burning large quantities of scientific or miscellaneous books; and reading Fénelon’s Télémaque led to excommunication for a layman. As for the intellectual growth of the neophytes, the mission system achieved nothing; aside from spiritual care, they received no education, were essentially enslaved, and were conditioned into a harmful dependency, so that once the coercion was lifted, they quickly reverted to a savage state. However, it can't be said that Anglo-Americans have done much better for them.

The political upheavals in Spain and Mexico following 1808 made little stir in this far-off province. Joseph was never recognized, and allegiance was sworn to Ferdinand (1809). When revolution broke out in Mexico (1811), California remained loyal, suffering much by the cessation of supplies from Mexico, the resulting deficits falling as an added burden upon the missions. The occupation of Monterey for a few hours by a Buenos Aires privateer (1818) was the only incident of actual war that California saw in all these years; and it, in truth, was a ridiculous episode, fit introduction to the bloodless play-wars, soon to be inaugurated in Californian politics. In 1820 the Spanish constitution was duly sworn to in California, and in 1822 allegiance was given to Mexico. Under the Mexican Federal constitution of 1824 Upper California, first alone (it was made a distinct province in 1804) and then with Lower California, received representation in the Mexican congress.

The political turmoil in Spain and Mexico after 1808 hardly impacted this distant province. Joseph was never acknowledged, and loyalty was pledged to Ferdinand in 1809. When the revolution erupted in Mexico in 1811, California remained loyal, suffering greatly due to the halt of supplies from Mexico, which added extra strain on the missions. The only real act of war California experienced during these years was when a privateer from Buenos Aires occupied Monterey for a few hours in 1818; it was more of a silly stunt that foreshadowed the non-violent political struggles that were about to unfold in California. In 1820, the Spanish constitution was officially accepted in California, and in 1822, loyalty was pledged to Mexico. Under the Mexican Federal constitution of 1824, Upper California first became a distinct province in 1804 and then, alongside Lower California, gained representation in the Mexican congress.

The following years before American occupation may be divided into two periods of quite distinct interest. From about 1840 to 1848 foreign relations are the centre of interest. From 1824 to 1840 there is a complicated and not uninteresting movement of local politics and a preparation for the future,—the missions fall, republicanism grows, the sentiment of local patriotism becomes a political force, there is a succession of sectional controversies and personal struggles among provincial chiefs, an increase of foreign commerce, of foreign immigration and of foreign influence.

The years leading up to American occupation can be split into two distinct periods of interest. From around 1840 to 1848, foreign relations take center stage. From 1824 to 1840, there’s a complex and quite engaging shift in local politics that sets the stage for the future—missions decline, republicanism rises, local patriotism becomes a political force, there’s a series of regional disputes and personal rivalries among local leaders, and there’s a growth in foreign trade, immigration, and influence.

The Franciscans were mostly Spaniards in blood and in sympathies. They viewed with displeasure and foreboding the fall of Iturbide’s empire and the creation of the republic. They were not treasonable, but talked much, refusing allegiance to the new government; and as they controlled the resources of the colony and the good will of the Indians, they felt their strength against the local authority; besides, they were its constant benefactors. But secularization was in harmony with the growth of republican ideas. There was talk in California of the rights of man and neophytes, and of the sins of friars. The missions were never intended to be permanent. The missionaries were only the field workers sent out to convert and civilize the Indians, who were to be turned over then to the regular clergy, the monks pushing further onward into new fields. This was the well-established policy of Spain. In 1813 the Spanish Cortes ordered the secularization of all missions in America that were ten years old, but this decree was not published in California until 1821. After that secularization was the burning question in Californian politics. In 1826 a beginning toward it was made in partially emancipating the neophytes, but active and thorough secularization of the missions did not begin until 1834; by 1835 it was consummated at sixteen missions out of twenty-one, and by 1840 at all. At some of the missions the monks acted later as temporary curates for the civil authorities, until in 1845-1846 all the missions were sold by the government. Unfortunately the manner of carrying it out discredited a policy neither unjust nor bad in itself, increasing its importance in the political struggles of the time. The friars were in no way mistreated: Californians did not share Mexican resentments against Spaniards, and the national laws directed against these were in the main quietly ignored in the province. In 1831 the mission question led to a rising against the reactionary clerical rule of Governor Manuel Victoria. He was driven out of the province.

The Franciscans were mainly of Spanish descent and shared similar sentiments. They viewed the fall of Iturbide’s empire and the establishment of the republic with displeasure and concern. They weren’t treasonous, but they talked a lot and refused to pledge loyalty to the new government; since they controlled the colony’s resources and had the goodwill of the Indigenous people, they felt confident against the local authority, which they constantly supported. However, secularization aligned with the rise of republican ideas. In California, there were discussions about human rights and the issues with the friars. The missions were never meant to be permanent. The missionaries were just the field workers sent to convert and civilize the Indigenous people, who were then supposed to be handed over to the regular clergy, while the monks would move on to new areas. This was Spain's established policy. In 1813, the Spanish Cortes ordered the secularization of all missions in America that were at least ten years old, but this decree wasn’t implemented in California until 1821. After that, secularization became a hot topic in Californian politics. In 1826, steps were taken to partially free the neophytes, but comprehensive secularization of the missions didn’t start until 1834; by 1835, it was completed at sixteen out of twenty-one missions, and by 1840, it was done at all. At some missions, the monks later served as temporary curates for the civil authorities until all the missions were sold by the government in 1845-1846. Unfortunately, the way it was carried out discredited a policy that was neither unjust nor bad in itself, magnifying its significance in the political battles of the time. The friars were not mistreated in any way: Californians did not share the Mexican animosity towards Spaniards, and the national laws aimed against them were mostly ignored in the province. In 1831, the mission issue sparked a rebellion against the conservative clerical rule of Governor Manuel Victoria, who was ousted from the province.

This was the first of the opéra bouffe wars. The causes underlying them were serious enough. In the first place, there was a growing dissatisfaction with Mexican rule, which accomplished nothing tangible for good in California,—although its plans were as excellent as could be asked had there only been peace and means to realize them; however, it made the mistake of sending convicts as soldiers. Californians were enthusiastic republicans, but found the benefits of republicanism slow in coming. The resentment of the Franciscans, the presence of these and other reactionaries and of Spaniards, the attitude of foreign residents, and the ambitions of leading Californian families united to foment and propagate discontent. The feeling against Mexicans—those “de la otra banda” as they were significantly termed—invaded political and even social life. In the second place, there was growing jealousy between northern towns and southern towns, northern families and southern families. These entered into disputes over the location of the capital and the custom-house, in the Franciscan question also (because the friars came some from a northern and some from a southern college), and in the question of the distribution of commands in the army and offices in the civil government. Then there was the mission question; this became acuter about 1833 when the friars began to destroy, or sell and realize on, the mission property. The next decade was one of plunder and ruin in mission history. Finally there was a real growth of republicanism, and some rulers—notably Victoria—were wholly out of sympathy with anything but personal, military rule. From all these causes sprang much unrest and considerable agitation.

This was the start of the opéra bouffe wars. The reasons behind them were quite serious. Firstly, there was a rising dissatisfaction with Mexican rule, which achieved nothing meaningful for the betterment of California—although its plans were as good as could be hoped for if there had only been peace and resources to implement them; however, sending convicts as soldiers was a big mistake. Californians were passionate republicans but felt the rewards of republicanism were slow to arrive. Resentment from the Franciscans, the presence of these and other reactionaries and Spaniards, the attitudes of foreign residents, and the ambitions of prominent Californian families all contributed to growing discontent. The animosity towards Mexicans—those “de la otra banda” as they were aptly called—had infiltrated both political and social life. Secondly, there was increasing jealousy between northern and southern towns, and between northern and southern families. They argued over where to place the capital and the customs house, the Franciscan issue (since the friars came from both a northern and a southern college), and the distribution of military commands and civil government positions. Then there was the mission issue; this became more intense around 1833 when the friars started to destroy or sell off the mission properties. The following decade was marked by plunder and destruction in mission history. Lastly, republicanism was genuinely growing, and some leaders—notably Victoria—were completely against anything except personal, military rule. All these factors led to significant unrest and considerable agitation.

In 1828-1829 there was a revolution of unpaid soldiers aided by natives, against alleged but not serious abuses, that really aimed at the establishment of an independent native government. In 1831 Governor Victoria was deposed; in 1836 Governor Mariano Chico was frightened out of the province; in 1836 Governor Nicolas Gutierrez and in 1844-1845 Governor Manuel Micheltorena were driven out of office. The leading natives headed this last rising. There was talk of independence, but sectional and personal jealousies could not be overcome. In all these wars there was not enough blood shed to discolour a sword. The rising of 1836 against Gutierrez seems to-day most interesting, for it was in part a protest against the growth of federalism in Mexico. California was even deferred to as (declared to be seems much too strong a statement) an Estado Libre y Soberano; and from 1836 to 1838, when the revolutionary governor, Juan B. Alvarado, was recognized by the Mexican government, which had again inclined to federalism and, besides, did not take the matter very seriously, the local government rested simply on local sentiment. The satisfaction of this ended all difficulties.

In 1828-1829, there was a revolution led by unpaid soldiers, supported by locals, against alleged but not serious abuses, which actually aimed to establish an independent local government. In 1831, Governor Victoria was removed from power; in 1836, Governor Mariano Chico was scared out of the province; in 1836, Governor Nicolas Gutierrez, and in 1844-1845, Governor Manuel Micheltorena were forced out of office. The main locals led this last uprising. There was talk of independence, but regional and personal rivalries couldn't be overcome. In all these conflicts, there was not enough bloodshed to stain a sword. The uprising against Gutierrez in 1836 is especially interesting today, as it was partly a protest against the rise of federalism in Mexico. California was even called an Estado Libre y Soberano; and from 1836 to 1838, when the revolutionary governor, Juan B. Alvarado, was recognized by the Mexican government, which had shifted back toward federalism and didn't take the situation very seriously, the local government relied solely on local support. The resolution of this brought an end to all issues.

By this time foreign influence was showing itself of importance. Foreign commerce, which of course was contraband, being contrary to all Spanish laws, was active by the beginning of the 19th century. It was greatly stimulated American immigration. during the Spanish-American revolutions (the Lima and Panama trade dating from about 1813), for, as the Californian authorities practically ignored the law, smuggling 18 was unnecessary; this was, indeed, much greater after 1822 under the high duties (in 1836-1840 generally about 100%) of the Mexican tariffs. In the early ’forties some three-fourths of the imports, even at Monterey itself, are said to have paid no duties, being landed by agreement with the officials. Wholesale and retail trade flourished all along the coast in defiance of prohibitory laws. American trade was by far most important. The Boston traders—whose direct trade began in 1822, but the indirect ventures long before that—were men of decided influence in California. The trade supplied almost all the clothing, merchandise and manufactures used in the province; hides and furs were given in exchange. If foreign trade was not to be received, still less were foreign travellers, under the Spanish laws. However, the Russians came in 1805, and in 1812 founded on Bodega Bay a post they held till 1841, whence they traded and hunted (even in San Francisco Bay) for furs. From the day of the earliest foreign commerce sailors and traders of divers nationalities began to settle in the province. In 1826 American hunters first crossed to the coast; in 1830 the Hudson’s Bay Company began operations in northern California. By this time the foreign element was considerable in number, and it doubled in the next six years, although the true overland immigration from the United States began only about 1840. As a class foreigners were respected, and they were influential beyond proportion to their numbers. They controlled commerce, and were more energetic, generally, than were the natives; many were naturalized, held generous grants of land, and had married into Californian families, not excluding the most select and influential. Most prominent of Americans in the interior was John A. Sutter (1803-1880), who held a grant of eleven square leagues around the present site of Sacramento, whereon he built a fort. His position as a Mexican official, and the location of his fortified post on the border, commanding the interior country and lying on the route of the overland immigrants, made him of great importance in the years preceding and immediately following American occupation; although he was a man of slight abilities and wasted his great opportunities. Other settlers in the coast towns were also of high standing and importance. In short, Americans were hospitably received and very well treated by the government and the people; despite some formalities and ostensible surveillance there was no oppression whatever. There was, however, some jealousy of the ease with which Americans secured land grants, and an entirely just dislike of “bad” Americans. The sources from which all the immigrants were recruited made inevitable an element of lawlessness and truculence. The Americans happened to predominate. Along with a full share of border individuality and restlessness they had the usual boisterous boastfulness and a racial contempt, which was arrogantly proclaimed, for Mexicans,—often too for Mexican legal formalities. The early comers were a conservative American and European intriques. force in politics, but many of the later comers wanted to make California a second Texas. As early as 1805 (at the time of James Monroe’s negotiations for Florida), there are traces of Spain’s fear of American ambitions even in this far-away province. It was a fear she felt for all her American possessions. Spain’s fears passed on to Mexico, the Russians being feared only less than Americans. An offer was made by President Jackson in 1835 to buy the northern part of California, including San Francisco Bay, but was refused. In 1836 and 1844 Americans were prominent in the incidents of revolution; divided in opinion in both years they were neutral in the actual “hostilities” of the latter, but some gave active support to the governor in 1836. From 1836 on, foreign interference was much talked about. Americans supposed that Great Britain wished to exchange Mexican bonds for California; France also was thought to be watching for an opening for gratifying supposed ambitions; and all parties saw that even without overt act by the United States the progress of American settlement seemed likely to gain them the province, whose connexion with Mexico had long been a notoriously loose one. A considerable literature written by travellers of all the countries named had before this discussed all interests. In 1840 for too active interest in politics some Americans and Englishmen were temporarily expelled.

By this time, foreign influence was becoming significant. Foreign trade, which was illegal and against all Spanish laws, was thriving by the start of the 19th century. It was greatly boosted during the Spanish-American revolutions (with trade in Lima and Panama dating back to around 1813), as the Californian authorities largely overlooked the law, making smuggling unnecessary. This practice increased even more after 1822 under the high tariffs (generally around 100% from 1836-1840) imposed by Mexico. In the early '40s, it’s reported that about three-fourths of the imports, even at Monterey itself, weren’t charged duties, as they were brought in by agreement with the officials. Both wholesale and retail trade flourished all along the coast despite prohibitory laws. American trade was by far the most significant. Boston traders—who started direct trade in 1822, although they had been involved in indirect ventures for much longer—were quite influential in California. This trade supplied nearly all the clothing, goods, and products used in the province; hides and furs were exchanged in return. While foreign trade was officially not permitted, foreign travelers were even less welcome under Spanish laws. However, the Russians arrived in 1805 and established a post at Bodega Bay in 1812, which they maintained until 1841, trading and hunting fur (even in San Francisco Bay). From the beginning of foreign trade, sailors and traders from various countries began to settle in the province. In 1826, American hunters first reached the coast; in 1830, the Hudson’s Bay Company began operations in northern California. By this point, the foreign population had grown significantly and doubled in the next six years, though true overland immigration from the United States didn't really start until around 1840. Overall, foreigners were generally respected and held more influence than their numbers would suggest. They controlled trade and tended to be more energetic than the locals; many became naturalized, received generous land grants, and married into Californian families, including the elite and influential ones. Among the most notable Americans in the interior was John A. Sutter (1803-1880), who held an eleven square league land grant near present-day Sacramento, where he built a fort. His role as a Mexican official and the location of his fortified post, which was on the route for overland immigrants, gave him great significance before and right after American control, even though he was not particularly capable and squandered his vast opportunities. Other settlers in the coastal towns were also quite prominent and respected. In short, Americans were warmly welcomed and treated very well by both the government and the people; despite some formalities and apparent surveillance, there was no real oppression. However, there was some jealousy over how easily Americans obtained land grants and a legitimate disdain for “bad” Americans. The backgrounds of the immigrants made a degree of lawlessness and aggression unavoidable, with Americans being the dominant group. They brought with them a mix of frontier individuality and a certain brashness, along with an openly expressed racial contempt for Mexicans—often also aimed at Mexican legal procedures. The early arrivals were a conservative influence in politics, while many later arrivals aimed to turn California into a second Texas. As early as 1805 (during James Monroe’s negotiations for Florida), there were indications of Spain’s concern about American ambitions even in this distant province, a fear that extended to all her American holdings. Spain’s worries were passed on to Mexico, which viewed the Russians as being only slightly less threatening than Americans. President Jackson made an offer in 1835 to purchase the northern part of California, including San Francisco Bay, but it was declined. In 1836 and 1844, Americans were central to the revolutionary events; divided in opinion both years, they remained neutral during the actual conflict of the latter year, though some provided active support to the governor in 1836. From 1836 on, discussions about foreign interference became prevalent. Americans believed Great Britain wanted to exchange Mexican bonds for California; France was also thought to be looking for a chance to pursue its ambitions; and all parties recognized that, even without direct action from the United States, the growth of American settlement seemed destined to secure the province, which had long been known to have a weak connection to Mexico. A significant number of writings by travelers from all the aforementioned countries had already explored these issues. In 1840, some Americans and Englishmen were temporarily expelled for being too involved in politics.

In 1842 Commodore T.A.C. Jones (1789-1858) of the United States navy, believing that war had broken out between his country and Mexico and that a British force was about to seize California, raised the American flag over Monterey (October 21st), but finding that he had acted on misinformation he lowered the flag next day with due ceremony and warm apology. In California this incident served only to open up agreeable personal relations and social courtesies, but it did not tend to clarify the diplomatic atmosphere. It showed the ease of seizing the country, the indifference of the natives, and the resolution of the United States government. Mexico sought to prevent American immigration, but the local authorities would not enforce such orders, however positive. Between 1843 and 1845, Great Britain, the United States, and France opened consulates. By 1845 there was certainly an agreement in opinion among all American residents (then not 700 in number) as regards the future of the country. The policy of France and Great Britain in these years is unknown. That of the United States is fully known. In 1845 the American consul at Monterey, Thomas O. Larkin (1802-1858), was instructed to work for the secession of California from Mexico, without overt aid from the United States, but with their good-will and sympathy. He very soon gained from leading officers assurances of such a movement before 1848. At the same time American naval officers were instructed to occupy the ports in case of war with Mexico, but first and last to work for the good-will of the natives. In 1845 Captain J.C. Frémont,—whose doings in California in the next two years were among the main assets in a life-long reputation and an unsuccessful presidential campaign,—while engaged in a government surveying expedition, aroused the apprehensions of the Californian authorities by suspicious and very possibly intentionally provocative movements, and there was a show of military force by both parties. Frémont had information beyond that of ordinary men that made him believe early hostilities between the United States and Mexico to be inevitable; he was also officially informed of Larkin’s secret task and in no way authorized to hamper it. Resentment, however, incited him to personal revenge on the Californian government, and an ambition that clearly saw the gravity of the crisis prompted him to improve it The “Bear Flag.” unscrupulously for his own advancement, leaving his government to support or disavow him according as war should come or not. In violation therefore of international amities, and practically in disobedience of orders, he broke the peace, caused a band of Mexican cavalry mounts to be seized, and prompted some American settlers to occupy Sonoma (14th June 1846). This episode is known as the “Bear Flag War,” inasmuch as there was short-lived talk of making California an independent state, and a flag with a bear as an emblem (California is still popularly known as the Bear Flag State) flew for a few days at Sonoma. It was a very small, very disingenuous, inevitably an anomalous, and in the vanity of proclamations and other concomitant incidents rather a ridiculous affair; and fortunately for the dignity of history—and for Frémont—it was quickly merged in a larger question, when Commodore John Drake Sloat (1780-1867) on the 7th of July raised the flag of the United States over Monterey, proclaiming California a part of the United States. The opening hostilities of the Mexican War had occurred on the Rio Grande. The excuses and explanations later given by Frémont—military preparations by the Californian authorities, the imminence of their attack, ripening British schemes for the seizure of the province, etc.—made up the stock account of historians until the whole truth came out in 1886 (in Royce’s California). Californians had been very friendly to Americans, but Larkin’s intimates thought they had been tricked, and the people resented the stealthy and unprovoked breaking of peace, and unfortunately the Americans did not known how to treat them except inconsiderately and somewhat contemptuously. The result was a feeble rising in the south. The country was fully pacified by January 1847. The aftermath of Frémont’s filibustering acts, followed as they were 19 by wholly needless hostilities and by some injustice then and later in the attitude of Americans toward the natives, was a growing misunderstanding and estrangement, regrettable in Californian history. Thus there was an end to the “lotos-land society” of California. Another society, less hospitable, less happy, less contented, but also less mild, better tempered for building states, and more “progressive,” took the place of the old.

In 1842, Commodore T.A.C. Jones (1789-1858) of the United States Navy, believing that war had started between his country and Mexico and that a British force was about to take California, raised the American flag over Monterey on October 21. However, upon discovering he had acted on false information, he lowered the flag the next day with due ceremony and a warm apology. In California, this incident served only to foster friendly personal relationships and social niceties, but it did little to clarify the diplomatic situation. It demonstrated the ease of taking over the territory, the indifference of the locals, and the resolve of the U.S. government. Mexico tried to prevent American immigration, but local officials ignored these orders, no matter how strong. Between 1843 and 1845, Great Britain, the United States, and France opened consulates. By 1845, there was certainly a consensus among all American residents (then fewer than 700) regarding the country's future. The policies of France and Great Britain during these years are unclear, while the United States' policy is well-known. In 1845, the American consul at Monterey, Thomas O. Larkin (1802-1858), was instructed to support California's separation from Mexico without direct help from the United States, but with their goodwill and sympathy. He quickly received assurances from key officers about such a move before 1848. At the same time, American naval officers were instructed to occupy the ports in case of war with Mexico and, above all, to work for the goodwill of the locals. In 1845, Captain J.C. Frémont—whose activities in California over the next two years contributed significantly to his lifelong reputation and an unsuccessful presidential campaign—while on a government surveying expedition, raised the concerns of the Californian authorities with suspicious, and possibly intentionally provocative, actions, leading both sides to display military force. Frémont had information that made him believe early hostilities between the U.S. and Mexico were unavoidable. He was also informed of Larkin’s secret task and was not authorized to hinder it. However, resentment drove him to seek personal revenge against the Californian government, and an ambition that recognized the seriousness of the situation led him to exploit it for his own advancement, leaving his government to either support or disavow him based on whether war would occur or not. Therefore, in violation of international relations and practically disobeying orders, he broke the peace, confiscated a group of Mexican cavalry horses, and urged some American settlers to take Sonoma on June 14, 1846. This episode is referred to as the “Bear Flag War,” as there was brief talk of making California an independent state, and a flag featuring a bear (California is still popularly known as the Bear Flag State) flew for a few days in Sonoma. It was a very minor, insincere, inevitably odd, and somewhat ridiculous event, given the vanity of proclamations and other related incidents; fortunately for the dignity of history—and for Frémont—it quickly merged into a larger issue when Commodore John Drake Sloat (1780-1867) raised the U.S. flag over Monterey on July 7, declaring California a part of the United States. The initial hostilities of the Mexican War had taken place at the Rio Grande. Later justifications and explanations from Frémont—military preparations by Californian authorities, the possibility of their attack, impending British plans to take over the province, etc.—made up the standard narrative among historians until the whole truth emerged in 1886 (in Royce’s California). Californians had been very welcoming to Americans, but Larkin’s close associates felt they had been deceived, and the people resented the quiet and unprovoked disruption of peace; unfortunately, Americans did not know how to treat them except inconsiderately and somewhat disdainfully. The result was a weak uprising in the south. The region was fully pacified by January 1847. The aftermath of Frémont’s aggressive actions, which were followed by entirely unnecessary hostilities and some injustices in the attitudes of Americans toward the locals both then and later, led to a growing misunderstanding and estrangement, which is regrettable in Californian history. Thus ended the “lotus-land society” of California. Another society, less welcoming, less joyful, less content, but also less gentle, better equipped for state-building, and more “progressive,” replaced the old one.

By the treaty of Guadalupe Hidalgo in 1848 Mexico ceded California to the United States. It was just at this time that gold was discovered, and the new territory took on great national importance. The discussion as to what California ceded to the United States. should be done with it began in Congress in 1846, immediately involving the question of slavery. A furious conflict developed, so that nothing was accomplished in two successive sessions; even at the end of a third, in March 1849, the only progress made toward creating a government for the territory was that the national revenue laws had been extended over it and San Francisco had been made a port of entry. Meanwhile conditions grew intolerable for the inhabitants. Before the end of the war Mexican laws not incompatible with United States laws were by international law supposed to be in force; but nobody knew what they were, and the uncertainties of vague and variable alcalde jurisdictions were increased when Americans began to be alcaldes and grafted English common-law principles, like the jury, on Californian practice. Never was a population more in need of clear laws than the motley Californian people of 1848-1849, yet they had none when, with peace, military rule and Mexican law technically ended. There was a curious extra-legal fusion of laws, a half-breed legal system, and no definite basis for either law or government. Even the acts and theories of the officials were very inconsistent. Early in 1849 temporary local governments were set up in various towns, and in September a convention framed a free-state constitution and applied for admission to the Union. On the 7th of September 1850 a bill finally passed Congress admitting California as a free state. This was one of the bargains in the “Compromise Measures of 1850” that were intended to dispose of the question of slavery in the Territories. Meanwhile the gold discoveries culminated and surpassed “three centuries of wild talk about gold in California.” For three months there was little excitement, then a wild rush. Settlements were completely deserted; homes, farms and stores abandoned. Ships deserted by their sailors crowded the bay at San Francisco—there were 500 of them in July 1850; soldiers deserted wholesale, churches were emptied, town councils ceased to sit, merchants, clerks, lawyers and judges and criminals, everybody, flocked to the foothills. Soon, from Hawaii, Oregon and Sonora, from the Eastern states, the South Seas, Australia, South America The rush for gold. and China came an extraordinary flow of the hopeful and adventurous. In the winter of ’48 the rush began from the states to Panama, and in the spring across the plains. It is estimated that 80,000 men reached the coast in 1849, about half of them coming overland; three-fourths were Americans. Rapid settlement, excessive prices, reckless waste of money, and wild commercial ventures that glutted San Francisco with all objects usable and unusable made the following years astounding from an economic point of view; but not less bizarre was the social development, nor less extraordinary the problems of state-building in a society “morally and socially tried as no other American community ever has been tried” (Royce). There was of course no home life in early California. In 1850 women numbered 8% of the population, but only 2% in the mining counties. The miners were an energetic, covetous, wandering, abnormally excitable body of men. Occasionally a kind of frenzy even would seem to seize on them, and lured by the hope of new deposits of unheard-of richness thousands would flock on unfounded rumours to new and perhaps distant localities, where many might perish from disease and starvation, the rest returning in poverty and rags. Such were the Kern River fever of 1855 and the greater “Fraser River rush” of 1858, the latter, which took perhaps 20,000 men out of the state, causing a terrible amount of suffering. Many interior towns lost half their population and some virtually all their population as a result of this emigration; and it precipitated a real estate crash in San Francisco that threatened temporary ruin. Mining times in California brought out some of the most ignoble and some of the best traits of American character. Professor Josiah Royce has pictured the social-moral process by which society finally impressed its “claims on wayward and blind individuals” who “sought wealth and not a social order,” and so long as possible shirked all social obligations. Through varied instruments—lynch law, popular courts, vigilance committees—order was, however, enforced, better as times went on, until there was a stable condition of things. In the economic life and social character of California to-day the legacies of 1848 are plain.

By the Treaty of Guadalupe Hidalgo in 1848, Mexico gave California to the United States. At that time, gold was discovered, which made the new territory extremely important nationally. The debate about what to do with it started in Congress in 1846 and quickly involved the issue of slavery. A fierce conflict erupted, preventing any progress for two consecutive sessions; even at the end of a third session in March 1849, the only advancement toward establishing a government for the territory was the extension of national revenue laws over it and the designation of San Francisco as a port of entry. Meanwhile, conditions for the residents became unbearable. By the end of the war, Mexican laws that didn't completely conflict with U.S. laws were theoretically in effect according to international law, but no one knew what those laws were. The confusion from vague and inconsistent alcalde jurisdictions only worsened when Americans started becoming alcaldes and mixed in English common law principles, like trial by jury, with Californian practices. No population ever needed clear laws more than the diverse Californian population of 1848-1849, yet they had none when military rule and Mexican law technically ended with peace. There was an unusual mix of legal systems, a hybrid legal framework, and no clear foundation for either law or governance. Even the actions and theories of officials were quite inconsistent. Early in 1849, temporary local governments were established in various towns, and by September, a convention created a constitution for a free state and sought admission to the Union. On September 7, 1850, Congress finally passed a bill admitting California as a free state. This was one of the agreements in the “Compromise Measures of 1850” aimed at resolving the issue of slavery in the Territories. Meanwhile, gold discoveries reached their peak, exceeding “three centuries of wild talk about gold in California.” For three months, there was little excitement, then a massive rush began. Settlements were completely abandoned; homes, farms, and stores were left behind. Ships were abandoned by their crews, crowding the bay at San Francisco—there were 500 of them by July 1850; soldiers deserted in droves, churches emptied, town councils stopped meeting, and everyone—merchants, clerks, lawyers, judges, even criminals—flocked to the foothills. Soon, an extraordinary number of hopeful and adventurous people came from Hawaii, Oregon, Sonora, the Eastern states, the South Seas, Australia, South America, and China. In the winter of ’48, the rush began from the states to Panama, and in the spring, people crossed the plains. It’s estimated that 80,000 men made it to the coast in 1849, with about half coming overland; three-fourths were Americans. Rapid settlement, skyrocketing prices, reckless spending, and wild commercial ventures cluttered San Francisco with both useful and useless goods, making the subsequent years astonishing from an economic standpoint; but the social evolution was just as bizarre, along with the extraordinary challenges of state-building in a society “morally and socially tested as no other American community ever has been” (Royce). There was no real home life in early California. In 1850, women made up 8% of the population but only 2% in the mining counties. The miners were an energetic, greedy, wandering, and overly excitable group of men. Occasionally, they would seem to go into a frenzy, lured by the hope of discovering new sources of incredible wealth, causing thousands to flock to unverified rumors of new and possibly distant sites, where many would suffer from disease and starvation while others returned impoverished and ragged. This was seen during the Kern River fever of 1855 and the larger “Fraser River rush” of 1858, which pulled about 20,000 men out of the state and caused immense suffering. Many inland towns lost half of their population, and some almost all their residents due to this migration; it also triggered a real estate crash in San Francisco that threatened temporary ruin. The mining era in California revealed some of the worst and some of the best traits of American character. Professor Josiah Royce depicted the social and moral processes by which society ultimately imposed its “claims on wayward and blind individuals” who “sought wealth and not a social order,” while avoiding all social responsibilities for as long as possible. Through various means—vigilante justice, popular courts, and vigilance committees—order was enforced, improving as time passed until conditions stabilized. The legacies of 1848 are evident in the economic life and social character of California today.

The slavery question was not settled for California in 1850. Until the Civil War the division between the Whig and Democratic parties, whose organization in California preceded statehood, was essentially based on slavery. The struggle fused with the personal contests of two men, rivals for the United States Senate, William McKendree Gwin (1805-85, U.S. senator, 1850-55 and 1857-61), the leader of the pro-slavery party, and David Colbreth Broderick (1819-1859), formerly a leader of Tammany in New York, and after 1857 a member from California of the United States Senate, the champion of free labour, who declared in 1860 for the policy of the Republican party. Broderick’s undoing was resolved upon by the slavery party, and he was killed in a duel. The Gwin party hoped to divide California into two states and hand the southern over to slavery; on the eve of the Civil War it considered the scheme of a Pacific coast republic. The decade 1850-1860 was also marked by the activity of filibusters against Sonora and Central America. Two of these—a French adventurer, one Gaston Raoux, comte de Raousset-Boulbon (1817-1854), and William Walker, had very picturesque careers. The state was thoroughly loyal when war came. The later ’fifties are characterized by H.H. Bancroft as a period of “moral, political and financial night.” National politics were put first, to the complete ignoring of excessive taxation, financial extravagance, ignorant legislation and corruption in California. The public was exploited for many years with impunity for the benefit of private interests. One Disputed land grants. legacy that ought to be briefly noted here is that of disputed land grants. Under the Mexican régime such grants were generous and common, and the complicated formalities theoretically essential to their validity were very often, if not usually, only in part attended to. Titles thus gained would never have been questioned under continued Mexican government, but Americans were unaccustomed to such riches in land and to such laxity. From the very first hundreds “squatted” on large claims, contesting the title. Instead of confirming all claims existing when the country passed to the United States, and so ensuring an immediate settlement of the matter, which was really the most important thing for the peace and purse of the community, the United States government undertook through a land commission and courts to sift the valid from the fraudulent. Claims of enormous aggregate value were thus considered and a large part of those dating from the last years of Mexican dominion (many probably artfully concocted and fraudulently antedated after the commission was at work) were finally rejected. This litigation filled the state and federal courts for many years. The high value of realty in San Francisco naturally offered extraordinary inducements to fraud, and the largest part of the city was for years involved in fraudulent claims, and its peace broken by “squatter”-troubles. Twenty or thirty years of the state’s life were disturbed by these controversies. Land monopoly is an evil of large proportions in California to-day, but it is due to the laxness of the United States government in enabling speculators to accumulate holdings and not to the original extent of Mexican grants.

The slavery issue wasn't resolved for California in 1850. Until the Civil War, the divide between the Whig and Democratic parties, which existed in California before statehood, was mainly centered around slavery. This conflict intertwined with the rivalry between two men competing for the United States Senate: William McKendree Gwin (1805-85, U.S. senator, 1850-55 and 1857-61), head of the pro-slavery faction, and David Colbreth Broderick (1819-1859), a former Tammany leader from New York who became a California senator and supporter of free labor, who advocated for the Republican party's policies in 1860. The slavery party plotted Broderick's downfall, leading to his death in a duel. Gwin's faction aimed to split California into two states, wanting to designate the southern part for slavery; just before the Civil War, they considered establishing a Pacific coast republic. The decade from 1850 to 1860 was also marked by filibustering activities against Sonora and Central America. Two figures from this time—a French adventurer, Gaston Raoux, comte de Raousset-Boulbon (1817-1854), and William Walker—had notably colorful careers. California remained staunchly loyal when the war began. The late 1850s are described by H.H. Bancroft as a time of “moral, political, and financial darkness.” National politics took priority, completely overshadowing issues like heavy taxation, financial waste, poorly considered laws, and corruption in California. For many years, the public was exploited with little consequence for the benefit of private interests. One important legacy to mention here involves disputed land grants. During the Mexican regime, such grants were plentiful and generous, and the complex procedures needed for their validity were often only partially followed. Titles acquired this way would likely not have been questioned had the Mexican government remained in place, but Americans were unfamiliar with such vast land and the associated laxity. Right from the start, hundreds began to "squat" on large claims, contesting the titles. Instead of confirming all valid claims when the territory transitioned to the United States, which would have provided a quick resolution essential for community stability, the U.S. government opted to sift through claims via a land commission and courts to distinguish the valid from the fraudulent. This process dealt with claims of significant total value, many stemming from the final years of Mexican rule (many of which were likely fabricated or falsely dated after the commission began its work) and many were ultimately denied. This legal battle clogged state and federal courts for many years. The high real estate values in San Francisco naturally created extraordinary opportunities for fraud, leading to significant portions of the city being embroiled in fraudulent claims, and "squatter" disputes disrupted its peace. For twenty or thirty years, these controversies disturbed the state’s progress. Land monopoly remains a significant issue in California today, largely due to the U.S. government's laxity in allowing speculators to amass holdings rather than the original extent of Mexican grants.

In state gubernatorial elections after the Civil War the Democrats won in 1867, 1875, 1882, 1886, 1894; the Republicans in 1871, 1879, 1890, 1898, 1902, 1906, 1910. Features of political life and of legislation after 1876 were a strong labour agitation, 20 the struggle for the exclusion of the Chinese, for the control of hydraulic mining, irrigation, and the advancement by state-aid of the fruit interests; the last three of which have already been referred to above. Labour conditions were peculiar in the decade following 1870. Mining, war times and the building of the Central Pacific had up to then inflated prices and prosperity. Then there came a slump; probably the truth was rather that money was becoming less unnaturally abundant than that there was any over-supply of labour. The turning off of some 15,000 Chinese (principally in 1869-1870) from the Central Pacific lines who flocked to San Francisco, augmented the discontent of incompetents, of disappointed late immigrants, and the reaction from flush times. Labour unions became strong and demonstrative. In 1877-1878 Denis Kearney (1847-1907), an Irish drayman and demagogue of considerable force and daring, headed the discontented. This is called the “sand-lots agitation” from the favourite meeting-place (in San Francisco) of the agitators.

In state gubernatorial elections after the Civil War, the Democrats won in 1867, 1875, 1882, 1886, and 1894; the Republicans won in 1871, 1879, 1890, 1898, 1902, 1906, and 1910. After 1876, political life and legislation featured strong labor activism, the push for excluding Chinese immigrants, the regulation of hydraulic mining, irrigation issues, and state support for the fruit industry; the last three have been mentioned earlier. Labor conditions were unique in the decade following 1870. Mining, wartime economy, and the construction of the Central Pacific had previously inflated prices and led to prosperity. Then came a downturn; the reality was likely that money was becoming less artificially abundant rather than there being an oversupply of labor. The dismissal of around 15,000 Chinese workers (mainly between 1869 and 1870) from the Central Pacific lines, who then flocked to San Francisco, fueled the discontent of unskilled workers, disappointed newcomers, and the backlash from better times. Labor unions grew stronger and more vocal. In 1877-1878, Denis Kearney (1847-1907), an Irish drayman and charismatic leader, represented the disgruntled. This period is referred to as the “sand-lots agitation” because of the popular meeting spot (in San Francisco) for the protesters.

The outcome of these years was the Constitution of 1879, already described, and the exclusion of Chinese by national law. In 1879 California voted against further immigration of Chinese by 154,638 to 883. Congress re-enacted exclusion legislation in 1902. All authorities agree that the Chinese in early years were often abused in the mining country and their rights most unjustly neglected by the law and its officers. Men among the most respected in California (Joaquin Miller, H.H. Bancroft and others) have said most in praise and defence of the Chinaman. From railroad making to cooking he has proved his abilities and trustworthiness. He is found to-day in the mines and fisheries, in various lines of manufacture, in small farming, and in all branches of domestic service. The question of the economic development of the state, and of trade to the Orient, the views of the mercenary labour-contractor and of the philanthropist, the factor of “upper-race” repugnance, the “economic-leech” argument, the “rat-rice-filth-and-opium” argument, have all entered into the problem. Certain it is that though the unprejudiced must admit that exclusion has not been at all an unmixed blessing, yet the consensus of opinion is that a large population, non-citizen and non-assimilable, sending—it is said—most of their earnings to China, living in the main meanly at best, and practically without wives, children or homes, is socially and economically a menace outweighing the undoubted convenience of cheaper (and frequently more trustworthy) menial labour than the other population affords. The exclusion had much to do with making the huge single crop ranches unprofitable and in leading to their replacement by small farms and varied crops. Many of the Chinese now in the state are wealthy. Race feeling against them has become much less marked.

The result of these years was the Constitution of 1879, which has been discussed, along with the national law that excluded Chinese people. In 1879, California voted against further Chinese immigration by 154,638 to 883. Congress renewed exclusion legislation in 1902. Everyone agrees that the Chinese were often mistreated in the mining regions and their rights were unjustly ignored by the law and its officials. Many of California's most respected figures (like Joaquin Miller, H.H. Bancroft, and others) have praised and defended Chinese people. From building railroads to cooking, they have demonstrated their skills and reliability. Today, they can be found in mines, fisheries, various manufacturing jobs, small farming, and all areas of domestic work. The issues of the state's economic development, trade with the Orient, the perspectives of profit-driven labor contractors and philanthropists, the prejudice of the “upper race,” and arguments about “economic leeches,” as well as “rat-rice-filth-and-opium,” have all played a role in this situation. While it's clear that exclusion hasn't been purely beneficial, the general opinion is that having a large population of non-citizens who don’t assimilate—who supposedly send most of their earnings back to China, live mostly in poverty, and lack wives, children, or homes—is a social and economic threat that outweighs the undeniable convenience of having cheaper (and often more reliable) labor than what the rest of the population provides. Exclusion contributed to making large single-crop ranches unprofitable, leading to a shift toward smaller farms and diverse crops. Many Chinese people in the state are now wealthy, and racial animosity toward them has significantly decreased.

One outcome of early mission history, the “Pious Fund of the Californias,” claimed in 1902 the attention of the Hague Tribunal. (See Arbitration, International, Hague cases section.) In 1906-1907 there was throughout the state a remarkable anti-Japanese agitation, centring in San Francisco (q.v.) and affecting international relations and national politics.

One outcome of early mission history, the “Pious Fund of the Californias,” claimed in 1902 the attention of the Hague Tribunal. (See Arbitration, International, Hague cases section.) In 1906-1907 there was throughout the state a remarkable anti-Japanese agitation, centring in San Francisco (q.v.) and affecting international relations and national politics.

Governors of California (State)6

California Governors (State)__A_TAG_PLACEHOLDER_0__

I. Spanish
Gasper de Portolá served 1767-1770
Filipe de Barri  ”  1771-1774
Felipe de Neve  ”  1774-1782
Pedro Pages  ”  1782-1791
Jose Antonio Romeu  ”  1791-1792
*José Joaquin de Arillaga  ”  1792-1794
Diego de Borica  ”  1794-1800
*José Joaquin de Arillaga  ”  1800-1804
José Joaquin de Arillaga  ”  1804-1814
*José Diario Arguello  ”  1814-1815
Pablo Vicente de Sola  ”  1815-1822
II. Mexican
Pablo Vicente de Sola served 1822
*Luis Antonio Arguello  ”  1822-1825
José Maria Echeandía  ”  1825-1831
Manuel Victoria  ”  1831
José Maria Echeandía7  ”  1831-1832
Pio Pico8  ”  1832
José Figueroa  ”  1832-1835
*José Castro  ”  1835-1836
*Nicolas Gutierrez  ”  1836
Mariano Chico  ”  1836
Nicolas Gutierrez  ”  1836
Juan Bautista Alvarado9  ”  1836-1842
Carlos Antonio Carrillo10  ”  1837-1838
Manuel Micheltorena  ”  1842-1845
Pio Pico  ”  1845-1846
III American
(a) Military
John D. Sloat appointed 1846
Richard F. Stockton   ”   1846-1847
Stephen W. Kearny   ”   1847
R.B. Mason   ”   1847-1849
Bennett Riley   ”   1849
(b) State.
Peter H. Burnett 1849-1851 Democrat
*John H. McDougall 1851-1852   ”
John Bigler 1852-1856   ”
John M. Johnson 1856-1858 Know Nothing
John B. Weller 1858-1860 Lecompton Democrat
Milton S. Latham 1869    (6 days)   ”   ”
*John G. Downey 1860-1862   ”   ”
Leland Stanford 1862-1863 Republican
Frederick F. Low 1863-1867   ”
Henry H. Haight 1867-1871 Democrat
Newton Booth 1871-1875 Republican
*Romualdo Pacheco 1875   ”
William Irwin 1875-1880 Democrat
George G. Perkins 1880-1883 Republican
George C. Stoneman 1883-1887 Democrat
Washington Bartlett 1887   ”
*Robert W. Waterman 1887-1891 Republican
Henry H. Markham 1891-1895   ”
James H. Budd 1895-1899 Democrat
Henry T. Gage 1899-1903 Republican
George C. Pardee 1903-1907   ”
James N. Gillett 1907-1911   ”
Hiram W. Johnson 1911-   ”

The mark * before the name of one of the Spanish governors indicates that he acted only ad interim, and, in the case of governors since 1849, that the officer named was elected as lieutenant-governor and succeeded to the office of governor.

The * before the name of a Spanish governor shows that he served only ad interim, and for governors since 1849, it means the person named was elected as lieutenant governor and took over as governor.

Bibliography.—For list of works on California, see University of California Library Bulletin, No. 9, 1887, “List of Printed Maps of California”; catalogue of state official publications by State Library (Sacramento, 1894). The following may be cited here on different aspects:—

References.—For a list of works on California, see the University of California Library Bulletin, No. 9, 1887, “List of Printed Maps of California"; the catalog of state official publications by the State Library (Sacramento, 1894). The following can be referenced here on different aspects:—

Topography.—J. Muir, Mountains of California (New York, 1894); H. Gannett, “Dictionary of Elevations” (1898), and “River Profiles,” publications of United States Geological Survey; G.W. James, The Wonders of the Colorado Desert (2 vols., Boston, 1906).

Geography.—J. Muir, Mountains of California (New York, 1894); H. Gannett, “Dictionary of Elevations” (1898) and “River Profiles,” publications of United States Geological Survey; G.W. James, The Wonders of the Colorado Desert (2 vols., Boston, 1906).

Climate, &c.—U.S. Department of Agriculture, California Climate and Crop Service, monthly reports; E.S. Holden, Recorded, Earthquakes in California, Lower California, Oregon, and Washington Territory (California State University, 1887); United States Department Agriculture, Weather Bureau, Bulletins, Alexander G. McAdie, “Climatology of California” (Washington, 1903). There is a great mass of general descriptive literature, especially on Southern California, such as Charles Dudley Warner, Our Italy (New York, 1891); Kate Sanborn, A Truthful Woman in Southern California (New York, 1893); W. Lindley and J.P. Widney, California of the South (New York, 1896); J.W. Hanson, American Italy (Chicago, 1896); T.S. Van Dyke, Southern California (New York, 1886), &c.

Climate, etc.—U.S. Department of Agriculture, California Climate and Crop Service, monthly reports; E.S. Holden, Recorded Earthquakes in California, Lower California, Oregon, and Washington Territory (California State University, 1887); United States Department of Agriculture, Weather Bureau, Bulletins, Alexander G. McAdie, “Climatology of California” (Washington, 1903). There is a large body of general descriptive literature, especially on Southern California, such as Charles Dudley Warner, Our Italy (New York, 1891); Kate Sanborn, A Truthful Woman in Southern California (New York, 1893); W. Lindley and J.P. Widney, California of the South (New York, 1896); J.W. Hanson, American Italy (Chicago, 1896); T.S. Van Dyke, Southern California (New York, 1886), etc.

Fauna, Flora.—Muir, op. cit.; United States Geological Survey, 19th Annual Report, pt. v., H. Gannett, “Forests of the United States”; idem, 20th Annual Report, pt. v., “United States Forest Reserves”; United States Division of Forestry, Bulletin No. 28, “A Short Account of the Big Trees of California” (1900), No. 38, “The Redwood” (a volume, 1903), also Professional Papers, e.g. No. 8, J.B. Leiberg, “Forest Conditions in the Northern Sierra Nevada” (1902); California Board of Forestry, Reports (1885-  ); 21 United States Censuses, reports on forests; United States Biological Survey, North American Fauna, No. 16, 1899, C.H. Merriam, “Biological Survey of Mt. Shasta”; United States Department Agriculture, Contributions from United States National Herbarium, iv., 1893, F.V. Coville, “Botany of Death Valley Expedition”; State Board of Fish Commissioners, Reports, from 1877; United States Fish Commissioners, Annual Reports, from 1871, and Bulletins from 1882; J. le Conte, “Flora of the Coast Islands” (1887), being Bulletin No. 8 of California Academy of Sciences; consult also its Proceedings, Memoirs, and Occasional Papers; G.J. Peirce, Studies on the Coast Redwood (publication of Leland Stanford jr. University, 1901).

Wildlife, Plants.—Muir, op. cit.; United States Geological Survey, 19th Annual Report, pt. v., H. Gannett, “Forests of the United States”; same author, 20th Annual Report, pt. v., “United States Forest Reserves”; United States Division of Forestry, Bulletin No. 28, “A Short Account of the Big Trees of California” (1900), No. 38, “The Redwood” (a volume, 1903), also Professional Papers, e.g. No. 8, J.B. Leiberg, “Forest Conditions in the Northern Sierra Nevada” (1902); California Board of Forestry, Reports (1885-  ); 21 United States Censuses, reports on forests; United States Biological Survey, North American Fauna, No. 16, 1899, C.H. Merriam, “Biological Survey of Mt. Shasta”; United States Department Agriculture, Contributions from United States National Herbarium, iv., 1893, F.V. Coville, “Botany of Death Valley Expedition”; State Board of Fish Commissioners, Reports, from 1877; United States Fish Commissioners, Annual Reports, from 1871, and Bulletins from 1882; J. le Conte, “Flora of the Coast Islands” (1887), being Bulletin No. 8 of California Academy of Sciences; consult also its Proceedings, Memoirs, and Occasional Papers; G.J. Peirce, Studies on the Coast Redwood (publication of Leland Stanford Jr. University, 1901).

Agriculture.—California Agricultural Experiment Station, Bulletins from 1884; Reports of the State Dairy Bureau, from 1898; State Board of Horticulture, Reports, 1889-1894; United States Censuses, 1890 and 1900, reports on irrigation.

Farming.—California Agricultural Experiment Station, Bulletins since 1884; Reports of the State Dairy Bureau, since 1898; State Board of Horticulture, Reports, 1889-1894; United States Censuses, 1890 and 1900, reports on irrigation.

Industries.—J.S. Hittell, Resources of California (7th ed., San Francisco, 1879); J.S. Hittell, Commerce and Industries of the Pacific Coast (San Francisco, 1882); T.F. Cronise, Natural Wealth of California (San Francisco, 1868); E.W. Maslin, Resources of California, prepared by order of Governor H.H. Markham (Sacramento, 1893); United States Treasury, Bureau of Statistics, report by T.J. Vivian on “Commercial, Industrial, Agricultural, Transportation and Other Industries of California” (Washington 1890, valuable for whole period before 1890); United States Censuses, 1890 and 1900, reports on agriculture, manufactures, mines and fisheries; California State Board of Trade (San Francisco), Annual Report from 1890. On Mineral Industries:—J.R. Browne, Report on “Mineral Resources of the States and Territories west of the Rocky Mountains” (United States Treasury, 2 vols., Washington, 1867-1868); United States Geological Survey, Annual Reports, Mineral Resources; consult also the bibliographies of publications of the Survey, issued as Bulletins; California State Mining Bureau, Bulletins from 1888, note especially No. 30, 1904, by A.W. Vodges, “Bibliography relating to the Geology, Palaeontology and Mineral Resources of California” (2nd ed., the 1st being Bulletin No. 10, 1896); California Débris Commission, Reports (in Annual Reports Chief of Engineers, United States Army, from 1893).

Industries.—J.S. Hittell, Resources of California (7th ed., San Francisco, 1879); J.S. Hittell, Commerce and Industries of the Pacific Coast (San Francisco, 1882); T.F. Cronise, Natural Wealth of California (San Francisco, 1868); E.W. Maslin, Resources of California, prepared for Governor H.H. Markham (Sacramento, 1893); United States Treasury, Bureau of Statistics, report by T.J. Vivian on “Commercial, Industrial, Agricultural, Transportation and Other Industries of California” (Washington 1890, valuable for the entire period before 1890); United States Censuses, 1890 and 1900, reports on agriculture, manufacturing, mining, and fishing; California State Board of Trade (San Francisco), Annual Report from 1890. On Mineral Industries:—J.R. Browne, Report on “Mineral Resources of the States and Territories west of the Rocky Mountains” (United States Treasury, 2 vols., Washington, 1867-1868); United States Geological Survey, Annual Reports, Mineral Resources; also check the bibliographies of publications from the Survey, issued as Bulletins; California State Mining Bureau, Bulletins from 1888, especially No. 30, 1904, by A.W. Vodges, “Bibliography relating to the Geology, Palaeontology and Mineral Resources of California” (2nd ed., the 1st being Bulletin No. 10, 1896); California Débris Commission, Reports (in Annual Reports Chief of Engineers, United States Army, from 1893).

Government.—E.F. Treadwell, The Constitution of the State of California ... Annotated (San Francisco, 1902); Johns Hopkins University, Studies in History and Political Science, xiii., R.D. Hunt, “Genesis of California’s First Constitution”; Annals of the American Academy of Political and Social Science, xii., R.D. Hunt, “Legal Status of California, 1846-1849”; Reports of the various officers, departments and administrative boards of the state government (Sacramento), and also the Appendix to the Journals of the Senate and Assembly, which contains, especially in the earlier decades of the state’s history, many of these state official reports along with valuable legislative reports of varied character.

Government.—E.F. Treadwell, The Constitution of the State of California ... Annotated (San Francisco, 1902); Johns Hopkins University, Studies in History and Political Science, xiii., R.D. Hunt, “Genesis of California’s First Constitution”; Annals of the American Academy of Political and Social Science, xii., R.D. Hunt, “Legal Status of California, 1846-1849”; Reports from various officers, departments, and administrative boards of the state government (Sacramento), as well as the Appendix to the Journals of the Senate and Assembly, which includes, especially in the earlier decades of the state’s history, many of these official state reports along with valuable legislative reports of various kinds.

History.—Accounts of the valuable archives in Bancroft, and by Z.E. Eldridge in California Genealogical Society (1901); elaborate bibliographies in Bancroft with analyses and appreciations of many works. Of general scope and fundamental importance is the work of two men, Hubert H. Bancroft and Theodore H. Hittell. The former has published a History of California, 1542-1890 (7 vols., San Francisco, 1884-1890), also California Pastoral, 1769-1848 (San Francisco, 1888), California Inter-Pocula, 1848-1856 (San Francisco, 1888), and Popular Tribunals (2 vols., San Francisco, 1887). These volumes were largely written under Mr. Bancroft’s direction and control by an office staff, and are of very unequal value; they are a vast storehouse of detailed material which is of great usefulness, although their judgments of men are often inadequate and prejudiced. As regards events the histories are of substantial accuracy and adequacy. Written by one hand and more uniform in treatment and good judgment, is T.H. Hittell’s History of California (4 vols., San Francisco, 1885-1897). The older historian of the state was Francisco Palou, a Franciscan, the friend and biographer of Serra; his “Noticias de la Nueva California” (Mexico, 1857, in the Doc. Hist. Mex., ser. iv., tom, vi.-viii.; also San Francisco, 1874, 4 vols.) is no longer of importance save for its historical interest. Of the contemporary material on the period of Mexican domination the best is afforded by R.H. Dana’s Two Years Before the Mast (New York, 1840, many later and foreign editions); also A. Robinson, Life in California (New York, 1846); and Alexander Forbes, California: A History of Upper and Lower California from their First Discovery to the Present Time (London, 1839); see also F.W. Blackmar, “Spanish Institutions of the Southwest” (Johns Hopkins University Studies, 1891). A beautiful, vivid and reputedly very accurate picture of the old society is given in Helen Hunt Jackson’s novel, Ramona (New York, 1884). There is no really scientific separate account of mission history; there are books by Father Z. Engelhart, The Franciscans in California (Harbor Springs, Michigan, 1899), written entirely from a Franciscan standpoint; C.F. Carter, Missions of Nueva California (San Francisco, 1900); Bryan J. Clinch, California and its Missions: Their History to the Treaty of Guadalupe Hidalgo (2 vols., San Francisco, 1904); Francisco Palou, Relacion Historica de la Vida ... del Fray Junipero Serra (Mexico, 1787), the standard contemporary source; the Craftsman (Syracuse, N.Y., vol. v.), a series of articles on “Mission Buildings,” by G.W. James. On the case of the Pious Fund of the missions see J.F. Doyle, History of the Pious Fund (San Francisco, 1887); United States Department of State, “United States v. Mexico. Report of J.H. Ralston, agent of the United States and of counsel in the matter of the Pious Fund of the Californias” (Washington, 1902). On the “flush” mining years the best books of the time are J.Q. Thornton’s Oregon and California (2 vols., New York, 1849); Edward Bryant’s What I Saw in California (New York, 1848); W. Shaw’s Golden Dreams (London, 1851); Bayard Taylor’s Eldorado (2 vols., New York, 1850); W. Colton’s Three Years in California (New York, 1850); E.G. Buffum’s Six Months in the Gold Mines; from a Journal of Three Years’ Residence in Upper and Lower California (London, 1850); J.T. Brooks’ Four Months among the Gold Finders (London, 1849); G.G. Foster, Gold Regions of California (New York, 1884). On this same period consult Bancroft’s Popular Tribunals; D.Y. Thomas, “A History of Military Government in Newly Acquired Territory of the United States,” in vol. xx. No. 2 (New York, 1904) of Columbia University Studies in History, Economics, and Public Law; C.H. Shinn’s Mining Camps: A Study in American Frontier Government (New York, 1885); J. Royce, California ... A Study of American Character, 1846-1856 (Boston, 1886); and, for varied pictures of mining and frontier life, the novels and sketches and poems of Bret Harte. See also P.H. Burnet, Recollections and Opinions of an Old Pioneer (New York, 1880); S.J. Field, Personal Reminiscences of Early Days in California (privately published, copyright 1893).

History.—There are valuable accounts of the archives in Bancroft and by Z.E. Eldridge in California Genealogical Society (1901); comprehensive bibliographies in Bancroft that analyze and appreciate many works. Of general significance are the contributions of two individuals, Hubert H. Bancroft and Theodore H. Hittell. Bancroft published a History of California, 1542-1890 (7 vols., San Francisco, 1884-1890), along with California Pastoral, 1769-1848 (San Francisco, 1888), California Inter-Pocula, 1848-1856 (San Francisco, 1888), and Popular Tribunals (2 vols., San Francisco, 1887). These volumes were primarily written with Mr. Bancroft's oversight by an office staff and vary greatly in quality; they serve as a vast repository of detailed information that is quite useful, even though their assessments of individuals can often be inadequate and biased. In terms of events, the histories are generally accurate and sufficient. T.H. Hittell’s History of California (4 vols., San Francisco, 1885-1897), written consistently by one author with better treatment and judgment, stands out. The earlier historian of the state was Francisco Palou, a Franciscan and friend of Serra; his “Noticias de la Nueva California” (Mexico, 1857, in the Doc. Hist. Mex., ser. iv., tom. vi.-viii.; also San Francisco, 1874, 4 vols.) is no longer significant except for its historical interest. Regarding contemporary material from the Mexican period, some of the best resources include R.H. Dana’s Two Years Before the Mast (New York, 1840, many later and foreign editions); A. Robinson, Life in California (New York, 1846); and Alexander Forbes, California: A History of Upper and Lower California from their First Discovery to the Present Time (London, 1839); also see F.W. Blackmar’s article, “Spanish Institutions of the Southwest” (Johns Hopkins University Studies, 1891). A beautifully vivid and reportedly accurate portrayal of the old society is found in Helen Hunt Jackson’s novel, Ramona (New York, 1884). There is no scientifically rigorous separate account of mission history; works by Father Z. Engelhart, The Franciscans in California (Harbor Springs, Michigan, 1899), take a completely Franciscan perspective; C.F. Carter, Missions of Nueva California (San Francisco, 1900); Bryan J. Clinch, California and its Missions: Their History to the Treaty of Guadalupe Hidalgo (2 vols., San Francisco, 1904); Francisco Palou, Relacion Historica de la Vida ... del Fray Junipero Serra (Mexico, 1787), remains the standard contemporary source; and the Craftsman (Syracuse, N.Y., vol. v.) includes a series of articles on “Mission Buildings” by G.W. James. For information on the Pious Fund of the missions, see J.F. Doyle, History of the Pious Fund (San Francisco, 1887); United States Department of State, “United States v. Mexico. Report of J.H. Ralston, agent of the United States and of counsel in the matter of the Pious Fund of the Californias” (Washington, 1902). For the “gold rush” years, notable books include J.Q. Thornton’s Oregon and California (2 vols., New York, 1849); Edward Bryant’s What I Saw in California (New York, 1848); W. Shaw’s Golden Dreams (London, 1851); Bayard Taylor’s Eldorado (2 vols., New York, 1850); W. Colton’s Three Years in California (New York, 1850); E.G. Buffum’s Six Months in the Gold Mines; from a Journal of Three Years’ Residence in Upper and Lower California (London, 1850); J.T. Brooks’ Four Months among the Gold Finders (London, 1849); G.G. Foster, Gold Regions of California (New York, 1884). For this same era, refer to Bancroft’s Popular Tribunals; D.Y. Thomas, “A History of Military Government in Newly Acquired Territory of the United States,” in vol. xx. No. 2 (New York, 1904) of Columbia University Studies in History, Economics, and Public Law; C.H. Shinn’s Mining Camps: A Study in American Frontier Government (New York, 1885); J. Royce, California ... A Study of American Character, 1846-1856 (Boston, 1886); and for varied portrayals of mining and frontier life, the novels, sketches, and poems of Bret Harte. Also check P.H. Burnet’s Recollections and Opinions of an Old Pioneer (New York, 1880); S.J. Field’s Personal Reminiscences of Early Days in California (privately published, copyright 1893).


1 In December 1904 Salton Sea was dry; in February 1906 it was occupied by a lake 60 m. long.

1 In December 1904 Salton Sea was dry; in February 1906 it was occupied by a lake 60 m. long.

2 During the interval from 1850 to 1872 the yearly rainfall at San Francisco ranged from 11.37 to 49.27 in.; from 1850 to 1904 the average was 22.74, and the probable annual variation 4 in.

2 During the interval from 1850 to 1872 the yearly rainfall at San Francisco ranged from 11.37 to 49.27 in.; from 1850 to 1904 the average was 22.74, and the probable annual variation 4 in.

3 The means for Los Angeles and Red Bluff, of Redding and Fresno, of San Diego and Sacramento, of San Francisco or Monterey and Independence, are respectively about the same; and all of them lie between 56° and 63° F. The places mentioned are scattered over 3½° of longitude and 6½° of latitude.

3 The means for Los Angeles and Red Bluff, of Redding and Fresno, of San Diego and Sacramento, of San Francisco or Monterey and Independence, are respectively about the same; and all of them lie between 56° and 63° F. The places mentioned are scattered over 3½° of longitude and 6½° of latitude.

4 Small masses of water made to fall great distances and the use of turbines are important features of such plants. One on the North Yuba river at Colgate, where there is a 700 ft. fall, serves Oakland, San Jose and San Francisco, at high pressure yielding in San Francisco (220 m. away) 75% of its power. Other plants are one at Electra (154 m. from San Francisco), and one on the San Joaquin, which delivers to Fresno 62 m. distant.

4 Small masses of water made to fall great distances and the use of turbines are important features of such plants. One on the North Yuba river at Colgate, where there is a 700 ft. fall, serves Oakland, San Jose and San Francisco, at high pressure yielding in San Francisco (220 m. away) 75% of its power. Other plants are one at Electra (154 m. from San Francisco), and one on the San Joaquin, which delivers to Fresno 62 m. distant.

5 The 1905 census of manufactures deals only with establishments under the factory system; its figures for 1905 and the figures for 1900 reduced to the same limits are as follows:—total value of products, 1905, $367,218,494; 1900, $257,385,521, an increase of 42.7%; leading industries, with value of product in millions of dollars—canning and preserving, first in 1905 with 23.8 millions, third in 1900 with 13.4 millions; slaughtering and meat-packing, second in 1905 with 21.79 millions, first in 1900 with 15.71 millions; flour and grist mill products, third in 1905 with 20.2 millions, fourth in 1900 with 13.04 millions; lumber and timber, fourth in 1905 with 18.27 millions, second in 1900 with 13.71 millions; printing and publishing, fifth in 1905 with 17.4 millions, sixth in 1900 with 9.6 millions; foundry and machine shop products, sixdth in 1905 with 15.7 millions, fifth in 1900 with 12.04 millions; planing mill products, seventh in 1905 with 13.9 millions, twelfth in 1900 with 4.8 millions; bread and other bakery products, eighth in 1905 with 10.6 millions, eleventh in 1900 with 4.87 millions.

5 The 1905 census of manufactures deals only with establishments under the factory system; its figures for 1905 and the figures for 1900 reduced to the same limits are as follows:—total value of products, 1905, $367,218,494; 1900, $257,385,521, an increase of 42.7%; leading industries, with value of product in millions of dollars—canning and preserving, first in 1905 with 23.8 millions, third in 1900 with 13.4 millions; slaughtering and meat-packing, second in 1905 with 21.79 millions, first in 1900 with 15.71 millions; flour and grist mill products, third in 1905 with 20.2 millions, fourth in 1900 with 13.04 millions; lumber and timber, fourth in 1905 with 18.27 millions, second in 1900 with 13.71 millions; printing and publishing, fifth in 1905 with 17.4 millions, sixth in 1900 with 9.6 millions; foundry and machine shop products, sixdth in 1905 with 15.7 millions, fifth in 1900 with 12.04 millions; planing mill products, seventh in 1905 with 13.9 millions, twelfth in 1900 with 4.8 millions; bread and other bakery products, eighth in 1905 with 10.6 millions, eleventh in 1900 with 4.87 millions.

6 As months and even years often elapsed between the date when early governors were appointed and the beginning of their actual service, the date of commission is disregarded, and the date of service given. Sometimes this is to be regarded as beginning at Monterey, sometimes elsewhere in California, sometimes at Loreto in Lower California. All the Spanish and Mexican governors were appointed by the national government, except in the case of the semi-revolutionary rulers of 1831-1832 and 1836 (Alvarado), whose title rested on revolution, or on local choice under a national statute regarding gubernatorial vacancies.

6 As months and even years often elapsed between the date when early governors were appointed and the beginning of their actual service, the date of commission is disregarded, and the date of service given. Sometimes this is to be regarded as beginning at Monterey, sometimes elsewhere in California, sometimes at Loreto in Lower California. All the Spanish and Mexican governors were appointed by the national government, except in the case of the semi-revolutionary rulers of 1831-1832 and 1836 (Alvarado), whose title rested on revolution, or on local choice under a national statute regarding gubernatorial vacancies.

7 Acting political chief, revolutionary title.

__A_TAG_PLACEHOLDER_0__ Acting political leader, revolutionary title.

8 Briefly recognized in South.

__A_TAG_PLACEHOLDER_0__ Briefly noted in the South.

9 Revolutionary title, 1836-1838.

__A_TAG_PLACEHOLDER_0__ Revolutionary title, 1836-1838.

10 Appointed 1837, never recognized in the North.

10 Appointed 1837, never recognized in the North.


CALIFORNIA, LOWER (Baja California), a long narrow peninsula between the Gulf of California and the Pacific Ocean, forming a territory of the republic of Mexico. Pop. (1895), 42,245; (1900) 47,624. Lower California is a southward extension of the State of California, United States, and is touched by only one of the Mexican states, that of Sonora on the E. The peninsula is about 760 m. long and from 30 to 150 m. wide, and has an area of 58,328 sq. m. It is traversed throughout its entire length by an irregular range of barren mountains, which slopes toward the Pacific in a succession of low hills, but breaks down abruptly toward the Gulf. The coast has two or three good sheltered bays, that of La Paz on the Gulf side and of Magdalena on the Pacific side being best known. The coast is bordered by numerous islands, especially on the eastern side. The general appearance of the surface is arid and desolate, partly because of the volcanic remains, and partly because of the scanty rainfall, which is insufficient to support vegetation other than that of the desert except in the deeper mountain valleys. The northern part is hot and dry, like southern California, but the southern part receives more rain and has some fertile tracts, with a mild and pleasant climate. The principal natural product in this region is orchil, or Spanish moss, but by means of irrigation the soil produces a considerable variety of products, including sugar cane, cotton, cassava, cereals, tobacco and grapes. Horses, sheep and cattle are raised in the fertile valleys, but only to a limited extent. The territory is rich in minerals, among which are gold, silver, copper, lead, gypsum, coal and salt. The silver mines near La Paz were worked by the Jesuits as early as 1700. There are also extensive pearl fisheries in the Gulf, La Paz being the headquarters of the industry, and whale fisheries on the W. coast in the vicinity of Magdalena Bay. The development of mining and other industries in the territory has led to an extension of the California railway system southward into the peninsula, with the Mexican government’s permission, the first section of 37 m. from the northern frontier being completed and opened to traffic in 1907. The territory is divided into two districts, the northern having its capital at the insignificant little village of La Ensenada, on Todos Santos Bay, and the southern having its capital at La Paz, at the head of a deep bay opening into the Gulf. La Paz is a port of call for steamships running between Mazatlan and San Francisco, and had a population of 5056 in 1900. La Ensenada (pop. in 1906, about 1500), 65 m. by sea S. of San Diego, Cal., is the only port for the northern part of the territory, and supplies a district extending 250 m. along the coast and 60 m. inland, including the mining camps of the north; it manufactures and exports flour and leather.

CALIFORNIA, LOWER (Baja California), a long narrow peninsula between the Gulf of California and the Pacific Ocean, is part of the republic of Mexico. Population (1895) was 42,245; (1900) 47,624. Lower California extends southward from California, United States, and only borders one Mexican state, Sonora, on the east. The peninsula is about 760 miles long and varies from 30 to 150 miles wide, covering an area of 58,328 square miles. It features an irregular range of barren mountains running its entire length, sloping towards the Pacific with a series of low hills, but dropping steeply towards the Gulf. The coast has two or three good sheltered bays, with La Paz on the Gulf side and Magdalena on the Pacific side being the most notable. Numerous islands, particularly on the eastern side, border the coast. The general appearance of the region is dry and bleak, partly due to volcanic remnants and partly because of insufficient rainfall, which only supports desert vegetation except in the deeper mountain valleys. The northern part is hot and dry, similar to southern California, while the southern part gets more rain and has some fertile areas, enjoying a mild and pleasant climate. The main natural product in this area is orchil, or Spanish moss, but through irrigation, the soil produces a variety of crops, including sugar cane, cotton, cassava, grains, tobacco, and grapes. Horses, sheep, and cattle are raised in the fertile valleys, but only on a limited scale. The region is rich in minerals, including gold, silver, copper, lead, gypsum, coal, and salt. The silver mines near La Paz were worked by the Jesuits as early as 1700. There are also extensive pearl fisheries in the Gulf, with La Paz as the industry’s hub, as well as whaling activities on the western coast near Magdalena Bay. The development of mining and other industries has led to an expansion of the California railway system south into the peninsula, with permission from the Mexican government; the first section of 37 miles from the northern border was completed and opened to traffic in 1907. The territory is divided into two districts, the northern one having its capital in the small village of La Ensenada, on Todos Santos Bay, and the southern one with its capital in La Paz, at the head of a deep bay that opens into the Gulf. La Paz serves as a port of call for steamships traveling between Mazatlan and San Francisco and had a population of 5,056 in 1900. La Ensenada (population in 1906 was about 1,500), located 65 miles by sea south of San Diego, California, is the only port for the northern part of the territory and services a district that stretches 250 miles along the coast and 60 miles inland, including the northern mining camps; it manufactures and exports flour and leather.

By orders of Cortés the coast of Lower California was explored in 1539 by Francisco de Ulloa, but no settlement resulted. It was called California, the name (according to E.E. Hale) being derived from a popular Spanish romance of that time, entitled Sergas de Esplandian, in which an island named California was mentioned and situated “on the right hand of the Indies, very 22 near the terrestrial paradise.” The name must have been given derisively, as the barren coasts of Lower California could not have suggested the proximity of a “terrestrial paradise.” The exploration of the coast did not extend above the peninsula until 1842. The name California was at first applied exclusively to the peninsula; later, on the supposition that a strait connected the Pacific with the head of the Gulf of California, the name Islas Californias was frequently used. This erroneous theory was held as late as 1721. The first settlement was made in 1597, but was abandoned. From 1633 to 1683 five unsuccessful attempts were made to establish a settlement at La Paz. Finally the Jesuits succeeded in founding a mission at Loreto on the Gulf coast, in about 26° N. lat., in 1697, and at La Paz in 1720. At the time of their expulsion (1767) they had sixteen missions which were either self-supporting or were maintained by funds invested for that special purpose. The settlement of Upper California began in 1769, after which the two provinces were distinguished as California Baja or Antigua, and California Alta, the seat of government remaining in the former for a short time. The two provinces were separated in 1804, were united under one governor residing in California Alta in 1825, and were then reunited in a single department through the political changes of 1836, which lasted no later than 1847. Lower California was only slightly disturbed by the struggle for independence among the Spanish-American colonies, but in 1822 Admiral Lord Cochrane, who was in the service of the Chilean revolutionists, appeared on the coast and plundered San José del Cabo, Todos Santos and Loreto. In the war between Mexico and the United States La Paz and other coast towns were occupied by small detachments from California. In 1853 a filibustering expedition against Sonora under William Walker took possession of La Paz and proclaimed a republic consisting of Sonora and the peninsula. Fearing an attack from the mainland, the filibusters first withdrew to La Ensenada, near the American frontier, and then in the following year broke up altogether during an attempt to invade Sonora by land. A revolution under the leadership of Marquez de Leon in 1879 met with some temporary success, but died for want of material support in 1880. The development of mining and other industries since that time, together with vigorous efforts to found colonies in the more favoured localities, have greatly improved the situation in the territory.

By orders of Cortés, the coast of Lower California was explored in 1539 by Francisco de Ulloa, but no settlement was established. It was called California, a name (according to E.E. Hale) derived from a popular Spanish romance of that time, titled Sergas de Esplandian, which mentioned an island named California located “on the right hand of the Indies, very 22 close to the earthly paradise.” The name was likely given mockingly, as the barren coasts of Lower California clearly didn't resemble a “terrestrial paradise.” The exploration of the coast didn't extend beyond the peninsula until 1842. Initially, the name California exclusively referred to the peninsula; later, based on the assumption that a strait connected the Pacific with the Gulf of California, the name Islas Californias was frequently used. This incorrect theory persisted as late as 1721. The first settlement was established in 1597 but was abandoned. From 1633 to 1683, there were five unsuccessful attempts to set up a settlement at La Paz. Eventually, the Jesuits succeeded in founding a mission at Loreto on the Gulf coast, around 26° N latitude, in 1697, and at La Paz in 1720. By the time of their expulsion in 1767, they had sixteen missions that were either self-sufficient or supported by funds specifically designated for that purpose. The settlement of Upper California began in 1769, after which the two provinces were identified as California Baja or Antigua, and California Alta, with the government temporarily residing in the former. The two provinces were separated in 1804, united under one governor in California Alta in 1825, and then consolidated into a single department due to political changes in 1836, lasting until no later than 1847. Lower California experienced minimal disruption from the independence struggles among the Spanish-American colonies, but in 1822, Admiral Lord Cochrane, serving the Chilean revolutionists, appeared on the coast and plundered San José del Cabo, Todos Santos, and Loreto. During the war between Mexico and the United States, La Paz and other coastal towns were occupied by small detachments from California. In 1853, a filibuster expedition led by William Walker took control of La Paz and declared a republic encompassing Sonora and the peninsula. Fearing an attack from the mainland, the filibusters first fell back to La Ensenada, near the American border, and then the following year disbanded entirely during an unsuccessful land attempt to invade Sonora. A revolution led by Marquez de Leon in 1879 saw some initial success but ultimately failed due to lack of material support in 1880. Since then, the growth of mining and other industries, along with strong efforts to establish colonies in more favorable areas, has significantly improved conditions in the territory.

See the two volumes of H.H. Bancroft’s North Mexican States and Texas, lettered vols. 15 and 16 of his Works; also Arthur Walbridge North, The Mother of California (San Francisco, 1908).

See the two volumes of H.H. Bancroft’s North Mexican States and Texas, labeled vols. 15 and 16 of his Works; also Arthur Walbridge North, The Mother of California (San Francisco, 1908).


CALIFORNIA, UNIVERSITY OF, one of the largest and most important of state universities in America, situated at Berkeley, California, on the E. shore of San Francisco Bay. It took the place of the College of California (founded in 1855), received California’s portion of the Federal land grant of 1862, was chartered as a state institution by the legislature in 1868, and opened its doors in 1869 at Oakland. In 1873 it was removed to its present site. In the revised state constitution of 1879 provision is made for it as the head of the state’s educational system. The grounds at Berkeley cover 270 acres on the lower slopes (299-900 ft.) of the Berkeley Hills, which rise 1000 ft. or more above the university; the view over the bay to San Francisco and the Golden Gate is superb. In recent years new and better buildings have gradually been provided. In 1896 an international architectural competition was opened at the expense of Mrs Phoebe R. Hearst (made a regent of the university in 1898) for plans for a group of buildings harmonizing with the university’s beautiful site, and ignoring all buildings already existing. The first prize was awarded in 1899 to Emile Bénard, of Paris. The first building begun under the new plans was that for the college of mines (the gift of Mrs Hearst), completed in 1907, providing worthily for the important school of mining, from 1885 directed by Prof. S.B. Christy (b. 1853); California Hall, built by state appropriation, had been completed in 1906. The Greek theatre (1903), an open-air auditorium seating 7500 spectators, on a hill-side in a grove of towering eucalypts, was the gift of William Randolph Hearst; this has been used regularly for concerts by the university’s symphony orchestra, under the professor of music, John Frederick Wolle (b. 1863), who originated the Bach Festivals at Bethlehem, Pa.; free public concerts are given on Sunday afternoons; and there have been some remarkable dramatic performances here, notably Sudraka’s Mricchakattika in English, and Aeschylus’s Eumenides in Greek, in April 1907. There are no dormitories. Student self-government works through the “Undergraduate Students’ Affairs Committee” of the Associated Students. The faculty of the university has its own social club, with a handsome building on the grounds. At Berkeley is carried on the work in the colleges of letters, social sciences, natural sciences, commerce, agriculture, mechanical, mining and civil engineering, and chemistry, and the first two years’ course of the college of medicine—the Toland Medical College having been absorbed by the university in 1873; at Mount Hamilton, the work of the Lick astronomical department; and in San Francisco, that of dentistry (1888), pharmacy, law, art, and the concluding (post graduate or clinical) years of the medical course—the San Francisco Polyclinic having become a part of the university in 1892. Three of the San Francisco departments occupy a group of three handsome buildings in the western part of the city, overlooking Golden Gate Park. The Lick astronomical department (Lick Observatory) on Mount Hamilton, near San José, occupies a site covering 2777 acres. It was founded in 1875 by James Lick of San Francisco, and was endowed by him with $700,000, $610,000 of this being used for the original buildings and equipments, which were formally transferred to the university in 1888. The art department (San Francisco Institute of art) was until 1906 housed in the former home of Mark Hopkins, a San Francisco “railroad king”; it dated from 1893, under the name “Mark Hopkins Institute of Art.” The building was destroyed in the San Francisco conflagration of 1906; but under its present name the department resumed work in 1907 on the old site. At the university farm, of nearly 750 acres, at Davisville, Yolo county, instruction is given in practical agriculture, horticulture, dairying, &c.; courses in irrigation are given at Berkeley; a laboratory of plant pathology, established in 1907 at Whittier, Riverside county, and an experiment station on 20 acres of land near Riverside, are for the study of plant and tree diseases and pests and of their remedies. A marine biological laboratory is maintained at La Jolla, near San Diego, and another, the Hertzstein Research Laboratory, at New Monterey; the Rudolph Spreckels Physiological Laboratory is in Berkeley. The university has excellent anthropological and archaeological collections, mostly made by university expeditions, endowed by Mrs Hearst, to Peru and to Egypt. In 1907 the university library contained 160,000 volumes, ranking, after the destruction of most of the San Francisco libraries in 1906, as the largest collection in the vicinity. The building of the Doe library (given by the will of Charles Franklin Doe), for the housing of the university library, was begun in 1907. The university has also the valuable Bancroft collection of 50,000 volumes and countless pamphlets and manuscripts, dealing principally with the history of the Pacific Coast from Alaska through Central America, and of the Rocky Mountain region, including Montana, Utah, Wyoming, Colorado, Arizona, New Mexico and Western Texas. This collection (that of the historian Hubert Howe Bancroft) was acquired in 1905 for $250,000 (of which Mr Bancroft contributed $100,000), and was entrusted (1907) to the newly organized Academy of Pacific Coast History. The library of Karl Weinhold (1823-1901) of Berlin, which is especially rich in Germanic linguistics and “culture history,” was presented to the university in 1903 by John D. Spreckels. The university publishes The University of California Chronicle, an official record; and there are important departmental publications, especially those in American archaeology and ethnology, edited by Frederic Ward Putnam (b. 1839), including the reports of various expeditions, maintained by Mrs Hearst; in physiology, edited by Jacques Loeb (b. 1859); in botany, edited by William Albert Setchell (b. 1864); in zoology, edited by William Emerson Ritter (b. 1859); and in astronomy, the publications of the Lick Observatory, edited by William Wallace 23 Campbell (b. 1862). In 1902, under the direction of Henry Morse Stephens (b. 1857), who then became professor of history, a department of university extension was organized; lecture courses, especially on history and literature, were delivered in 1906-1907 at fifteen extension “centres,” at most of which classes of study were formed. Annexes to the university, but having no corporate connexion with it, are the Berkeley Bible Seminary (Disciples of Christ), the Pacific Theological Seminary (Congregational), the Pacific Coast Baptist Seminary and a Unitarian school.

UNIVERSITY OF CALIFORNIA, is one of the largest and most significant state universities in the U.S., located in Berkeley, California, on the eastern shore of San Francisco Bay. It succeeded the College of California (founded in 1855), received California's share of the Federal land grant of 1862, was chartered as a state institution by the legislature in 1868, and opened its doors in 1869 in Oakland. In 1873, it moved to its current location. The revised state constitution of 1879 designates it as the head of the state's educational system. The Berkeley campus spans 270 acres on the lower slopes (299-900 ft.) of the Berkeley Hills, which rise over 1000 ft. above the university; the view over the bay toward San Francisco and the Golden Gate is stunning. In recent years, newer and better buildings have been gradually established. In 1896, Mrs. Phoebe R. Hearst (who became a regent of the university in 1898) funded an international architectural competition for plans for a grouping of buildings that would complement the university's beautiful site and disregard existing structures. The first prize was awarded in 1899 to Emile Bénard from Paris. The first building to begin construction under these new plans was the college of mines (a gift from Mrs. Hearst), which was completed in 1907, adequately serving the important school of mining, led by Prof. S.B. Christy (b. 1853) since 1885; California Hall, funded by state appropriations, was completed in 1906. The Greek Theatre (1903), an open-air auditorium seating 7,500 spectators, situated on a hillside within a grove of towering eucalyptus trees, was gifted by William Randolph Hearst; it regularly hosts concerts by the university's symphony orchestra, under the direction of music professor John Frederick Wolle (b. 1863), who initiated the Bach Festivals in Bethlehem, Pennsylvania; free public concerts are held on Sunday afternoons; and it has also featured notable dramatic performances, including Sudraka's Mricchakattika in English and Aeschylus's Eumenides in Greek, in April 1907. There are no dormitories. Student self-governance operates through the "Undergraduate Students' Affairs Committee" of the Associated Students. The university's faculty has its own social club, housed in a beautiful building on the grounds. At Berkeley, academic programs are offered in letters, social sciences, natural sciences, commerce, agriculture, mechanical, mining and civil engineering, chemistry, and the first two years of medical education—the Toland Medical College having been incorporated into the university in 1873; at Mount Hamilton, the Lick astronomical department is active; and in San Francisco, programs in dentistry (1888), pharmacy, law, art, and the final (postgraduate or clinical) years of the medical curriculum—the San Francisco Polyclinic joined the university in 1892. Three of the San Francisco departments are located in a group of three attractive buildings in the western part of the city, overlooking Golden Gate Park. The Lick astronomical department (Lick Observatory) on Mount Hamilton, near San José, covers 2,777 acres. It was established in 1875 by San Francisco’s James Lick, who endowed it with $700,000, of which $610,000 was allocated for the original buildings and equipment, which were formally transferred to the university in 1888. The art department (San Francisco Institute of Art) was housed until 1906 in the former residence of Mark Hopkins, a wealthy San Francisco railroad magnate; it dates back to 1893 when it was known as the "Mark Hopkins Institute of Art." This building was destroyed in the 1906 San Francisco fire; however, under its current name, the department resumed operations in 1907 at the same site. The university's farm spans nearly 750 acres in Davisville, Yolo County, where practical agriculture, horticulture, and dairying are taught; irrigation courses are available at Berkeley; a plant pathology laboratory, established in 1907 at Whittier in Riverside County, and an experiment station on 20 acres of land near Riverside, focus on studying plant and tree diseases and pests along with their solutions. A marine biological laboratory operates in La Jolla, near San Diego, and another, the Hertzstein Research Laboratory, is located in New Monterey; the Rudolph Spreckels Physiological Laboratory is in Berkeley. The university boasts valuable anthropological and archaeological collections, primarily acquired through university expeditions funded by Mrs. Hearst to Peru and Egypt. In 1907, the university library housed 160,000 volumes, making it the largest collection nearby after most of the San Francisco libraries were destroyed in 1906. Construction of the Doe library (funded by Charles Franklin Doe’s will), designed to house the university library, began in 1907. The university also possesses the significant Bancroft collection of 50,000 volumes and numerous pamphlets and manuscripts, primarily focused on the history of the Pacific Coast from Alaska to Central America and the Rocky Mountain region, including Montana, Utah, Wyoming, Colorado, Arizona, New Mexico, and western Texas. This collection, originally belonging to historian Hubert Howe Bancroft, was acquired in 1905 for $250,000 (with Mr. Bancroft contributing $100,000) and was entrusted (1907) to the newly formed Academy of Pacific Coast History. The library of Karl Weinhold (1823-1901) from Berlin, particularly rich in Germanic linguistics and "cultural history," was donated to the university in 1903 by John D. Spreckels. The university publishes The University of California Chronicle, an official record, along with significant departmental publications, especially those in American archaeology and ethnology, edited by Frederic Ward Putnam (b. 1839), which include reports from various expeditions supported by Mrs. Hearst; in physiology, edited by Jacques Loeb (b. 1859); in botany, edited by William Albert Setchell (b. 1864); in zoology, edited by William Emerson Ritter (b. 1859); and in astronomy, the publications of the Lick Observatory, edited by William Wallace 23 Campbell (b. 1862). In 1902, a university extension department was established under the direction of Henry Morse Stephens (b. 1857), who later became a professor of history; during 1906-1907, lecture courses, particularly on history and literature, were presented at fifteen extension "centers," which formed study classes at most locations. Affiliated with the university but not formally connected to it are the Berkeley Bible Seminary (Disciples of Christ), the Pacific Theological Seminary (Congregational), the Pacific Coast Baptist Seminary, and a Unitarian school.

The growth of the university has been extremely rapid. From 1890 to 1900 the number of students increased fourfold. In the latter year the university of California was second to Harvard only in the number of academic graduate and undergraduate students, and fifth among the educational institutions of the country in total enrolment. In July 1907 there were 519 officers in the faculties and 2987 students, of whom 226 were in the professional schools in San Francisco. In addition there were 707 students in the 1906 summer session, the total for 1906-1907 thus being 3684; of this number 1506 were women. The university conferred 482 degrees in 1907, 546 in 1906, 470 in 1905. The affairs of the university are administered by a board of twenty-three regents, seven state officials and heads of educational institutions, being members ex officio, and sixteen other members being appointed by the governor and senate of the state; its instruction is governed by the faculties of the different colleges, and an academic senate in which these are joined. The gross income from all sources for 1905-1906 was $1,564,190, of which about $800,000 was income from investments, state and government grants, fees, &c., and the remainder was gifts and endowments. There is a permanent endowment of more than $3,000,000, partly from munificent private gifts, especially from Mrs Hearst and from Miss Cora Jean Flood. The financial support of the state has always been generous. No tuition fee is charged in the academic colleges to students resident in the state, and only $10.00 annually to students from without the state. The university maintains about 90 undergraduate scholarships, and 10 graduate scholarships and fellowships. All able-bodied male students are required to take the courses in military science, under instruction by an officer of the United States army detailed for the purpose. Physical culture and hygiene are prescribed for all men and women. A state law forbids the sale of liquor within one mile of the university grounds. To realize the ideal of the university as the head of the educational system of the state, a system of inspection of high schools has been developed, whereby schools reaching the prescribed standard are entitled to recommend their graduates for admission to the university without examination. It was anticipated at one time that the foundation of the Leland Stanford Junior University at Palo Alto would injure the state institution at Berkeley; but in practice this was not found to be the case; on the contrary, the competition resulted in giving new vigour and enterprise to the older university. Joseph Le Conte (professor from 1872 to 1901) and Daniel C. Oilman (president in 1872-1875) deserve mention among those formerly connected with the university. In 1899 Benjamin Ide Wheeler (b. 1854) became president. He had been a graduate (1875) of Brown University, and was professor first of comparative philology and then of Greek at Cornell University; his chief publications are Der griechische Nominalaccent (1885); Analogy, and the Scope of its Application in Language (1887); Principles of Language Growth (1891); The Organization of Higher Education in the United States (1897); Dionysos and Immortality (1899); and Life of Alexander the Great (1900).

The university has grown incredibly quickly. Between 1890 and 1900, the number of students increased four times. By 1900, the University of California ranked second to Harvard in the number of graduate and undergraduate students and fifth among educational institutions in the country for total enrollment. In July 1907, there were 519 faculty members and 2,987 students, including 226 in the professional schools in San Francisco. Additionally, there were 707 students in the summer session of 1906, bringing the total for 1906-1907 to 3,684, of which 1,506 were women. The university awarded 482 degrees in 1907, 546 in 1906, and 470 in 1905. The university's affairs are managed by a board of twenty-three regents, which includes seven state officials and heads of educational institutions, who serve as members ex officio, along with sixteen other members appointed by the governor and the state senate. The instruction is overseen by the faculties of the various colleges, along with an academic senate made up of these faculties. The total income from all sources for 1905-1906 was $1,564,190, of which about $800,000 came from investments, state and government grants, fees, etc., with the rest coming from gifts and endowments. There is a permanent endowment of over $3,000,000, partly thanks to significant private donations, especially from Mrs. Hearst and Miss Cora Jean Flood. The state's financial support has always been generous. No tuition fees are charged to in-state students in the academic colleges, while out-of-state students pay only $10.00 per year. The university offers around 90 undergraduate scholarships and 10 graduate scholarships and fellowships. All able-bodied male students must take military science courses, taught by a U.S. Army officer assigned for that purpose. Physical education and hygiene classes are required for all men and women. A state law prohibits the sale of alcohol within one mile of the university grounds. To fulfill the university's ideal role as the leader of the state’s educational system, an inspection system for high schools has been established, allowing schools that meet the necessary standards to recommend their graduates for university admission without exams. At one point, it was thought that the founding of Leland Stanford Junior University in Palo Alto would harm the state institution at Berkeley; however, this did not turn out to be the case. In fact, the competition revitalized the older university. Joseph Le Conte (professor from 1872 to 1901) and Daniel C. Oilman (president from 1872 to 1875) are notable figures associated with the university. In 1899, Benjamin Ide Wheeler (born 1854) became president. He graduated from Brown University in 1875 and was a professor of comparative philology and later Greek at Cornell University. His main publications include Der griechische Nominalaccent (1885), Analogy, and the Scope of its Application in Language (1887), Principles of Language Growth (1891), The Organization of Higher Education in the United States (1897), Dionysos and Immortality (1899), and Life of Alexander the Great (1900).


CALIPASH and CALIPEE (possibly connected with carapace, the upper shell of a turtle), the gelatinous substances in the upper and lower shells, respectively, of the turtle, the calipash being of a dull greenish and the calipee of a light yellow colour.

CALIPASH and CALIPEE (possibly related to carapace, the upper shell of a turtle) refer to the gelatinous substances found in the upper and lower shells, respectively. Calipash is a dull greenish color, while calipee is a light yellow.


CALIPH, Calif, or Khalif (Arab, khălīfa; the lengthening of the a is strictly incorrect), literally “successor,” “representative,” a title borne originally by Abu Bekr, who, on the death of Mahomet, became the civil and religious head of the Mahommedan state. In the same sense the term is used in the Koran of both Adam and David as the vicegerents of God. Abu Bekr and his three (or four) immediate successors are known as the “perfect” caliphs; after them the title was borne by the thirteen Omayyad caliphs of Damascus, and subsequently by the thirty-seven Abbasid caliphs of Bagdad whose dynasty fell before the Turks in 1258. By some rigid Moslems these rulers were regarded as only amirs, not caliphs. There were titular caliphs of Abbasid descent in Egypt from that date till 1517 when the last caliph was captured by Selim I. On the fall of the Omayyad dynasty at Damascus, the title was assumed by the Spanish branch of the family who ruled in Spain at Cordova (755-1031), and the Fatimite rulers of Egypt, who pretended to descent from Ali, and Fatima, Mahomet’s daughter, also assumed the name (see Fatimites).

CALIPH, Calif., or Khalif (Arab, khălīfa; the lengthening of the a is strictly incorrect), literally “successor,” “representative,” a title borne originally by Abu Bekr, who, on the death of Mahomet, became the civil and religious head of the Mahommedan state. In the same sense the term is used in the Koran of both Adam and David as the vicegerents of God. Abu Bekr and his three (or four) immediate successors are known as the “perfect” caliphs; after them the title was borne by the thirteen Omayyad caliphs of Damascus, and subsequently by the thirty-seven Abbasid caliphs of Bagdad whose dynasty fell before the Turks in 1258. By some rigid Moslems these rulers were regarded as only amirs, not caliphs. There were titular caliphs of Abbasid descent in Egypt from that date till 1517 when the last caliph was captured by Selim I. On the fall of the Omayyad dynasty at Damascus, the title was assumed by the Spanish branch of the family who ruled in Spain at Cordova (755-1031), and the Fatimite rulers of Egypt, who pretended to descent from Ali, and Fatima, Mahomet’s daughter, also assumed the name (see Fatimites).

According to the Shi‘ite Moslems, who call the office the “imamate” or leadership, no caliph is legitimate unless he is a lineal descendant of the Prophet. The Sunnites insist that the office belongs to the tribe of Koreish (Quraish) to which Mahomet himself belonged, but this condition would vitiate the claim of the Turkish sultans, who have held the office since its transference by the last caliph to Selim I. According to a tradition falsely ascribed to Mahomet, there can be but one caliph at a time; should a second be set up, he must be killed, for he “is a rebel.” (See Mahommedan Institutions.)

According to the Shi‘ite Moslems, who call the office the “imamate” or leadership, no caliph is legitimate unless he is a lineal descendant of the Prophet. The Sunnites insist that the office belongs to the tribe of Koreish (Quraish) to which Mahomet himself belonged, but this condition would vitiate the claim of the Turkish sultans, who have held the office since its transference by the last caliph to Selim I. According to a tradition falsely ascribed to Mahomet, there can be but one caliph at a time; should a second be set up, he must be killed, for he “is a rebel.” (See Mahommedan Institutions.)


CALIPHATE.1 The history of the Mahommedan rulers in the East who bore the title of caliph (q.v.) falls naturally into three main divisions:—(a) The first four caliphs, the immediate successors of Mahomet; (b) The Omayyad caliphs; (c) The Abbasid caliphs. To these three groups the present article is confined; for the Western caliphs, see Spain: History (and minor articles such as Almohades, Almoravides); for the Egyptian caliphs see Egypt: History (§ Mahommedan) and Fatimites. The history of Arabia proper will be found under Arabia: History.

CALIPHATE.1 The history of the Mahommedan rulers in the East who bore the title of caliph (q.v.) falls naturally into three main divisions:—(a) The first four caliphs, the immediate successors of Mahomet; (b) The Omayyad caliphs; (c) The Abbasid caliphs. To these three groups the present article is confined; for the Western caliphs, see Spain: History (and minor articles such as Almohades, Almoravides); for the Egyptian caliphs see Egypt: History (§ Mahommedan) and Fatimites. The history of Arabia proper will be found under Arabia: History.

A.—The First Four Caliphs

A.—The First Four Leaders

After the death of Mahomet the question arose who was to be his “representative.” The choice lay with the community of Medina; so much was understood; but whom were they to choose? The natives of Medina believed themselves to be now once more masters in their own house, and wished to promote one of themselves. But the Emigrants (see Mahomet) asserted their opposing claims, and with success, having brought into the town a considerable number of outside Moslems, so as to terrorize the men of Medina, who besides were still divided into two parties. The Emigrants’ leading spirit was Omar; he did not, however, cause homage to be paid to himself, but to Abu Bekr, the friend and father-in-law of the Prophet.

After the death of Mahomet the question arose who was to be his “representative.” The choice lay with the community of Medina; so much was understood; but whom were they to choose? The natives of Medina believed themselves to be now once more masters in their own house, and wished to promote one of themselves. But the Emigrants (see Mahomet) asserted their opposing claims, and with success, having brought into the town a considerable number of outside Moslems, so as to terrorize the men of Medina, who besides were still divided into two parties. The Emigrants’ leading spirit was Omar; he did not, however, cause homage to be paid to himself, but to Abu Bekr, the friend and father-in-law of the Prophet.

The affair would not have gone on so smoothly, had not the opportune defection of the Arabians put a stop to the inward schism which threatened. Islam suddenly found itself once more limited to the community of Medina; only Mecca and Tāif (Tāyef) remained true. The Bedouins were willing enough to pray, indeed, but less willing to pay taxes; their defection, as might have been expected, was a political movement.2 None the less was it a revolt from Islam, for here the political society and the religious are identical. A peculiar compliment to Mahomet was involved in the fact that the leaders of the rebellion in the various districts did not pose as princes and kings, but as prophets; in this appeared to lie the secret of Islam’s success.

The affair would not have gone on so smoothly, had not the opportune defection of the Arabians put a stop to the inward schism which threatened. Islam suddenly found itself once more limited to the community of Medina; only Mecca and Tāif (Tāyef) remained true. The Bedouins were willing enough to pray, indeed, but less willing to pay taxes; their defection, as might have been expected, was a political movement.2 None the less was it a revolt from Islam, for here the political society and the religious are identical. A peculiar compliment to Mahomet was involved in the fact that the leaders of the rebellion in the various districts did not pose as princes and kings, but as prophets; in this appeared to lie the secret of Islam’s success.

1. Reign of Abu Bekr.—Abu Bekr proved himself quite equal to the perilous situation. In the first place, he allowed the expedition against the Greeks, already arranged by Mahomet, quietly to set out, limiting himself for the time to the defence of Medina. On the return of the army he proceeded to attack 24 the rebels. The holy spirit of Islam kept the men of Medina together, and inspired in them an all-absorbing zeal for the faith; the Arabs as a whole had no other bond of union and no better source of inspiration than individual interest. As was to be expected, they were worsted; eleven small flying columns of the Moslems, sent out in various directions, sufficed to quell the revolt. Those who submitted were forthwith received back into favour; those who persevered in rebellion were punished with death. The majority accordingly converted, the obstinate were extirpated. In Yamama (Yemama) only was there a severe struggle; the Banū Hanīfa under their prophet Mosailima fought bravely, but here also Islam triumphed.

1. Reign of Abu Bekr.—Abu Bekr showed he was more than capable of handling the dangerous situation. First, he let the expedition against the Greeks, already planned by Mahomet, proceed without interference, focusing instead on defending Medina. When the army returned, he took action against the rebels. The spirit of Islam united the people of Medina and ignited a strong passion for the faith; for the Arabs as a whole, there was no other source of unity or motivation than personal interest. As expected, they were defeated; eleven small groups of Muslims, sent out in different directions, were enough to suppress the rebellion. Those who surrendered were welcomed back, while those who continued to rebel faced death. As a result, most converted, while the stubborn were eliminated. In Yamama, however, there was a fierce struggle; the Banū Hanīfa, led by their prophet Mosailima, fought valiantly, but Islam prevailed here as well.

The internal consolidation of Islam in Arabia was, strange to say, brought about by its diffusion abroad. The holy war against the border countries which Mahomet had already inaugurated, was the best means for making the new religion popular among the Arabs, for opportunity was at the same time afforded for gaining rich booty. The movement was organized by Islam, but the masses were induced to join it by quite other than religious motives. Nor was this by any means the first occasion on which the Arabian cauldron had overflowed; once and again in former times emigrant swarms of Bedouins had settled on the borders of the wilderness. This had last happened in consequence of the events which destroyed the prosperity of the old Sabaean kingdom. At that time the small Arabian kingdoms of Ghassān and Hira had arisen in the western and eastern borderlands of cultivation; these now presented to Moslem conquest its nearest and natural goal. But inasmuch as Hira was subject to the Persians, and Eastern Palestine to the Greeks, the annexation of the Arabians involved the extension of the war beyond the limits of Arabia to a struggle with the two great powers (see further Arabia: History).

The internal consolidation of Islam in Arabia was, strange to say, brought about by its diffusion abroad. The holy war against the border countries which Mahomet had already inaugurated, was the best means for making the new religion popular among the Arabs, for opportunity was at the same time afforded for gaining rich booty. The movement was organized by Islam, but the masses were induced to join it by quite other than religious motives. Nor was this by any means the first occasion on which the Arabian cauldron had overflowed; once and again in former times emigrant swarms of Bedouins had settled on the borders of the wilderness. This had last happened in consequence of the events which destroyed the prosperity of the old Sabaean kingdom. At that time the small Arabian kingdoms of Ghassān and Hira had arisen in the western and eastern borderlands of cultivation; these now presented to Moslem conquest its nearest and natural goal. But inasmuch as Hira was subject to the Persians, and Eastern Palestine to the Greeks, the annexation of the Arabians involved the extension of the war beyond the limits of Arabia to a struggle with the two great powers (see further Arabia: History).

After the subjugation of middle and north-eastern Arabia, Khālid b. al-Walīd proceeded by order of the caliph to the conquest of the districts on the lower Euphrates. Thence he was summoned to Syria, where hostilities had also broken out. Damascus fell late in the summer of 635, and on the 20th of August 636 was fought the great decisive battle on the Hieromax (Yarmuk), which caused the emperor Heraclius (q.v.) finally to abandon Syria.3 Left to themselves, the Christians henceforward defended themselves only in isolated cases in the fortified cities; for the most part they witnessed the disappearance of the Byzantine power without regret. Meanwhile the war was also carried on against the Persians in Irak, unsuccessfully at first, until the tide turned at the battle of Kadisiya (Kadessia, Qādisīya) (end of 637). In consequence of the defeat which they here sustained, the Persians were forced to abandon the western portion of their empire and limit themselves to Iran proper. The Moslems made themselves masters of Ctesiphon (Madāin), the residence of the Sassanids on the Tigris, and conquered in the immediately following years the country of the two rivers. In 639 the armies of Syria and Irak were face to face in Mesopotamia. In a short time they had taken from the Aryans all the principal old Semitic lands—Palestine, Syria, Mesopotamia, Assyria and Babylonia. To these was soon added Egypt, which was overrun with little difficulty by ‘Amr ibn-el-Ass (q.v.) in 640. (See Egypt: History, § Mahommedan.) This completed the circle of the lands bordering on the wilderness of Arabia; within these limits annexation was practicable and natural, a repetition indeed of what had often previously occurred. The kingdoms of Ghassan and Hira, advanced posts hitherto, now became the headquarters of the Arabs; the new empire had its centres on the one hand at Damascus, on the other hand at Kufa and Baṣra, the two newly-founded cities in the region of old Babylonia. The capital of Islam continued indeed for a while to be Medina, but soon the Hejaz (Hijaz) and the whole of Arabia proper lay quite on the outskirt of affairs.

After the subjugation of middle and north-eastern Arabia, Khālid b. al-Walīd proceeded by order of the caliph to the conquest of the districts on the lower Euphrates. Thence he was summoned to Syria, where hostilities had also broken out. Damascus fell late in the summer of 635, and on the 20th of August 636 was fought the great decisive battle on the Hieromax (Yarmuk), which caused the emperor Heraclius (q.v.) finally to abandon Syria.3 Left to themselves, the Christians henceforward defended themselves only in isolated cases in the fortified cities; for the most part they witnessed the disappearance of the Byzantine power without regret. Meanwhile the war was also carried on against the Persians in Irak, unsuccessfully at first, until the tide turned at the battle of Kadisiya (Kadessia, Qādisīya) (end of 637). In consequence of the defeat which they here sustained, the Persians were forced to abandon the western portion of their empire and limit themselves to Iran proper. The Moslems made themselves masters of Ctesiphon (Madāin), the residence of the Sassanids on the Tigris, and conquered in the immediately following years the country of the two rivers. In 639 the armies of Syria and Irak were face to face in Mesopotamia. In a short time they had taken from the Aryans all the principal old Semitic lands—Palestine, Syria, Mesopotamia, Assyria and Babylonia. To these was soon added Egypt, which was overrun with little difficulty by ‘Amr ibn-el-Ass (q.v.) in 640. (See Egypt: History, § Mahommedan.) This completed the circle of the lands bordering on the wilderness of Arabia; within these limits annexation was practicable and natural, a repetition indeed of what had often previously occurred. The kingdoms of Ghassan and Hira, advanced posts hitherto, now became the headquarters of the Arabs; the new empire had its centres on the one hand at Damascus, on the other hand at Kufa and Baṣra, the two newly-founded cities in the region of old Babylonia. The capital of Islam continued indeed for a while to be Medina, but soon the Hejaz (Hijaz) and the whole of Arabia proper lay quite on the outskirt of affairs.

The ease with which the native populations of the conquered districts, exclusively or prevailingly Christian, adapted themselves to the new rule is very striking. Their nationality had been broken long ago, but intrinsically it was more closely allied to the Arabian than to the Greek or Persian. Their religious sympathy with the West was seriously impaired by dogmatic controversies; from Islam they might at any rate hope for toleration, even though their views were not in accordance with the theology of the emperor of the day. The lapse of the masses from Christianity to Islam, however, which took place during the first century after the conquest, is to be accounted for only by the fact that in reality they had no inward relation to the gospel at all. They changed their creed merely to acquire the rights and privileges of Moslem citizens. In no case were they compelled to do so; indeed the Omayyad caliphs saw with displeasure the diminishing proceeds of the poll-tax derived from their Christian subjects (see Mahommedan Institutions).

The ease with which the native populations of the conquered districts, exclusively or prevailingly Christian, adapted themselves to the new rule is very striking. Their nationality had been broken long ago, but intrinsically it was more closely allied to the Arabian than to the Greek or Persian. Their religious sympathy with the West was seriously impaired by dogmatic controversies; from Islam they might at any rate hope for toleration, even though their views were not in accordance with the theology of the emperor of the day. The lapse of the masses from Christianity to Islam, however, which took place during the first century after the conquest, is to be accounted for only by the fact that in reality they had no inward relation to the gospel at all. They changed their creed merely to acquire the rights and privileges of Moslem citizens. In no case were they compelled to do so; indeed the Omayyad caliphs saw with displeasure the diminishing proceeds of the poll-tax derived from their Christian subjects (see Mahommedan Institutions).

It would have been a great advantage for the solidity of the Arabian empire if it had confined itself within the limits of those old Semitic lands, with perhaps the addition of Egypt. But the Persians were not so ready as the Greeks to give up the contest; they did not rest until the Moslems had subjugated the whole of the Sassanid empire. The most important event in the protracted war which led to the conquest of Iran, was the battle of Nehāwend in 641;4 the most obstinate resistance was offered by Persis proper, and especially by the capital, Istakhr (Persepolis). In the end, all the numerous and partly autonomous provinces of the Sassanid empire fell, one after the other, into the hands of the Moslems, and the young king, Yazdegerd III. (q.v.), was compelled to retire to the farthest corner of his realm, where he came to a miserable end.5 But it was long before the Iranians learned to accept the situation. Unlike the Christians of western Asia, they had a vigorous feeling of national pride, based upon glorious memories and especially upon a church having a connexion of the closest kind with the state. Internal disturbances of a religious and political character and external disasters had long ago shattered the empire of the Sassanids indeed, but the Iranians had not yet lost their patriotism. They were fighting, in fact, against the despised and hated Arabs, in defence of their holiest possessions, their nationality and their faith. Their subjection was only external, nor did Islam ever succeed in assimilating them as the Syrian Christians were assimilated. Even when in process of time they did accept the religion of the prophet, they leavened it thoroughly with their own peculiar leaven, and, especially, deprived it of the practical political and national character which it had assumed after the flight to Medina. To the Arabian state they were always a thorn in the flesh; it was they who helped most to break up its internal order, and it was from them also that it at last received its outward death-blow. The fall of the Omayyads was their work, and with the Omayyads fell the Arabian empire.

It would have been a great advantage for the solidity of the Arabian empire if it had confined itself within the limits of those old Semitic lands, with perhaps the addition of Egypt. But the Persians were not so ready as the Greeks to give up the contest; they did not rest until the Moslems had subjugated the whole of the Sassanid empire. The most important event in the protracted war which led to the conquest of Iran, was the battle of Nehāwend in 641;4 the most obstinate resistance was offered by Persis proper, and especially by the capital, Istakhr (Persepolis). In the end, all the numerous and partly autonomous provinces of the Sassanid empire fell, one after the other, into the hands of the Moslems, and the young king, Yazdegerd III. (q.v.), was compelled to retire to the farthest corner of his realm, where he came to a miserable end.5 But it was long before the Iranians learned to accept the situation. Unlike the Christians of western Asia, they had a vigorous feeling of national pride, based upon glorious memories and especially upon a church having a connexion of the closest kind with the state. Internal disturbances of a religious and political character and external disasters had long ago shattered the empire of the Sassanids indeed, but the Iranians had not yet lost their patriotism. They were fighting, in fact, against the despised and hated Arabs, in defence of their holiest possessions, their nationality and their faith. Their subjection was only external, nor did Islam ever succeed in assimilating them as the Syrian Christians were assimilated. Even when in process of time they did accept the religion of the prophet, they leavened it thoroughly with their own peculiar leaven, and, especially, deprived it of the practical political and national character which it had assumed after the flight to Medina. To the Arabian state they were always a thorn in the flesh; it was they who helped most to break up its internal order, and it was from them also that it at last received its outward death-blow. The fall of the Omayyads was their work, and with the Omayyads fell the Arabian empire.

2. Reign of Omar.—Abu Bekr died after a short reign on the 22nd of August 634, and as a matter of course was succeeded by Omar. To Omar’s ten years’ Caliphate belong for the most part the great conquests. He himself did not take the field, but remained in Medina with the exception of his visit to Syria in 638; he never, however, suffered the reins to slip from his grasp, so powerful was the influence of his personality and the Moslem community of feeling. His political insight is shown by the fact that he endeavoured to limit the indefinite extension of Moslem conquest, to maintain and strengthen the national Arabian character of the commonwealth of Islam,6 and especially to promote law and order in its internal affairs. The saying with which he began his reign will never grow antiquated: “by Allah, he that is weakest among you shall be in my sight the strongest, until I have vindicated for him his rights; but him that is strongest will I treat as the weakest, until he complies 25 with the laws.” After the administration of justice he directed his organizing activity, as the circumstances demanded, chiefly towards financial questions—the incidence of taxation in the conquered territories,7 and the application of the vast resources which poured into the treasury at Medina. It must not be brought against him as a personal reproach, that in dealing with these he acted on the principle that the Moslems were the chartered plunderers of all the rest of the world. But he had to atone by his death for the fault of his system. In the mosque at Medina he was stabbed by a Kufan workman and died in November 644.

2. Reign of Omar.—Abu Bekr died after a short reign on the 22nd of August 634, and as a matter of course was succeeded by Omar. To Omar’s ten years’ Caliphate belong for the most part the great conquests. He himself did not take the field, but remained in Medina with the exception of his visit to Syria in 638; he never, however, suffered the reins to slip from his grasp, so powerful was the influence of his personality and the Moslem community of feeling. His political insight is shown by the fact that he endeavoured to limit the indefinite extension of Moslem conquest, to maintain and strengthen the national Arabian character of the commonwealth of Islam,6 and especially to promote law and order in its internal affairs. The saying with which he began his reign will never grow antiquated: “by Allah, he that is weakest among you shall be in my sight the strongest, until I have vindicated for him his rights; but him that is strongest will I treat as the weakest, until he complies 25 with the laws.” After the administration of justice he directed his organizing activity, as the circumstances demanded, chiefly towards financial questions—the incidence of taxation in the conquered territories,7 and the application of the vast resources which poured into the treasury at Medina. It must not be brought against him as a personal reproach, that in dealing with these he acted on the principle that the Moslems were the chartered plunderers of all the rest of the world. But he had to atone by his death for the fault of his system. In the mosque at Medina he was stabbed by a Kufan workman and died in November 644.

3. Reign of Othman.—Before his death Omar had nominated six of the leading Mohajir (Emigrants) who should choose the caliph from among themselves—Othman, Ali, Zobair, Ṭalḥa, Sa‘d b. Abi Waqqāṣ, and Abdarraḥmān b. Auf. The last-named declined to be a candidate, and decided the election in favour of Othman. Under this weak sovereign the government of Islam fell entirely into the hands of the Koreish nobility. We have already seen that Mahomet himself prepared the way for this transference; Abu Bekr and Omar likewise helped it; the Emigrants were unanimous among themselves in thinking that the precedence and leadership belonged to them as of right. Thanks to the energy of Omar, they were successful in appropriating to themselves the succession to the Prophet. They indeed rested their claims on the undeniable priority of their services to the faith, but they also appealed to their blood relationship with the Prophet as a corroboration of their right to the inheritance; and the ties of blood connected them with the Koreish in general. In point of fact they felt a closer connexion with these than, for example, with the natives of Medina; nature had not been expelled by faith.8 The supremacy of the Emigrants naturally furnished the means of transition to the supremacy of the Meccan aristocracy. Othman did all in his power to press forward this development of affairs. He belonged to the foremost family of Mecca, the Omayyads, and that he should favour his relations and the Koreish as a whole, in every possible way, seemed to him a matter of course. Every position of influence and emolument was assigned to them; they themselves boastingly called the important province of Irak the garden of Koreish. In truth, the entire empire had become that garden. Nor was it unreasonable that from the secularization of Islam the chief advantage should be reaped by those who best knew the world. Such were beyond all doubt the patricians of Mecca, and after them those of Tāif, people like Khālid b. al-Walīd, Amr-ibn-el-Ass, ‘Abdallāh b. abī Sarḥ, Moghīra b. Sho’ba, and, above all, old Abu Sofiān with his son Moawiya.

3. Reign of Othman.—Before his death Omar had nominated six of the leading Mohajir (Emigrants) who should choose the caliph from among themselves—Othman, Ali, Zobair, Ṭalḥa, Sa‘d b. Abi Waqqāṣ, and Abdarraḥmān b. Auf. The last-named declined to be a candidate, and decided the election in favour of Othman. Under this weak sovereign the government of Islam fell entirely into the hands of the Koreish nobility. We have already seen that Mahomet himself prepared the way for this transference; Abu Bekr and Omar likewise helped it; the Emigrants were unanimous among themselves in thinking that the precedence and leadership belonged to them as of right. Thanks to the energy of Omar, they were successful in appropriating to themselves the succession to the Prophet. They indeed rested their claims on the undeniable priority of their services to the faith, but they also appealed to their blood relationship with the Prophet as a corroboration of their right to the inheritance; and the ties of blood connected them with the Koreish in general. In point of fact they felt a closer connexion with these than, for example, with the natives of Medina; nature had not been expelled by faith.8 The supremacy of the Emigrants naturally furnished the means of transition to the supremacy of the Meccan aristocracy. Othman did all in his power to press forward this development of affairs. He belonged to the foremost family of Mecca, the Omayyads, and that he should favour his relations and the Koreish as a whole, in every possible way, seemed to him a matter of course. Every position of influence and emolument was assigned to them; they themselves boastingly called the important province of Irak the garden of Koreish. In truth, the entire empire had become that garden. Nor was it unreasonable that from the secularization of Islam the chief advantage should be reaped by those who best knew the world. Such were beyond all doubt the patricians of Mecca, and after them those of Tāif, people like Khālid b. al-Walīd, Amr-ibn-el-Ass, ‘Abdallāh b. abī Sarḥ, Moghīra b. Sho’ba, and, above all, old Abu Sofiān with his son Moawiya.

Against the rising tide of worldliness an opposition, however, now began to appear. It was led by what may be called the spiritual noblesse of Islam, which, as distinguished from the hereditary nobility of Mecca, might also be designated as the nobility of merit, consisting of the “Defenders” (Ansar), and especially of the Emigrants who had lent themselves to the elevation of the Koreish, but by no means with the intention of allowing themselves thereby to be effaced. The opposition was headed by Ali, Zobair, Ṭalḥa, both as leading men among the Emigrants and as disappointed candidates for the Caliphate. Their motives were purely selfish; not God’s cause but their own, not religion but power and preferment, were what they sought.9 Their party was a mixed one. To it belonged the men of real piety, who saw with displeasure the promotion to the first places in the commonwealth of the great lords who had actually done nothing for Islam, and had joined themselves to it only at the last moment. But the majority were merely a band of men without views, whose aim was a change not of system, but of persons in their own interest. Everywhere in the provinces there was agitation against the caliph and his governors, except in Syria, where Othman’s cousin, Moawiya, son of Abu Sofiān (see below), carried on a wise and strong administration. The movement was most energetic in Irak and in Egypt. Its ultimate aim was the deposition of Othman in favour of Ali, whose own services as well as his close relationship to the Prophet seemed to give him the best claim to the Caliphate. Even then there were enthusiasts who held him to be a sort of Messiah.

Against the rising tide of worldliness an opposition, however, now began to appear. It was led by what may be called the spiritual noblesse of Islam, which, as distinguished from the hereditary nobility of Mecca, might also be designated as the nobility of merit, consisting of the “Defenders” (Ansar), and especially of the Emigrants who had lent themselves to the elevation of the Koreish, but by no means with the intention of allowing themselves thereby to be effaced. The opposition was headed by Ali, Zobair, Ṭalḥa, both as leading men among the Emigrants and as disappointed candidates for the Caliphate. Their motives were purely selfish; not God’s cause but their own, not religion but power and preferment, were what they sought.9 Their party was a mixed one. To it belonged the men of real piety, who saw with displeasure the promotion to the first places in the commonwealth of the great lords who had actually done nothing for Islam, and had joined themselves to it only at the last moment. But the majority were merely a band of men without views, whose aim was a change not of system, but of persons in their own interest. Everywhere in the provinces there was agitation against the caliph and his governors, except in Syria, where Othman’s cousin, Moawiya, son of Abu Sofiān (see below), carried on a wise and strong administration. The movement was most energetic in Irak and in Egypt. Its ultimate aim was the deposition of Othman in favour of Ali, whose own services as well as his close relationship to the Prophet seemed to give him the best claim to the Caliphate. Even then there were enthusiasts who held him to be a sort of Messiah.

The malcontents sought to gain their end by force. In bands they came from the provinces to Medina to wring concessions from Othman, who, though his armies were spreading terror from the Indus and Oxus to the Atlantic, had no troops at hand in Medina. He propitiated the mutineers by concessions, but as soon as they had gone, he let matters resume their old course. Thus things went on from bad to worse. In the following year (656) the leaders of the rebels came once more from Egypt and Irak to Medina with a more numerous following; and the caliph again tried the plan of making promises which he did not intend to keep. But the rebels caught him in a flagrant breach of his word,10 and now demanded his abdication, besieging him in his own house, where he was defended by a few faithful subjects. As he would not yield, they at last took the building by storm and put him to death, an old man of eighty. His death in the act of maintaining his rights was of the greatest service to his house and of corresponding disadvantage to the enemy.

The malcontents sought to gain their end by force. In bands they came from the provinces to Medina to wring concessions from Othman, who, though his armies were spreading terror from the Indus and Oxus to the Atlantic, had no troops at hand in Medina. He propitiated the mutineers by concessions, but as soon as they had gone, he let matters resume their old course. Thus things went on from bad to worse. In the following year (656) the leaders of the rebels came once more from Egypt and Irak to Medina with a more numerous following; and the caliph again tried the plan of making promises which he did not intend to keep. But the rebels caught him in a flagrant breach of his word,10 and now demanded his abdication, besieging him in his own house, where he was defended by a few faithful subjects. As he would not yield, they at last took the building by storm and put him to death, an old man of eighty. His death in the act of maintaining his rights was of the greatest service to his house and of corresponding disadvantage to the enemy.

4. Reign of Ali.—Controversy as to the inheritance at once arose among the leaders of the opposition. The mass of the mutineers summoned Ali to the Caliphate, and compelled even Ṭalḥa and Zobair to do him homage. But soon these two, along with Ayesha, the mother of the faithful, who had an old grudge against Ali, succeeded in making their escape to Irak, where at Baṣra they raised the standard of rebellion. Ali in point of fact had no real right to the succession, and moreover was apparently actuated not by piety but by ambition and the desire of power, so that men of penetration, even although they condemned Othman’s method of government, yet refused to recognize his successor. The new caliph, however, found means of disposing of their opposition, and at the battle of the Camel, fought at Baṣra in November 656, Ṭalḥa and Zobair were slain, and Ayesha was taken prisoner.

4. Reign of Ali.—A dispute over inheritance quickly arose among the opposition leaders. The bulk of the mutineers called Ali to the Caliphate and even forced Ṭalḥa and Zobair to pay him respect. However, soon after, these two, along with Ayesha, the mother of the faithful, who had a longstanding grudge against Ali, managed to escape to Irak, where they raised the banner of rebellion in Baṣra. In reality, Ali had no legitimate claim to the succession and seemed motivated more by ambition and the desire for power than by piety, which led perceptive individuals, despite their criticism of Othman’s rule, to reject his successor. Nevertheless, the new caliph found a way to handle their opposition, and at the Battle of the Camel, fought in Baṣra in November 656, Ṭalḥa and Zobair were killed, and Ayesha was captured.

But even so Ali had not secured peace. With the murder of Othman the dynastic principle gained the twofold advantage of a legitimate cry—that of vengeance for the blood of the grey-haired caliph and a distinguished champion, the governor Moawiya, whose position in Syria was impregnable. The kernel of his subjects consisted of genuine Arabs, not only recent immigrants along with Islam, but also old settlers who, through contact with the Roman empire and the Christian church, had become to some extent civilized. Through the Ghassanids these latter had become habituated to monarchical government and loyal obedience, and for a long time much better order had prevailed amongst them than elsewhere in Arabia. Syria was the proper soil for the rise of an Arabian kingdom, and Moawiya was just the man to make use of the situation. He exhibited Othman’s blood-stained garment in the mosque at Damascus, and incited his Syrians to vengeance.

But despite that, Ali hadn’t found peace. With Othman’s murder, the dynastic principle gained a twofold advantage: a legitimate call for vengeance for the blood of the elderly caliph and a notable champion, the governor Moawiya, whose stronghold in Syria was unassailable. His subjects were primarily genuine Arabs, not just recent immigrants with Islam, but also longstanding residents who, through their interactions with the Roman Empire and the Christian church, had become somewhat civilized. Thanks to the Ghassanids, these longstanding residents had gotten used to monarchical rule and loyal obedience, and for quite a while, there had been much better order among them than in other parts of Arabia. Syria was the ideal place for the rise of an Arabian kingdom, and Moawiya was just the right person to take advantage of the situation. He displayed Othman’s blood-stained garment in the mosque at Damascus and urged his Syrians to seek vengeance.

Ali’s position in Kufa was much less advantageous. The population of Irak was already mixed up with Persian elements; it fluctuated greatly, and was largely composed of fresh immigrants. Islam had its headquarters here; Kufa and Baṣra were the home of the pious and of the adventurer, the centres of religious and political movement. This movement it was that had raised Ali to the Caliphate, but yet it did not really take any personal interest in him. Religion proved for him a less trustworthy and more dangerous support than did the conservative and secular feeling of Syria for the Omayyads. Moawiya could either act or refrain from acting as he chose, secure in either case 26 of the obedience of his subjects. Ali, on the other hand, was unable to convert enthusiasm for the principle inscribed on his banner into enthusiasm for his person. It was necessary that he should accommodate himself to the wishes of his supporters, which, however, were inconsistent. They compelled him suddenly to break off the battle of Siffin, which he was apparently on the point of gaining over Moawiya, because the Syrians fastened copies of the Koran to their lances to denote that not the sword, but the word of God should decide the contest (see further below, B.1; also Ali). But in yielding to the will of the majority he excited the displeasure of the minority, the genuine zealots, who in Moawiya were opposing the enemy of Islam, and regarded Ali’s entering into negotiations with him as a denial of the faith. When the negotiations failed and war was resumed, the Kharijites refused to follow Ali’s army, and he had to turn his armies in the first instance against them. He succeeded in disposing of them without difficulty at the battle of Nahrawān, but in his success he lost the soul of his following. For they were the true champions of the theocratic principle; through their elimination it became clear that the struggle had in no sense anything to do with the cause of God. Ali’s defeat was a foregone conclusion, once religious enthusiasm had failed him; the secular resources at the disposal of his adversaries were far superior. Fortunately for him he was murdered (end of January 661), thereby posthumously attaining an importance in the eyes of a large part of the Mahommedan world (Shī‘a) which he had never possessed during his life.

Ali’s position in Kufa was much less advantageous. The population of Irak was already mixed up with Persian elements; it fluctuated greatly, and was largely composed of fresh immigrants. Islam had its headquarters here; Kufa and Baṣra were the home of the pious and of the adventurer, the centres of religious and political movement. This movement it was that had raised Ali to the Caliphate, but yet it did not really take any personal interest in him. Religion proved for him a less trustworthy and more dangerous support than did the conservative and secular feeling of Syria for the Omayyads. Moawiya could either act or refrain from acting as he chose, secure in either case 26 of the obedience of his subjects. Ali, on the other hand, was unable to convert enthusiasm for the principle inscribed on his banner into enthusiasm for his person. It was necessary that he should accommodate himself to the wishes of his supporters, which, however, were inconsistent. They compelled him suddenly to break off the battle of Siffin, which he was apparently on the point of gaining over Moawiya, because the Syrians fastened copies of the Koran to their lances to denote that not the sword, but the word of God should decide the contest (see further below, B.1; also Ali). But in yielding to the will of the majority he excited the displeasure of the minority, the genuine zealots, who in Moawiya were opposing the enemy of Islam, and regarded Ali’s entering into negotiations with him as a denial of the faith. When the negotiations failed and war was resumed, the Kharijites refused to follow Ali’s army, and he had to turn his armies in the first instance against them. He succeeded in disposing of them without difficulty at the battle of Nahrawān, but in his success he lost the soul of his following. For they were the true champions of the theocratic principle; through their elimination it became clear that the struggle had in no sense anything to do with the cause of God. Ali’s defeat was a foregone conclusion, once religious enthusiasm had failed him; the secular resources at the disposal of his adversaries were far superior. Fortunately for him he was murdered (end of January 661), thereby posthumously attaining an importance in the eyes of a large part of the Mahommedan world (Shī‘a) which he had never possessed during his life.

B.—The Omayyad Dynasty

B.—The Umayyad Dynasty

Summary of Preceding Movements.—The conquest of Mecca had been of the greatest importance to the Prophet, not only because Islam thus obtained possession of this important city with its famous sanctuary, but above all because his late adversaries were at last compelled to acknowledge him as the Envoy of God. Among these there were many men of great ability and influence, and he was so eager to conciliate them or, as the Arabic expression has it, “to mellow their hearts” by concessions and gifts, that his loyal helpers (Ansar) at Medina became dissatisfied and could only with difficulty be brought to acquiesce in it. Mahomet was a practical man; he realized that the growing state needed skilful administrators, and that such were found in much greater number among the antagonists of yesterday than among the honest citizens of Medina. The most important positions, such as the governorships of Mecca and Yemen, were entrusted to men of the Omayyad house, or that of the Makhzūm and other Koreishite families. Abu Bekr followed the Prophet’s example. In the great revolt of the Arabic tribes after the death of Mahomet, and in the invasion of Irak and Syria by the Moslems, the principal generals belonged to them. Omar did not deviate from that line of conduct. It was he who appointed Yazīd, the son of Abu Sofiān, and after his death, his brother Moawiya as governor of Syria, and assigned the province of Egypt to Amr-ibn-el-Ass (‘Amr b. Āṣ). It is even surprising to find among the leading men so few of the house of Hāshim, the nearest family of the Prophet. The puzzled Moslem doctors explain this fact on the ground that the Hashimites were regarded as too noble to hold ordinary administrative offices, and that they could not be spared at Medina, where their counsel was required in all important affairs. There is, however, a tradition in which Ali himself calls the Omayyads born rulers. As long as Omar lived opposition was silent. But Othman had not the strong personality of his predecessor, and, although he practically adhered to the policy of Omar, he was accused of favouring the members of his own family—the caliph belonged himself to the house of Omayya—at the expense of the Hashimites and the Ansar. The jealousy of the latter two was prompted by the fact that the governorship and military commands had become not only much more important, but also much more lucrative, while power and money again procured many adherents. The truly devout Moslems on the other hand were scandalized by the growing luxury which relaxed the austere morals of the first Moslems, and this also was imputed to Othman.

Summary of Preceding Movements.—The conquest of Mecca was extremely significant for the Prophet, not just because Islam gained control of this important city with its renowned sanctuary, but especially because his former opponents were finally forced to recognize him as God's Messenger. Many of these opponents were influential and capable individuals, and the Prophet was so eager to win them over, or as the Arabic phrase puts it, “to soften their hearts” through concessions and gifts, that his loyal supporters (Ansar) in Medina became unhappy and were only reluctantly persuaded to accept it. Muhammad was a pragmatic leader; he understood that the growing state required skilled administrators, who were found in much larger numbers among yesterday's adversaries than among the honest citizens of Medina. The key positions, like the governorships of Mecca and Yemen, were given to individuals from the Omayyad family, the Makhzūm, and other Quraysh families. Abu Bakr followed the Prophet’s lead. During the major revolt of the Arab tribes after Muhammad's death, and in the Muslim invasions of Iraq and Syria, the main generals were from these families. Omar continued this approach. He appointed Yazīd, the son of Abu Sofiān, and after his death, his brother Muawiya as governor of Syria, and gave the province of Egypt to Amr-ibn-el-Ass (‘Amr b. Āṣ). It is surprising to see so few members of the Hāshim family, the Prophet's closest relatives, among the leaders. The confused Muslim scholars explain this by saying that the Hashimites were seen as too noble to hold regular administrative roles and that they couldn't be spared in Medina, where their advice was needed for important matters. However, there is a tradition where Ali himself refers to the Omayyads as born leaders. While Omar was alive, opposition remained quiet. But Othman lacked the strong character of his predecessor, and although he largely followed Omar's policies, he was accused of favoring his own family members—the caliph was himself from the house of Omayya—over the Hashimites and the Ansar. The latter two groups were envious because governorships and military posts had become both more significant and more profitable, with power and wealth attracting many followers. Meanwhile, the truly devout Muslims were appalled by the increasing luxury that had eroded the strict morals of the early Muslims, and this was also blamed on Othman.

We thus see how the power of the house of Omayya developed itself, and how there arose against it an opposition, which led in the first place to the murder of Othman and the Caliphate of Ali, and furthermore, during the whole period of the Omayyad caliphs, repeatedly to dangerous outbreaks, culminating in the great catastrophe which placed the Abbasids on the throne. The elements of this opposition were of very various kinds:—(1) The old-fashioned Moslems, sons of the Ansar and Mohājir, who had been Mahomet’s first companions and supporters, and could not bear the thought that the sons of the old enemies of the Prophet in Mecca, whom they nicknamed ṭolaqā (freedmen), should be in control of the imamate, which carried with it the management of affairs both civil and religious. This party was in the foreground, chiefly in the first period. (2) The partisans of Ali, the Shi‘a (Shi‘ites), who in proportion as their influence with the Arabs declined, contrived to strengthen it by obtaining the support of the non-Arabic Moslems, aided thereto, especially in the latter period, by the Abbasids, who at the decisive moment succeeded in seizing the supreme power for themselves. (3) The Kharijites, who, in spite of the heavy losses they sustained at the hands of Ali, maintained their power by gaining new adherents from among those austere Moslems, who held both Omayyads and Alids as usurpers, and have often been called, not unjustly, the Puritans of Islam. (4) The non-Arabic Moslems, who on their conversion to Islam, had put themselves under the patronage of Arabic families, and were therefore called maula’s (clients). These were not only the most numerous, but also, in virtue of the persistency of their hostility, the most dangerous. The largest and strongest group of these were the Persians, who, before the conquest of Irak by the Moslems, were the ruling class of that country, so that Persian was the dominant language. With them all malcontents, in particular the Shi‘ites, found support; by them the dynasty of the Omayyads and the supremacy of the Arabs was finally overthrown. To these elements of discord we must add:—(1) That the Arabs, notwithstanding the bond of Islam that united them, maintained their old tribal institutions, and therewith their old feuds and factions; (2) that the old antagonism between Ma‘adites11 (original northern tribes) and Yemenites (original southern tribes), accentuated by the jealousy between the Meccans, who belonged to the former, and the Medinians, who belonged to the latter division, gave rise to perpetual conflicts; (3) that more than one dangerous pretender—some of them of the reigning family itself—contended with the caliph for the sovereignty, and must be crushed coûte que coûte. It is only by the detailed enumeration of these opposing forces that we can form an idea of the heavy task that lay before the Prince of the Believers, and of the amount of tact and ability which his position demanded.

We thus see how the power of the house of Omayya developed itself, and how there arose against it an opposition, which led in the first place to the murder of Othman and the Caliphate of Ali, and furthermore, during the whole period of the Omayyad caliphs, repeatedly to dangerous outbreaks, culminating in the great catastrophe which placed the Abbasids on the throne. The elements of this opposition were of very various kinds:—(1) The old-fashioned Moslems, sons of the Ansar and Mohājir, who had been Mahomet’s first companions and supporters, and could not bear the thought that the sons of the old enemies of the Prophet in Mecca, whom they nicknamed ṭolaqā (freedmen), should be in control of the imamate, which carried with it the management of affairs both civil and religious. This party was in the foreground, chiefly in the first period. (2) The partisans of Ali, the Shi‘a (Shi‘ites), who in proportion as their influence with the Arabs declined, contrived to strengthen it by obtaining the support of the non-Arabic Moslems, aided thereto, especially in the latter period, by the Abbasids, who at the decisive moment succeeded in seizing the supreme power for themselves. (3) The Kharijites, who, in spite of the heavy losses they sustained at the hands of Ali, maintained their power by gaining new adherents from among those austere Moslems, who held both Omayyads and Alids as usurpers, and have often been called, not unjustly, the Puritans of Islam. (4) The non-Arabic Moslems, who on their conversion to Islam, had put themselves under the patronage of Arabic families, and were therefore called maula’s (clients). These were not only the most numerous, but also, in virtue of the persistency of their hostility, the most dangerous. The largest and strongest group of these were the Persians, who, before the conquest of Irak by the Moslems, were the ruling class of that country, so that Persian was the dominant language. With them all malcontents, in particular the Shi‘ites, found support; by them the dynasty of the Omayyads and the supremacy of the Arabs was finally overthrown. To these elements of discord we must add:—(1) That the Arabs, notwithstanding the bond of Islam that united them, maintained their old tribal institutions, and therewith their old feuds and factions; (2) that the old antagonism between Ma‘adites11 (original northern tribes) and Yemenites (original southern tribes), accentuated by the jealousy between the Meccans, who belonged to the former, and the Medinians, who belonged to the latter division, gave rise to perpetual conflicts; (3) that more than one dangerous pretender—some of them of the reigning family itself—contended with the caliph for the sovereignty, and must be crushed coûte que coûte. It is only by the detailed enumeration of these opposing forces that we can form an idea of the heavy task that lay before the Prince of the Believers, and of the amount of tact and ability which his position demanded.

The description of the reign of the Omayyads is extremely difficult. Never perhaps has the system of undermining authority by continual slandering been applied on such a scale as by the Alids and the Abbasids. The Omayyads were accused by their numerous missionaries of every imaginable vice; in their hands Islam was not safe; it would be a godly work to extirpate them from the earth. When the Abbasids had occupied the throne, they pursued this policy to its logical conclusion. But not content with having exterminated the hated rulers themselves, they carried their hostility to a further point. The official history of the Omayyads, as it has been handed down to us, is coloured by Abbasid feeling to such an extent that we can scarcely distinguish the true from the false. An example of this occurs at the outset in the assertion that Moawiya deliberately refrained from marching to the help of Othman, and indeed that it was with secret joy that he heard of the fatal result of the plot. The facts seem to contradict this view. When, ten weeks before the murder, some hundreds of men came to Medina from Egypt and Irak, pretending that they were on their pilgrimage to Mecca, but wanted to bring before the caliph their complaints against his vicegerents, nobody could have the slightest suspicion that the life of the caliph was in danger; indeed it was only during 27 the few days that Othman was besieged in his house that the danger became obvious. If the caliph then, as the chroniclers tell, sent a message to Moawiya for help, his messenger could not have accomplished half the journey to Damascus when the catastrophe took place. There is no real reason to doubt that the painful news fell on Moawiya unexpectedly, and that he, as mightiest representative of the Omayyad house, regarded as his own the duty of avenging the crime. He could not but view Ali in the light of an accomplice, because if, as he protested, he did not abet the murderers, yet he took them under his protection. An acknowledgment of Ali as caliph by Moawiya before he had cleared himself from suspicion was therefore quite impossible.

The description of the Omayyad rule is really tough to pin down. The Alids and Abbasids seemed to have used continuous slandering to undermine authority on an unprecedented scale. The Omayyads were accused by their many missionaries of every possible vice; it was said that Islam wasn't safe in their hands, and that it would be a righteous act to eliminate them entirely. Once the Abbasids took power, they continued this strategy to its full extent. But, not satisfied with just getting rid of the despised rulers, they took their animosity even further. The official history of the Omayyads, as it has been passed down to us, is so influenced by Abbasid bias that it’s hard to separate the truth from the lies. One example of this bias is the claim that Moawiya intentionally failed to assist Othman, and that he secretly rejoiced at the outcome of the plot. The facts suggest otherwise. When, ten weeks before the murder, a few hundred people arrived in Medina from Egypt and Irak, pretending to be on a pilgrimage to Mecca but actually wanting to present their complaints about the caliph’s governors, no one could have suspected that the caliph's life was at risk; in fact, it was only during the few days that Othman was locked in his home that the danger became clear. If the caliph, as the historians say, sent a message to Moawiya asking for help, his messenger wouldn’t have gotten halfway to Damascus before the tragedy occurred. There’s no real reason to doubt that the shocking news reached Moawiya unexpectedly, and that he, as the most powerful member of the Omayyad family, felt it was his responsibility to avenge the crime. He couldn’t help but see Ali as an accomplice, because although Ali claimed he did not support the murderers, he did offer them protection. Therefore, it was completely impossible for Moawiya to acknowledge Ali as caliph before he had cleared his own name.

1. The Reign of Moawiya.—Moawiya, son of the well-known Meccan chief Abu Sofiān, embraced Islam together with his father and his brother Yazid, when the Prophet conquered Mecca, and was, like them, treated with the greatest distinction. He was even chosen to be one of the secretaries of Mahomet. When Abu Bekr sent his troops for the conquest of Syria, Yazid, the eldest son of Abu Sofiān, held one of the chief commands, with Moawiya as his lieutenant. In the year 639 Omar named him governor of Damascus and Palestine; Othman added to this province the north of Syria and Mesopotamia. To him was committed the conduct of the war against the Byzantine emperor, which he continued with energy, at first only on land, but later, when the caliph had at last given in to his urgent representations, at sea also. In the year 34 (a.d. 655) was fought off the coast of Lycia the great naval battle, which because of the great number of masts has been called “the mast fight,” in which the Greek12 fleet, commanded by the emperor Constans II. in person, was utterly defeated. Moawiya himself was not present, as he was conducting an attack (the result of which we do not know) on Caesarea in Cappadocia. The Arabic historians are so entirely preoccupied with the internal events that they have no eye for the war at the frontier. The contention which Moawiya had with Ali checked his progress in the north.

1. The Reign of Moawiya.—Moawiya, son of the well-known Meccan chief Abu Sofiān, embraced Islam together with his father and his brother Yazid, when the Prophet conquered Mecca, and was, like them, treated with the greatest distinction. He was even chosen to be one of the secretaries of Mahomet. When Abu Bekr sent his troops for the conquest of Syria, Yazid, the eldest son of Abu Sofiān, held one of the chief commands, with Moawiya as his lieutenant. In the year 639 Omar named him governor of Damascus and Palestine; Othman added to this province the north of Syria and Mesopotamia. To him was committed the conduct of the war against the Byzantine emperor, which he continued with energy, at first only on land, but later, when the caliph had at last given in to his urgent representations, at sea also. In the year 34 (A.D. 655) was fought off the coast of Lycia the great naval battle, which because of the great number of masts has been called “the mast fight,” in which the Greek12 fleet, commanded by the emperor Constans II. in person, was utterly defeated. Moawiya himself was not present, as he was conducting an attack (the result of which we do not know) on Caesarea in Cappadocia. The Arabic historians are so entirely preoccupied with the internal events that they have no eye for the war at the frontier. The contention which Moawiya had with Ali checked his progress in the north.

Moawiya was a born ruler, and Syria was, as we have seen, the best administered province of the whole empire. He was so loved and honoured by his Syrians that, when he invited them to avenge the blood of Othman, they replied unanimously, “It is your part to command, ours to obey.” Ali was a valiant man, but had no great talent as a ruler. His army numbered a great many enthusiastic partisans, but among them not a few wise-acres; there were also others of doubtful loyalty. The battle at Siffin (657), near the Euphrates, which lasted two months and consisted principally in, sometimes bloody, skirmishes, with alternate success, ended by the well-known appeal to the decision of the Koran on the part of Moawiya. This appeal has been called by a European scholar “one of the unworthiest comedies of the whole world’s history,” accepting the report of very partial Arabic writers that it happened when the Syrians were on the point of losing the battle. He forgot that Ali himself, before the Battle of the Camel, appealed likewise to the decision of the Koran, and began the fight only when this had been rejected. There is in reality no room for suspecting Moawiya of not having been in earnest when making this appeal; he might well regret that internecine strife should drain the forces which were so much wanted for the spread of Islam. That the Book of God could give a solution, even of this arduous case, was doubtless the firm belief of both parties. But even if the appeal to the Koran had been a stratagem, as Ali himself thought, it would have been perfectly legitimate, according to the general views of that time, which had been also those of the Prophet. It is not unlikely that the chief leader of the Yemenites in Ali’s army, Ash‘ath b. Qais, knew beforehand that this appeal would be made. Certainty is not to be obtained in the whole matter.

Moawiya was a natural leader, and Syria was, as we’ve seen, the best-managed province of the entire empire. He was so loved and respected by his people that, when he called on them to take revenge for Othman’s death, they responded unanimously, “You lead, and we will follow.” Ali was brave, but he lacked significant leadership skills. His army had many passionate supporters, but among them were also some know-it-alls; there were others whose loyalty was questionable. The battle at Siffin (657), near the Euphrates, lasted two months and mainly consisted of sometimes bloody skirmishes with varying successes. It ended with Moawiya’s well-known request to let the Koran decide the outcome. A European scholar has described this appeal as “one of the unworthiest comedies in the history of the world,” relying on biased Arabic accounts that claim it was made when the Syrians were about to lose. He overlooked that Ali himself had made a similar appeal to the Koran before the Battle of the Camel and only started fighting after it was rejected. There’s really no basis to suspect Moawiya was insincere when he made this appeal; he likely wished to avoid pointless fighting that drained the resources needed for spreading Islam. Both sides probably firmly believed that the Book of God could offer a solution, even to this difficult issue. But even if the appeal to the Koran was a trick, as Ali himself thought, it would have been entirely legitimate according to the beliefs of that era, which were also those of the Prophet. It’s quite possible that Ash‘ath b. Qais, the main leader of the Yemenites in Ali’s army, knew in advance that this appeal would be made. Certainty is impossible in this matter.

On each side an umpire was appointed, Abu Mūsāa al-Ash‘arī, the candidate of Ash‘ath, on that of Ali, Amr-ibn-el-Ass (q.v.) on that of Moawiya. The arbitrators met in the year 37 (a.d. 658) at Adhroh, in the south-east of Syria, where are the ruins of the Roman Castra described by Brünnow and Domaszewsky (Die Provincio Arabia, i. 433-463). Instead of this place, the historians generally put Dūmat-al-Jandal, the biblical Duma, now called Jauf, but this rests on feeble authority. The various accounts about what happened in this interview are without exception untrustworthy. J. Wellhausen, in his excellent book Das arabische Reich und sein Sturz, has made it very probable that the decision of the umpires was that the choice of Ali as caliph should be cancelled, and that the task of nominating a successor to Othman should be referred to the council of notable men (shūrā), as representing the whole community. Ali refusing to submit to this decision, Moawiya became the champion of the law, and thereby gained at once considerable support for the conquest of Egypt, to which above all he directed his efforts. As soon as Amr returned from Adhroh, Moawiya sent him with an army of four or five thousand men against Egypt. About the same time the constitutional party rose against Ali’s vicegerent Mahommed, son of Abu Bekr, who had been the leader of the murderous attack on Othman. Mahommed was beaten, taken in his flight, and, according to some reports, sewn in the skin of an ass and burned.

On each side, an umpire was chosen: Abu Mūsā al-Ash‘arī, the representative of Ash‘ath, for Ali, and Amr ibn al-As for Moawiya. The arbitrators gathered in the year 37 (A.D. 658) at Adhroh, in southeastern Syria, where the ruins of the Roman Castra, described by Brünnow and Domaszewsky in *Die Provincio Arabia* (i. 433-463), are located. Instead of this site, most historians suggest Dūmat al-Jandal, the biblical Duma, now called Jauf, but this is based on weak evidence. The various accounts of what transpired during this meeting are, without exception, unreliable. J. Wellhausen, in his excellent book *Das arabische Reich und sein Sturz*, suggests it is highly probable that the decision of the umpires was to annul Ali's selection as caliph and to assign the task of choosing a successor to Othman to a council of notable men (shūrā), representing the entire community. Ali's refusal to accept this decision led Moawiya to become the advocate of the law, gaining considerable support for his campaign to conquer Egypt, which he focused on primarily. As soon as Amr returned from Adhroh, Moawiya sent him with an army of four or five thousand men to Egypt. Around the same time, the constitutional faction revolted against Ali’s representative, Mahommed, son of Abu Bekr, who had led the deadly attack on Othman. Mahommed was defeated, captured during his escape, and according to some reports, he was sewn into the skin of an ass and burned.

Moawiya, realizing that Ali would take all possible means to crush him, took his measures accordingly. He concluded with the Greeks a treaty, by which he pledged himself to pay a large sum of money annually on condition that the emperor should give him hostages as a pledge for the maintenance of peace. Ali, however, had first to deal with the insurrection of the Kharijites, who condemned the arbitration which followed the battle of Siffin as a deed of infidelity, and demanded that Ali should break the compact (see above, A.4). Freed from this difficulty, Ali prepared to direct his march against Moawiya, but his soldiers declined to move. One of his men, Khirrīt b. Rāshid, renounced him altogether, because he had not submitted to the decision of the umpires, and persuaded many others to refuse the payment of the poor-rate. Ali was obliged to subdue him, a task which he effected not without difficulty. Not a few of his former partisans went over to Moawiya, as already had happened before the days of Siffin, amongst others Ali’s own brother ‘Aqīl. Lastly, there were in Kufa, and still more in Basra, many Othmaniya or legitimists, on whose co-operation he could not rely. Moawiya from his side made incessant raids into Ali’s dominion, and by his agents caused a very serious revolt in Basra. The statement that a treaty was concluded between Moawiya and Ali to maintain the status quo, in the beginning of the year 40 (a.d. 660), is not very probable, for it is pretty certain that just then Ali had raised an army of 40,000 men against the Syrians, and also that in the second or third month of that year Moawiya was proclaimed caliph at Jerusalem. At the same time Bosr b. Abi Artāt made his expedition against Medina and Mecca, whose inhabitants were compelled to acknowledge the caliphate of Moawiya. On the murder of Ali in 661, his son Hasan was chosen caliph, but he recoiled before the prospect of a war with Moawiya, having neither the ambition nor the energy of Ali. Moawiya stood then with a large army in Maskin, a rich district lying to the north of the later West Bagdad, watered by the Dojail, or Little Tigris, a channel from the Euphrates to the Tigris. The army of Trak was near Madāin, the ancient Ctesiphon. The reports about what occurred are confused and contradictory; but it seems probable that Abdallah b. Abbas, the vicegerent of Ali at Basra and ancestor of the future Abbasid dynasty, was in command. No battle was fought. Hasan and Ibn Abbas opened, each for himself, negotiations with Moawiya. The latter made it a condition of surrender that he should have the free disposal of the funds in the treasury of Basra. Some say that he had already before the death of Ali rendered himself master of it. Notwithstanding the protest of the Basrians, he transported this booty safely to Mecca. When his descendants had ascended the throne and he had become a demi-saint, the historians did their best to excuse his conduct. Hasan demanded, in exchange for the power which he resigned, the contents of the treasury at Kufa, which amounted to five millions of dirhems, together with the revenues of the Persian province of Darābjird (Darab). When these negotiations became known, a mutiny broke out in Hasan’s camp. Hasan himself was wounded and retired to Medina, where he 28 died eight or nine years afterwards. The legend that he was poisoned by order of Moawiya is without the least foundation. It seems that he never received the revenues of Darābjird, the Basrians to whom they belonged refusing to cede them.

Moawiya, realizing that Ali would do everything he could to defeat him, made his plans accordingly. He struck a deal with the Greeks, committing to pay a large annual sum on the condition that the emperor would provide hostages as a guarantee for peace. However, Ali first had to address the uprising of the Kharijites, who condemned the arbitration that followed the battle of Siffin as an act of betrayal and demanded that Ali break the agreement (see above, A.4). Once he dealt with this issue, Ali prepared to march against Moawiya, but his soldiers refused to move. One of his men, Khirrīt b. Rāshid, completely renounced him because he hadn't accepted the decision of the umpires and convinced many others to stop paying the poor-rate. Ali had to contend with him, which was not an easy task. Several of his former supporters defected to Moawiya, including Ali’s own brother ‘Aqīl. Additionally, there were many Othmaniya or legitimists in Kufa and even more in Basra, whose support he couldn’t count on. Moawiya, for his part, carried out constant raids into Ali’s territory and, through his agents, incited a serious revolt in Basra. The claim that a treaty was forged between Moawiya and Ali to maintain the status quo at the beginning of the year 40 (A.D. 660) is unlikely, as it’s quite certain that Ali was raising an army of 40,000 men against the Syrians at that time, and also that Moawiya was proclaimed caliph in Jerusalem in the second or third month of that year. Simultaneously, Bosr b. Abi Artāt launched his expedition against Medina and Mecca, where the residents were forced to recognize Moawiya's caliphate. After Ali was murdered in 661, his son Hasan was chosen caliph but hesitated at the thought of going to war with Moawiya, lacking Ali's ambition and energy. Moawiya then had a large army in Maskin, a wealthy area north of what would later become West Baghdad, watered by the Dojail, or Little Tigris, a channel connecting the Euphrates and Tigris rivers. The accounts of what happened are mixed and contradictory, but it seems likely that Abdallah b. Abbas, Ali's deputy at Basra and ancestor of the future Abbasid dynasty, was in charge. No battle took place. Hasan and Ibn Abbas opened negotiations with Moawiya separately. Moawiya made it a condition of his surrender that he should have full control of the funds in the Basra treasury. Some say he had already taken control of it before Ali's death. Despite protests from the residents of Basra, he safely transported this loot to Mecca. When his descendants later took the throne and he was venerated, historians tried to justify his actions. In return for the power he relinquished, Hasan demanded the contents of the treasury in Kufa, which amounted to five million dirhems, along with the revenues from the Persian province of Darābjird (Darab). When these negotiations became known, a mutiny erupted in Hasan’s camp. Hasan himself was wounded and retreated to Medina, where he died eight or nine years later. The story that he was poisoned at Moawiya’s behest is completely unfounded. It appears that he never received the revenues from Darābjird as the Basrians refused to give them up.

Moawiya now made his entry into Kufa in the summer of a.h. 41 (a.d. 661) and received the oath of allegiance as Prince of the Believers. This year is called the year of union (jamā‘a). Moghīra b. Sho’ba was appointed governor of Kufa. Homrān b. Abān had previously assumed the government of Basra. This is represented commonly as a revolt, but as Homran was a client of Othman, and remained in favour with the Omayyads, it is almost certain that he took the management of affairs only to maintain order.

Moawiya made his entrance into Kufa in the summer of a.h. 41 (A.D. 661) and was sworn in as Prince of the Believers. This year is known as the year of union (jamā‘a). Moghīra b. Sho’ba was appointed governor of Kufa. Homrān b. Abān had previously taken on the role of governor of Basra. This is often seen as a revolt, but since Homran was a client of Othman and remained in the good graces of the Omayyads, it's likely that he took charge of affairs just to keep the peace.

One strong antagonist to Moawiya remained, in the person of Ziyād. This remarkable man was said to be a bastard of Abu Sofiān, the father of Moawiya, and was, by his mother, the brother of Abu Bakra, a man of great wealth and position at Basra. He thus belonged to the tribe of Thaqīf at Tāif, which produced many very prominent men. At the age of fourteen years Ziyād was charged with the financial administration of the Basrian army. He had won the affection of Omar, by his knowledge of the Koran and the Sunna of the Prophet, and by the fact that he had employed the first money he earned to purchase the freedom of his mother Somayya. He was a faithful servant of Ali and put down for him the revolt excited by Moawiya’s partisans in Basra. Thence he marched into Fārs and Kirman, where he maintained peace and kept the inhabitants in their allegiance to Ali. After Ali’s death he fortified himself in his castle near Istakhr and refused to submit. Moawiya, therefore, sent Bosr b. Abi Artāt to Basra, with orders to capture Ziyād’s three sons, and to force Ziyād into submission by threatening to kill them. Ziyād was obdurate; and it was due to his brother Abu Bakra, who persuaded Moawiya to cancel the order, that the threat was not executed. On his return to Damascus, Moawiya charged Moghīra b. Sho’ba to bring his countryman to reason. Abdallah b. ‘Āmir was made governor of Basra.

One strong enemy of Moawiya remained, in the form of Ziyād. This impressive man was rumored to be a bastard son of Abu Sofiān, Moawiya's father, and was, through his mother, the brother of Abu Bakra, a wealthy and influential figure in Basra. He belonged to the Thaqīf tribe from Tāif, which produced many notable individuals. At just fourteen, Ziyād was given the responsibility of managing the finances for the Basrian army. He won Omar's favor with his knowledge of the Koran and the Sunna of the Prophet, and by using his first earnings to buy his mother Somayya's freedom. He was a loyal supporter of Ali and quashed the revolt stirred up by Moawiya’s followers in Basra. From there, he marched into Fārs and Kirman, where he maintained peace and kept the people loyal to Ali. After Ali's death, he fortified himself in his castle near Istakhr and refused to capitulate. Moawiya, therefore, sent Bosr b. Abi Artāt to Basra, with orders to capture Ziyād’s three sons and force Ziyād to submit by threatening to kill them. Ziyād remained steadfast; and it was because of his brother Abu Bakra, who persuaded Moawiya to retract the order, that the threat was not carried out. Upon returning to Damascus, Moawiya instructed Moghīra b. Sho’ba to bring Ziyād to his senses. Abdallah b. ‘Āmir was appointed governor of Basra.

As soon as Moawiya had his hands free, he directed all his forces against the Greeks. Immediately after the submission of Irak, he had denounced the existing treaty, and as early as 662 had sent his troops against the Alans and the Greeks. Since then, no year passed without a campaign. Twice he made a serious effort to conquer Constantinople, in 669 when he besieged it for three months, and in 674. On the second occasion his fleet occupied Cyzicus, which it held till shortly after his death in 680, when a treaty was signed. In Africa also the extension of Mahommedan power was pursued energetically. In 670 took place the famous march of ‘Okba (‘Oqba) b. Nāfi’ and the foundation of Kairawan, where the great mosque still bears his name. Our information about these events, though very full, is untrustworthy, while of the events in Asia Minor the accounts are scarce and short. The Arabic historians are still absorbed by the events in Irak and Khorasan.

As soon as Moawiya had the freedom to act, he focused all his forces on the Greeks. Right after Iraq surrendered, he rejected the existing treaty, and as early as 662, he sent his troops against the Alans and the Greeks. Since then, not a year went by without a campaign. He made two serious attempts to conquer Constantinople—once in 669 when he besieged it for three months, and again in 674. During the second attempt, his fleet took control of Cyzicus, which it held until shortly after his death in 680, when a treaty was signed. In Africa, the expansion of Muslim power was also pursued vigorously. In 670, the famous march of 'Okba ('Oqba) b. Nāfi' took place, leading to the establishment of Kairawan, where the great mosque still carries his name. While we have extensive information about these events, it is not entirely reliable, and accounts of events in Asia Minor are scarce and brief. The Arabic historians remain focused on the events in Iraq and Khorasan.

The talented prefect of Kufa, Moghīra b. Sho’ba, eventually broke down the resistance of Ziyād, who came to Damascus to render an account of his administration, which the caliph ratified. Moawiya seems also to have acknowledged him as the son of Abu Sofiān, and thus as his brother; in 664 this recognition was openly declared.13 In the next year Ziyād was appointed governor of Basra and the eastern provinces belonging to it. As the austere champion of the precepts of Islam, he soon restored order in the whole district. Outwardly, this was the case in Kufa also. A rising of Kharijites in the year 663 had ended in the death of their chief. But the Shi‘ites were dissatisfied and even dared to give public utterance to their hostility. Moghīra contented himself with a warning. He was already aged and had no mind to enter on a conflict. He died about the year 670, and his province also was entrusted to Ziyād, who appointed ‘Amr b. Horaith as his vicegerent. At a Friday service in the great mosque ‘Amr was insulted and pelted with pebbles. Ziyād then came himself, arrested the leader of the Shi‘ites, and sent fourteen rebels to Damascus, among them several men of consideration. Seven of them who refused to pledge themselves to obedience were put to death; the Shi‘ites considered them as martyrs and accused Moawiya of committing a great crime. But in Kufa peace was restored, and this not by military force, but by the headmen of the tribes. We must not forget that Kufa and Basra were military colonies, and that each tribe had its own quarter of the city. A wholesome diversion was provided by the serious resumption of the policy of eastern expansion, which had been interrupted by the civil war. For this purpose Irak had to furnish the largest contingent. The first army sent by Ziyād into Khorasan recaptured Merv, Herat and Balkh, conquered Tokhāristān and advanced as far as the Oxus. In 673 ‘Obaidallah, the son of Ziyād, crossed the river, occupied Bokhara, and returned laden with booty taken from the wandering Turkish tribes of Transoxiana. He brought 2000 Turkish archers with him to Basra, the first Turkish slaves to enter the Moslem empire. Sa‘īd, son of the caliph Othman, whom Moawiya made governor of Khorasan, in 674 marched against Samarkand. Other generals penetrated as far as the Indus and conquered Kabul, Sijistan, Makrān and Kandahar.

The talented prefect of Kufa, Moghīra b. Sho’ba, eventually broke down the resistance of Ziyād, who came to Damascus to render an account of his administration, which the caliph ratified. Moawiya seems also to have acknowledged him as the son of Abu Sofiān, and thus as his brother; in 664 this recognition was openly declared.13 In the next year Ziyād was appointed governor of Basra and the eastern provinces belonging to it. As the austere champion of the precepts of Islam, he soon restored order in the whole district. Outwardly, this was the case in Kufa also. A rising of Kharijites in the year 663 had ended in the death of their chief. But the Shi‘ites were dissatisfied and even dared to give public utterance to their hostility. Moghīra contented himself with a warning. He was already aged and had no mind to enter on a conflict. He died about the year 670, and his province also was entrusted to Ziyād, who appointed ‘Amr b. Horaith as his vicegerent. At a Friday service in the great mosque ‘Amr was insulted and pelted with pebbles. Ziyād then came himself, arrested the leader of the Shi‘ites, and sent fourteen rebels to Damascus, among them several men of consideration. Seven of them who refused to pledge themselves to obedience were put to death; the Shi‘ites considered them as martyrs and accused Moawiya of committing a great crime. But in Kufa peace was restored, and this not by military force, but by the headmen of the tribes. We must not forget that Kufa and Basra were military colonies, and that each tribe had its own quarter of the city. A wholesome diversion was provided by the serious resumption of the policy of eastern expansion, which had been interrupted by the civil war. For this purpose Irak had to furnish the largest contingent. The first army sent by Ziyād into Khorasan recaptured Merv, Herat and Balkh, conquered Tokhāristān and advanced as far as the Oxus. In 673 ‘Obaidallah, the son of Ziyād, crossed the river, occupied Bokhara, and returned laden with booty taken from the wandering Turkish tribes of Transoxiana. He brought 2000 Turkish archers with him to Basra, the first Turkish slaves to enter the Moslem empire. Sa‘īd, son of the caliph Othman, whom Moawiya made governor of Khorasan, in 674 marched against Samarkand. Other generals penetrated as far as the Indus and conquered Kabul, Sijistan, Makrān and Kandahar.

Ziyād governed Irak with the greatest vigour, but as long as discontent did not issue in action, he let men alone. At his death (672-673), order was so generally restored that “nobody had any more to fear for life or estate, and even the unprotected woman was safe in her house without having her door bolted.”

Ziyād ruled Iraq with great energy, but as long as people’s discontent didn’t lead to action, he left them alone. At his death (672-673), order was so thoroughly restored that “nobody had anything more to fear for their life or property, and even an unprotected woman was safe in her home without having to bolt her door.”

Moawiya was a typical Arab sayyid (gentleman). He governed, not by force, but by his superior intelligence, his self-control, his mildness and magnanimity. The following anecdote may illustrate this. One of Moawiya’s estates bordered on that of Abdallah b. Zobair, who complained in a somewhat truculent letter that Moawiya’s slaves had been guilty of trespassing. Moawiya, disregarding his son Yazid’s advice that he should exact condign punishment for Zobair’s disrespect, replied in flattering terms, regretting the trespass and resigning both slaves and estate to Zobair. In reply Zobair protested his loyalty to Moawiya, who thereupon pointed a moral for the instruction of Yazid.

Moawiya was a typical Arab gentleman. He ruled not through force, but through his superior intelligence, self-discipline, gentleness, and generosity. This is illustrated by the following story. One of Moawiya’s estates was next to that of Abdallah b. Zobair, who sent a somewhat aggressive letter complaining that Moawiya’s slaves had trespassed. Ignoring his son Yazid’s advice to take strict action against Zobair’s disrespect, Moawiya responded with flattery, expressing regret for the trespass and handing both the slaves and the estate over to Zobair. In response, Zobair emphasized his loyalty to Moawiya, who then used the situation to teach Yazid a lesson.

Moawiya has been accused of having poisoned more than one of his adversaries, among them Malik Ashtar, Abdarrahmān the son of the great captain Khālid b. Walīd, and Hasan b. Ali. As for the latter, European scholars have long been agreed that the imputation is groundless. As to Abdarrahmān the story is in the highest degree improbable. Madāinī says that Moawiya was prompted to it, because when he consulted the Syrians about the choice of his son Yazid as his successor, they had proposed Abdarrahmān. The absurdity of this is obvious, for Abdarrahmān died in the year 666.14 Others say15 that Moawiya was afraid lest Abdarrahmān should become too popular. Now, Abdarrahmān had not only been a faithful ally of Moawiya in the wars with Ali, but after the peace devoted all his energy to the Greek war. It is almost incredible that Moawiya out of petty jealousy would have deprived himself of one of his best men. The probability is that Abdarrahmān was ill when returning from the frontier, that Moawiya sent him his own medical man, the Christian doctor Ibn Othāl, and that the rumour arose that the doctor had poisoned him. It is remarkable withal that this rumour circulated, not in Homs (Emesa), where Abdarrahmān died, but in Medina. There a young relation of Abdarrahmān was so roused by the taunt that the death of his kinsman was unavenged, that he killed Ibn Othal near the mosque of Damascus. Moawiya imprisoned him and let him pay a high ransom, the law not permitting the talio against a Moslem for having killed a Christian. The story that 29 this relative was Khālid, the son of Abdarrahmān, is absurd inasmuch as Moawiya made this Khālid commander against the Greeks in succession to his father. In the third case—that of Malik Ashtar—the evidence is equally inadequate. In fact, since Moawiya did not turn the weapon of assassination against such men as Abdallah b. Zobair and Hosain b. Ali, it is unlikely that he used it against less dangerous persons. These two men were the chief obstacles to Moawiya’s plan for securing the Caliphate for his son Yazid. The leadership with the Arabic tribes was as a rule hereditary, the son succeeding his father, but only if he was personally fit for the position, and was acknowledged as such by the principal men of the tribe. The hereditary principle had not been recognized by Islam in the cases of Abu Bekr, Omar and Othman; it had had some influence upon the choice of Ali, the husband of Fatima and the cousin of the Prophet. But it had been adopted entirely for the election of Hasan. The example of Abu Bekr proved that the caliph had the right to appoint his successor. But this appointment must be sanctioned by the principal men, as representing the community. Moawiya seems to have done his best to gain that approbation, but the details given by the historians are altogether unconvincing. This only seems to be certain, that the succession of Yazid was generally acknowledged before the death of his father, except in Medina. (See Mahommedan Institutions.)

Moawiya has been accused of having poisoned more than one of his adversaries, among them Malik Ashtar, Abdarrahmān the son of the great captain Khālid b. Walīd, and Hasan b. Ali. As for the latter, European scholars have long been agreed that the imputation is groundless. As to Abdarrahmān the story is in the highest degree improbable. Madāinī says that Moawiya was prompted to it, because when he consulted the Syrians about the choice of his son Yazid as his successor, they had proposed Abdarrahmān. The absurdity of this is obvious, for Abdarrahmān died in the year 666.14 Others say15 that Moawiya was afraid lest Abdarrahmān should become too popular. Now, Abdarrahmān had not only been a faithful ally of Moawiya in the wars with Ali, but after the peace devoted all his energy to the Greek war. It is almost incredible that Moawiya out of petty jealousy would have deprived himself of one of his best men. The probability is that Abdarrahmān was ill when returning from the frontier, that Moawiya sent him his own medical man, the Christian doctor Ibn Othāl, and that the rumour arose that the doctor had poisoned him. It is remarkable withal that this rumour circulated, not in Homs (Emesa), where Abdarrahmān died, but in Medina. There a young relation of Abdarrahmān was so roused by the taunt that the death of his kinsman was unavenged, that he killed Ibn Othal near the mosque of Damascus. Moawiya imprisoned him and let him pay a high ransom, the law not permitting the talio against a Moslem for having killed a Christian. The story that 29 this relative was Khālid, the son of Abdarrahmān, is absurd inasmuch as Moawiya made this Khālid commander against the Greeks in succession to his father. In the third case—that of Malik Ashtar—the evidence is equally inadequate. In fact, since Moawiya did not turn the weapon of assassination against such men as Abdallah b. Zobair and Hosain b. Ali, it is unlikely that he used it against less dangerous persons. These two men were the chief obstacles to Moawiya’s plan for securing the Caliphate for his son Yazid. The leadership with the Arabic tribes was as a rule hereditary, the son succeeding his father, but only if he was personally fit for the position, and was acknowledged as such by the principal men of the tribe. The hereditary principle had not been recognized by Islam in the cases of Abu Bekr, Omar and Othman; it had had some influence upon the choice of Ali, the husband of Fatima and the cousin of the Prophet. But it had been adopted entirely for the election of Hasan. The example of Abu Bekr proved that the caliph had the right to appoint his successor. But this appointment must be sanctioned by the principal men, as representing the community. Moawiya seems to have done his best to gain that approbation, but the details given by the historians are altogether unconvincing. This only seems to be certain, that the succession of Yazid was generally acknowledged before the death of his father, except in Medina. (See Mahommedan Institutions.)

Moawiya died in the month of Rajab 60 (a.d. 680). His last words are said to have been: “Fear ye God, the Elevated and Mighty, for God, Praise be to Him, protects the man that fears Him; he who does not fear God, has no protection.” Moawiya was, in fact, a religious man and a strict disciple of the precepts of Islam. We can scarcely, therefore, credit the charges made by the adversaries of his chosen successor Yazid, that he was a drinker of wine, fond of pleasure, careless about religion. All the evidence shows that, during the reign of the Omayyads, life in Damascus and the rest of Syria was austere and in striking contrast to the dissolute manners which prevailed in Medina.

Moawiya died in the month of Rajab 60 (AD 680). His last words are said to have been: “Fear God, the Elevated and Mighty, for God, praise be to Him, protects the person who fears Him; those who do not fear God have no protection.” Moawiya was, in fact, a religious man and a strict follower of the teachings of Islam. Therefore, it’s hard to believe the accusations made by his opponents against his chosen successor Yazid, claiming he was a drinker, enjoyed pleasure, and was indifferent to religion. All the evidence indicates that, during the Omayyad rule, life in Damascus and the rest of Syria was strict and in stark contrast to the indulgent behavior that was common in Medina.

2. Rule of Yazid.—When Moawiya died, the opposition had already been organized. On his accession Yazid sent a circular to all his prefects, officially announcing his father’s death, and ordering them to administer the oath of allegiance to their subjects. In that sent to Walīd b. ‘Otba, the governor of Medina, he enclosed a private note charging him in particular to administer the oath to Hosain, Abdallah b. Omar and Abdallah b. Zobair, if necessary, by force. Walid sent a messenger inviting them to a conference, thus giving them time to assemble their followers and to escape to Mecca, where the prefect Omar b. Sa‘īd could do nothing against them. In the month Ramadan this Omar was made governor of Medina and sent an army against Ibn Zobair. This army was defeated, and from that time Ibn Zobair was supreme at Mecca.

2. Rule of Yazid.—When Moawiya died, the opposition was already organized. When he became ruler, Yazid sent a notice to all his governors, officially announcing his father's death and telling them to get their people to pledge allegiance. In the letter sent to Walīd b. ‘Otba, the governor of Medina, he included a personal note specifically instructing him to force Hosain, Abdallah b. Omar, and Abdallah b. Zobair to take the oath if necessary. Walid sent a messenger inviting them to a meeting, which gave them time to gather their supporters and escape to Mecca, where the governor Omar b. Sa‘īd could take no action against them. In the month of Ramadan, this Omar was made governor of Medina and sent an army against Ibn Zobair. This army was defeated, and from that point on, Ibn Zobair became the dominant power in Mecca.

On the news of Yazid’s accession, the numerous partisans of the family of Ali in Kufa sent addresses to Hosain, inviting him to take refuge with them, and promising to have him proclaimed caliph in Irak. Hosain, having learned that the majority of the inhabitants were apparently ready to support him strenuously, prepared to take action. Meanwhile Yazid, having been informed of the riotous behaviour of the Shi‘ites in Kufa, sent Obaidallah, son of the famous Ziyād and governor of Basra, to restore order. Using the same tactics as his father had used before, Obaidallah summoned the chiefs of the tribes and made them responsible for the conduct of their men. On the 8th of Dhu’l-Hijja Hosain set out from Mecca with all his family, expecting to be received with enthusiasm by the citizens of Kufa, but on his arrival at Kerbela west of the Euphrates, he was confronted by an army sent by Obaidallah under the command of Omar, son of the famous Sa‘d b. Abi Waqqās, the founder of Kufa. Hosain gave battle, vainly relying on the promised aid from Kufa, and fell with almost all his followers on the 10th of Muharram 61 (10th of October 680).

With the news of Yazid’s rise to power, many supporters of Ali’s family in Kufa sent messages to Hosain, inviting him to seek safety with them and promising to recognize him as caliph in Iraq. After learning that most of the residents seemed ready to back him wholeheartedly, Hosain prepared to take action. Meanwhile, Yazid, aware of the chaotic actions of the Shi‘ites in Kufa, sent Obaidallah, the son of the well-known Ziyād and the governor of Basra, to restore order. Following the same strategies his father had used before, Obaidallah called upon the tribe leaders and held them responsible for the behavior of their people. On the 8th of Dhu’l-Hijja, Hosain departed from Mecca with his entire family, expecting a warm welcome from the citizens of Kufa. However, upon arriving at Kerbela, west of the Euphrates, he faced an army sent by Obaidallah and led by Omar, the son of the notable Sa‘d b. Abi Waqqās, the founder of Kufa. Hosain fought, relying in vain on the promised support from Kufa, and was defeated along with almost all his followers on the 10th of Muharram 61 (10th of October 680).

No other issue of this rash expedition could have been expected. But, as it involved the grandson of the Prophet, the son of Ali, and so many members of his family, Hosain’s devout partisans at Kufa, who by their overtures had been the principal cause of the disaster, regarded it as a tragedy, and the facts gradually acquired a wholly romantic colouring. Omar b. Sa‘d and his officers, Obaidallah and even Yazid came to be regarded as murderers, and their names have ever since been held accursed by all Shi‘ites. They observe the 10th of Muharram, the day of ‘Ashūra, as a day of public mourning. Among the Persians, stages are erected on that day in public places, and plays are acted, representing the misfortunes of the family of Ali.16 “Revenge for Hosain” became the watchword of all Shi‘ites, and the Meshed Hosain (Tomb of the martyr Hosain) at Kerbela is to them the holiest place in the world (see Kerbela). Obaidallah sent the head of Hosain to Damascus, together with the women and children and Ali b. Hosain, who, being ill, had not taken part in the fight. Yazid was very sorry for the issue, and sent the prisoners under safe-conduct to Medina. Ali remained faithful to the caliph, taking no share in the revolt of the Medinians, and openly condemning the risings of the Shi‘ites.

No other issue of this rash expedition could have been expected. But, as it involved the grandson of the Prophet, the son of Ali, and so many members of his family, Hosain’s devout partisans at Kufa, who by their overtures had been the principal cause of the disaster, regarded it as a tragedy, and the facts gradually acquired a wholly romantic colouring. Omar b. Sa‘d and his officers, Obaidallah and even Yazid came to be regarded as murderers, and their names have ever since been held accursed by all Shi‘ites. They observe the 10th of Muharram, the day of ‘Ashūra, as a day of public mourning. Among the Persians, stages are erected on that day in public places, and plays are acted, representing the misfortunes of the family of Ali.16 “Revenge for Hosain” became the watchword of all Shi‘ites, and the Meshed Hosain (Tomb of the martyr Hosain) at Kerbela is to them the holiest place in the world (see Kerbela). Obaidallah sent the head of Hosain to Damascus, together with the women and children and Ali b. Hosain, who, being ill, had not taken part in the fight. Yazid was very sorry for the issue, and sent the prisoners under safe-conduct to Medina. Ali remained faithful to the caliph, taking no share in the revolt of the Medinians, and openly condemning the risings of the Shi‘ites.

Ibn Zobair profited greatly by the distress caused by Hosain’s death. Though he named himself publicly a refugee of the House of God, he had himself secretly addressed as caliph, and many of the citizens of Medina acknowledged him as such. Yazid, when informed of this, swore in his anger to have him imprisoned. But remembering the wisdom of his father, he sent messengers with a chain made of silver coins, and bearing honourable proposals. At the same time he received a number of the chief men of Medina, sent by the prefect, with great honour and loaded them with gifts and presents. But Ibn Zobair refused, and the Medinians, of whom the majority probably had never before seen a prince’s court, however simple, were only confirmed in their rancour against Yazid, and told many horrible tales about his profligacy, that he hunted and held wild orgies with Bedouin sheikhs, and had no religion. A characteristically Arabic ceremony took place in the mosque of Medina. “I cast off the oath of allegiance to Yazid, as I cast off my turban,” exclaimed the first, and all others followed, casting off one of their garments, till a heap of turbans and sandals lay on the floor. Ibn Ḥanẓala was made commander. The Omayyads, though they with their clients counted more than 1000 men, were not able to maintain themselves, and were allowed to depart only on condition of strict neutrality.

Ibn Zobair greatly benefited from the turmoil following Hosain’s death. Although he publicly called himself a refugee of the House of God, he privately accepted the title of caliph, and many people in Medina recognized him as such. When Yazid heard about this, he angrily vowed to have him arrested. However, remembering his father's wisdom, he sent messengers with a chain made of silver coins, along with honorable proposals. At the same time, he welcomed several prominent citizens of Medina, sent by the prefect, and honored them with gifts and offerings. But Ibn Zobair refused, and the Medinians, most of whom had likely never before witnessed a prince’s court, even a simple one, became even more resentful of Yazid. They spread many terrible stories about his indulgence, claiming he engaged in wild hunts and parties with Bedouin sheikhs and had no regard for religion. A traditionally Arabic ceremony took place in the mosque of Medina. “I renounce my loyalty to Yazid, just like I throw off my turban,” shouted the first person, and everyone followed suit, discarding one of their garments until a pile of turbans and sandals piled up on the floor. Ibn Ḥanẓala was appointed commander. The Omayyads, despite having more than 1,000 men with their allies, couldn't hold their ground and were only allowed to leave on the condition of complete neutrality.

At last the patience of Yazid was exhausted. An army—the accounts about the number vary from 4000 to 20,000—was equipped in all haste and put under the command of Moslim b. ‘Oqba, with orders first to exact submission from the Medinians, if necessary by force, and then to march against Ibn Zobair. Moslim, having met the expelled Omayyads at Wādi ‘l-Qorā, encamped near the city (August 683) and gave the inhabitants three days in which to return to obedience, wishing to spare the city of the Prophet and to prevent the shedding of blood. When, however, after the lapse of three days, a final earnest appeal had been answered insultingly, he began the battle. The Medinians fought valiantly, but could not hold out against the well-disciplined Syrians. Moreover, they were betrayed by the Medinian family of the Banū Ḥāritha, who introduced Syrian soldiers into the town. Medina lies between two volcanic hills, called harra. After one of these the battle has been named “The Day of Harra.” For three days the city was given up to plunder. It is said that a thousand bastards (the “children of the Harra”) were born in consequence of these days. The remaining citizens were compelled to take the oath of allegiance to Yazid in a humiliating form; the few who refused were killed. Ali b. Hosain, who had refused to have anything to do with the revolt, was treated with all honour. Mahommed b. al-Hanafiya, the son of Ali, and Abdallah b. Omar had likewise abstained, but they had left Medina for Mecca.

Finally, Yazid's patience ran out. An army—reports say anywhere from 4,000 to 20,000—was quickly assembled and put under the command of Moslim b. ‘Oqba, with orders to force the people of Medina to submit, if necessary through violence, and then to march against Ibn Zobair. Moslim, after meeting the exiled Omayyads at Wādi ‘l-Qorā, set up camp near the city (August 683) and gave the residents three days to return to obedience, hoping to spare the Prophet’s city and avoid bloodshed. However, when, after three days, his earnest final plea was met with insults, he began the battle. The Medinians fought bravely but were unable to withstand the well-trained Syrians. On top of that, they were betrayed by the Medinian family of the Banū Ḥāritha, who let Syrian soldiers into the city. Medina is situated between two volcanic hills, known as harra. The battle is named “The Day of Harra” after one of these hills. For three days, the city was left to pillage. It’s said that a thousand illegitimate children (the “children of the Harra”) were born as a result of those days. The remaining citizens were forced to pledge loyalty to Yazid in a humiliating manner; those who refused were killed. Ali b. Hosain, who had refused to get involved in the revolt, was treated with great respect. Mahommed b. al-Hanafiya, Ali’s son, and Abdallah b. Omar also stayed away from the conflict but had left Medina for Mecca.

Moslim then proceeded towards Mecca. He was already ill, and died about midway between the two cities, after having given the command, according to the orders of the caliph, to Hosain b. Nomair. It is quite natural that the man who delivered up the city of the Prophet to plunder, and at whose hands so many prominent Moslems fell, should have been an object of detestation 30 to the devout. Even some European scholars have drawn a false picture of his personality, as has been clearly shown by Wellhausen. About Medina also false statements have been made. The city recovered very soon from the disaster, and remained the seat not only of holy tradition and jurisdiction, but also of the Arabic aristocracy. In no city of the empire, during the reign of the Omayyads, lived more singers and musicians than in Medina.

Moslim then headed towards Mecca. He was already unwell and died about halfway between the two cities, after having given the order, as directed by the caliph, to Hosain b. Nomair. It's completely understandable that the man who turned over the city of the Prophet to looting, and who caused so many prominent Muslims to perish, would be despised by the faithful. Even some European scholars have misrepresented his character, as Wellhausen has clearly demonstrated. There have also been false claims about Medina. The city quickly recovered from the disaster and continued to be the center of not only holy tradition and legal authority but also of the Arabic elite. No other city in the empire, during the Omayyad reign, had more singers and musicians than Medina. 30

Hosain b. Nomair arrived before Mecca in September 683 and found Ibn Zobair ready to defend it. A number of the citizens of Medina had come to the aid of the Holy City, as well as many Kharijites from Yamāma under Najda b. ‘Ämir. The siege had lasted 65—others say 40—days, when the news came of the death of Yazid, which took place presumably on the 14th of Rabia I, 64 (12th November 683). Eleven days before a fire, caused by imprudence, had consumed all the woodwork of the Ka’ba and burst the black stone in three places. The evidence is quite conclusive; yet the fire has been imputed to the Syrians, and a tale was invented about ballistas which hurled against the House of God enormous stones and vessels full of bitumen. In fact, the siege had been confined to enclosure and skirmishes. It is said that on the news of the death of Yazid a conference took place between Hosain and Ibn Zobair, and that the former offered to proclaim the latter as caliph provided he would accompany him to Syria and proclaim a general amnesty. Ibn Zobair refused haughtily, and Hosain, with a contemptuous criticism of his folly, ordered his army to break up for Syria.

Hosain b. Nomair arrived near Mecca in September 683 and found Ibn Zobair ready to defend the city. Several citizens from Medina had come to support the Holy City, along with many Kharijites from Yamāma led by Najda b. ‘Ämir. The siege lasted 65—some say 40—days when news broke about Yazid's death, which likely occurred on the 14th of Rabia I, 64 (12th November 683). Eleven days prior, a fire, caused by carelessness, had destroyed all the woodwork of the Ka’ba and cracked the black stone in three places. The evidence is quite clear; however, the fire was blamed on the Syrians, and a story was fabricated about ballistae that hurled huge stones and vessels full of bitumen at the House of God. In reality, the siege involved only encirclement and minor skirmishes. It's said that when news of Yazid's death arrived, a meeting took place between Hosain and Ibn Zobair, where Hosain offered to declare Ibn Zobair as caliph if he would go with him to Syria and announce a general amnesty. Ibn Zobair arrogantly refused, and Hosain, with a scornful remark about his foolishness, ordered his army to disband for Syria.

Hitherto Ibn Zobair had confined himself to an appeal to the Moslems to renounce Yazid and to have a caliph elected by the council (shūrā) of the principal leading men. He now openly assumed the title of caliph and invited men to take the oath of allegiance. He was soon acknowledged throughout Arabia, in Egypt and in Irak. The Omayyads, who had returned to Medina, were again expelled.

Until now, Ibn Zobair had limited himself to urging the Muslims to reject Yazid and to elect a caliph through the council (shūrā) of the main leaders. He now openly declared himself as caliph and called on people to pledge their loyalty. He was quickly recognized across Arabia, in Egypt, and in Iraq. The Omayyads, who had returned to Medina, were expelled once more.

Yazid is described in the Continuatio Isidori Byz. §27, as “iucundissimus et cunctis nationibus regni eius subditis vir gratissime habitus, qui nullam unquam, ut omnibus moris est, sibi regalis fastigii causa gloriam appetivit, sed communis17 cum omnibus civiliter vixit.” This is confirmed by the fact that Moawiya II. is said to have been a mild ruler, like his father, and goes far to outweigh the prejudiced account given by his opponents and coloured still further by tradition. Against the accusation of being a drinker of wine he himself protested in verses which he recited when he sent the army against Ibn Zobair. Decisive is also the testimony of Ibn al-Hanafiya, who declared that all the accusations brought by the Medinians were false. It may be true that he was fond of hunting, but he was a peace-loving, generous prince. It is uncertain at what age he died. Accounts vary between 33 and 39. The latter finds confirmation in the statement that he was born in a.h. 25, though another account places his birth in 22. As his son Moawiya who succeeded him was certainly adult (the accounts vary between 17 and 23), the latter date seems to be preferable.

Yazid is described in the Continuatio Isidori Byz. §27, as “iucundissimus et cunctis nationibus regni eius subditis vir gratissime habitus, qui nullam unquam, ut omnibus moris est, sibi regalis fastigii causa gloriam appetivit, sed communis17 cum omnibus civiliter vixit.” This is confirmed by the fact that Moawiya II. is said to have been a mild ruler, like his father, and goes far to outweigh the prejudiced account given by his opponents and coloured still further by tradition. Against the accusation of being a drinker of wine he himself protested in verses which he recited when he sent the army against Ibn Zobair. Decisive is also the testimony of Ibn al-Hanafiya, who declared that all the accusations brought by the Medinians were false. It may be true that he was fond of hunting, but he was a peace-loving, generous prince. It is uncertain at what age he died. Accounts vary between 33 and 39. The latter finds confirmation in the statement that he was born in a.h. 25, though another account places his birth in 22. As his son Moawiya who succeeded him was certainly adult (the accounts vary between 17 and 23), the latter date seems to be preferable.

3. Moawiya II. had reigned a very short time—how long is again wholly uncertain—when he fell sick and died. Then commenced a period of the greatest confusion. The mother of Yazid, Maisūn, belonged to the most powerful tribe in Syria, the Kalb, and it seems that this and the cognate tribes of Qodā‘a (Yemenites) had enjoyed certain prerogatives, which had aroused the jealousy of the Qais and the cognate tribes of Modar. Immediately after the death of Yazid, Zofar b. Ḥārith, who had already fought with Ibn Zobair against Yazid, had induced northern Syria and Mesopotamia to declare for Ibn Zobair. In Homs (Emesa) the governor No‘mān b. Bashīr had pledged himself to the same cause. The prefect of Damascus, Ḍaḥḥāk b. Qais, seemed to be wavering in his loyalty. Khālid, the brother of Moawiya II., was still a youth and appears to have had no strength of character. There was, however, a much more dangerous candidate, viz. Merwān b. Ḥakam, of another branch of the Omayyads, who had been Othman’s right-hand man. He had pledged himself after some hesitation to Yazid, but now his turn had come. The amir of the Kalb, Ibn Baḥdal, persuaded probably by Obaidallah b. Ziyād, conceived that only a man of distinction could win the contest, and proclaimed Merwan caliph, on condition that his successor should be Khālid b. Yazid, and after him ‘Amr b. Sa‘īd al-Ashdaq, who belonged to the third branch of the Omayyads. Meanwhile Ḍaḥḥāk had declared himself openly for Ibn Zobair. A furious battle (a.d. 684) ensued at Merj Rāhiṭ, near Damascus, in which Ḍaḥḥāk and Zofar, though they had the majority of troops, were utterly defeated. This battle became the subject of a great many poems and had pernicious consequences, especially as regards the antagonism between the Qais-Moḍar and Kalb-Yemenite tribes.

3. Moawiya II had a very short reign—how long is still completely uncertain—when he fell ill and died. This led to a period of significant chaos. Yazid's mother, Maisūn, was from the most powerful tribe in Syria, the Kalb, and it seems that this, along with the related tribes of Qodā‘a (Yemenites), had certain privileges that sparked jealousy among the Qais and the related tribes of Modar. Immediately after Yazid's death, Zofar b. Ḥārith, who had already fought with Ibn Zobair against Yazid, managed to convince northern Syria and Mesopotamia to side with Ibn Zobair. In Homs (Emesa), the governor No‘mān b. Bashīr had pledged allegiance to the same cause. The prefect of Damascus, Ḍaḥḥāk b. Qais, appeared to be uncertain about his loyalty. Khālid, Moawiya II’s brother, was still young and seemed to lack strong character. However, a much more dangerous candidate was Merwān b. Ḥakam, from another branch of the Omayyads, who had been Othman's right-hand man. He had initially pledged himself to Yazid but now his chance had come. The leader of the Kalb, Ibn Baḥdal, likely influenced by Obaidallah b. Ziyād, believed that only a distinguished man could win the contest, and he proclaimed Merwan caliph, on the condition that his successor would be Khālid b. Yazid, followed by ‘Amr b. Sa‘īd al-Ashdaq, who belonged to the third branch of the Omayyads. Meanwhile, Ḍaḥḥāk had openly declared his support for Ibn Zobair. A fierce battle (a.d. 684) broke out at Merj Rāhiṭ, near Damascus, in which Ḍaḥḥāk and Zofar, despite having a larger force, were completely defeated. This battle became the topic of many poems and had harmful consequences, especially regarding the rivalry between the Qais-Moḍar and Kalb-Yemenite tribes.

4. Reign of Merwan I.—Merwan strengthened his position according to the old oriental fashion by marrying the widow of Yazid, and soon felt himself strong enough to substitute his own son Abdalmalik for Khālid b. Yazid as successor-designate. Khālid contented himself with protesting; he was neither a politician nor a soldier, but a student of alchemy and astronomy; translations of Greek books have been ascribed to him (Jāḥiz, Bayān, i. p. 126). In the year a.h. 435 there was still in Egypt a brazen globe attributed to Ptolemy which had belonged to Khālid (Ibn Qiftī, p. 440, 1.15). He was also consulted about future events. There were, however, not a few who deplored the fact that the throne had passed from the descendants of Abu Sofiān. This feeling gave rise to the prophecy that there should appear later a Sofianī on the throne, who would reign with might and wisdom. ‘Amr Ashdaq made no opposition till the death of Merwan. After the victory at Merj Rāhiṭ, Merwan conquered Egypt, and installed as governor his second son Abdalazīz. An army sent to the rescue by Ibn Zobair under the command of his brother Muṣ‘ab was beaten in Palestine by ‘Amr Ashdaq. But a division sent by Merwan to the Hejaz was cut to pieces. Obaidallah b. Ziyād set out with the purpose of subduing Mesopotamia and marching thence against Irak. But he was detained a whole year in the former country, by a rising of the Shi‘ites in Kufa, who were still in mourning for Hosain and had formed an army which called itself “the army of the penitent.” They were routed at Ras ‘Ain, but Obaidallah had still to fight Zofar.

4. Reign of Merwan I.—Merwan solidified his position, following traditional customs, by marrying Yazid's widow. He soon felt strong enough to name his own son, Abdalmalik, as the designated successor instead of Khālid b. Yazid. Khālid was resigned to protesting; he wasn't a politician or soldier, but rather a scholar of alchemy and astronomy. Translations of Greek works have been credited to him (Jāḥiz, Bayān, i. p. 126). In the year a.h. 435, there was still a brass globe in Egypt attributed to Ptolemy that had belonged to Khālid (Ibn Qiftī, p. 440, l.15). He was also consulted about future events. However, many lamented the shift of the throne away from the descendants of Abu Sofiān. This sentiment led to the prophecy that a Sofianī would eventually rise to the throne, ruling with strength and wisdom. ‘Amr Ashdaq did not oppose until Merwan's death. After the victory at Merj Rāhiṭ, Merwan conquered Egypt and appointed his second son, Abdalazīz, as governor. An army sent for aid by Ibn Zobair, led by his brother Muṣ‘ab, was defeated in Palestine by ‘Amr Ashdaq. However, a division dispatched by Merwan to the Hejaz was utterly destroyed. Obaidallah b. Ziyād set out to conquer Mesopotamia and then advance into Irak. Yet, he was held up for an entire year in Mesopotamia due to an uprising of the Shi‘ites in Kufa, who were still grieving for Hosain and had formed an army known as “the army of the penitent.” They were defeated at Ras ‘Ain, but Obaidallah still had to contend with Zofar.

Meanwhile Mokhtār (son of that Abu ‘Obaid the Thaqifite who had commanded the Arabs against the Persians in the unfortunate battle of the Bridge), a man of great talents and still greater ambition, after having supported Ibn Zobair in the siege of Mecca, had gone to Kufa, where he joined the Shi‘ites, mostly Persians, and acquired great power. He claimed that he was commissioned by Ali’s son, Mahommed ibn al-Hanafiya, who after the death of Hosain was recognized by the Shi‘ites as their Mahdi. A vague message from Mahommed, that it was the duty of every good Moslem to take part with the family of the Prophet, was interpreted in favour of Mokhtār, and thenceforward all the Shi‘ites, among them the powerful Ibrāhīm, son of Ali’s right hand Malik Ashtar, followed him blindly as their chief. Afterwards Ibn al-Hanafiya seems to have acknowledged him distinctly as his vicegerent. Ibn Zobair’s representative in Kufa was compelled to flee, and all those who had participated in the battle of Kerbela were put to death. An army despatched against Obaidallah under Ibrāhīm routed the Syrians near Mosul (battle of Khāzir); Obaidallah and Hosain b. Nomair were slain. Mokhtār was now at the zenith of power, but Ibn Zobair, determined to get rid at all costs of so dangerous an enemy, named his brother Muṣ‘ab governor of Basra and ordered him to march against Kufa. Basra was at that time full of fugitives from Kufa, Arabian chiefs who resented the arrogance of Mokhtār’s adherents, and desired eagerly to regain their former position in Kufa. The troops of Basra had been, since the death of Yazid, at war with the Kharijites, who had supported Ibn Zobair during the siege of Mecca, but had deserted him later. Their caliph, Nāfi’ b. Azraq, after whom they were called also Azraqites, threatened even the city itself, when Mohallab b. Abi Ṣofra, a very able general, compelled them to retire. Mohallab then marched with Muṣ‘ab against Kufa. Mokhtār fell, and with 31 him the ephemeral dominion of the Persian Shi‘ites. This had been their first attempt to dispute the authority of their Arabian conquerors, but it was not to be the last. Ibrāhīm b. Ashtar, Mokhtar’s governor of Mesopotamia, submitted and acknowledged the Caliphate of Ibn Zobair.

Meanwhile, Mokhtār (son of Abu ‘Obaid the Thaqifite who had led the Arabs against the Persians in the unfortunate battle of the Bridge), a man with great skills and even bigger ambitions, after supporting Ibn Zobair during the siege of Mecca, went to Kufa. There, he joined the Shi‘ites, mostly Persians, and built up significant power. He claimed he was appointed by Ali’s son, Mahommed ibn al-Hanafiya, who, after Hosain's death, was recognized by the Shi‘ites as their Mahdi. A vague message from Mahommed, stating that it was every good Muslim's duty to stand with the Prophet's family, was interpreted to support Mokhtār. From then on, all the Shi‘ites, including the influential Ibrāhīm, son of Ali’s right-hand man Malik Ashtar, followed him blindly as their leader. Eventually, Ibn al-Hanafiya seems to have officially recognized him as his representative. Ibn Zobair’s representative in Kufa had to flee, and all who had participated in the battle of Kerbela were executed. An army sent against Obaidallah under Ibrāhīm defeated the Syrians near Mosul (battle of Khāzir); Obaidallah and Hosain b. Nomair were killed. Mokhtār was at the peak of his power, but Ibn Zobair, determined to eliminate such a dangerous foe, appointed his brother Muṣ‘ab governor of Basra and ordered him to march against Kufa. At that time, Basra was filled with fugitives from Kufa, Arabian leaders who were angry at the arrogance of Mokhtār’s supporters and were eager to regain their former status in Kufa. Since the death of Yazid, the Basra troops had been at war with the Kharijites, who had supported Ibn Zobair during the siege of Mecca but had abandoned him later. Their caliph, Nāfi’ b. Azraq, after whom they were named the Azraqites, even threatened the city itself until Mohallab b. Abi Ṣofra, a very capable general, forced them to retreat. Mohallab then marched with Muṣ‘ab against Kufa. Mokhtār was defeated, and with him the short-lived power of the Persian Shi‘ites fell. This was their first attempt to challenge the authority of their Arabian conquerors, but it wouldn’t be the last. Ibrāhīm b. Ashtar, Mokhtar’s governor of Mesopotamia, submitted and acknowledged Ibn Zobair's caliphate.

5. Reign of Abdalmalik.—Merwan died on the 27th of Ramadan 65 (7th May 685); according to tradition, he was suffocated by his wife, because he had insulted her son Khālid and herself. The accession of Abdalmalik was attended with no difficulty, but the first years of his reign were occupied by troubles in northern Syria, where, instigated by the Greeks, the Mardaites of the Amanus, called Jarājima by the Arabs, penetrated into the Lebanon. He was obliged to conclude an unfavourable treaty first with them, later with the emperor of Constantinople. Moreover, in the year 68 (a.d. 687-688) Syria was afflicted by a serious famine. Ibn Zobair, however, was occupied at Mecca with the rebuilding of the Ka’ba, and Muṣ‘ab was harassed not only by the Kharijites, but also by a noble freebooter, Obaidallah b. Ḥorr, who had created for himself a principality in the vicinity of Madāin (Ctesiphon).

5. Reign of Abdalmalik.—Merwan died on the 27th of Ramadan 65 (May 7, 685); according to tradition, his wife suffocated him because he had insulted her son Khālid and her. Abdalmalik came to power without any issues, but the early years of his reign were troubled by conflicts in northern Syria, where the Mardaites of the Amanus, known as Jarājima by the Arabs, were encouraged by the Greeks to move into Lebanon. He was forced to sign an unfavorable treaty with them first, and later with the emperor of Constantinople. Additionally, in the year 68 (A.D. 687-688), Syria experienced a severe famine. Ibn Zobair was busy in Mecca rebuilding the Ka’ba, while Muṣ‘ab faced challenges not only from the Kharijites but also from a noble bandit, Obaidallah b. Ḥorr, who had established a principality near Madāin (Ctesiphon).

The period of the pilgrimage caused a momentary truce to all these struggles, and in Dhu ‘l-hijja, a.h. 68 (January 688), was seen the curious spectacle of four different standards planted near Mecca, belonging respectively to four chiefs, each of whom was a pretender to the empire; the standard of Abdallah b. Zobair, caliph of Mecca; that of the caliph of Damascus, Abdalmalik; that of Ali’s son Mahommed b. al-Hanafiya, Mahdi of the Shi‘ites; and that of the Kharijites, who were at that time under the command of Najda b. ‘Āmir. Such, however, was the respect inspired by the holy places, that no disorders resulted.

The pilgrimage period brought a temporary pause to all these conflicts, and in Dhu ‘l-hijja, a.h. 68 (January 688), there was an unusual sight of four different flags set up near Mecca, each representing a leader who claimed the empire; there was the flag of Abdallah b. Zobair, the caliph of Mecca; the flag of the caliph of Damascus, Abdalmalik; the flag of Ali’s son Mahommed b. al-Hanafiya, the Mahdi of the Shi‘ites; and the flag of the Kharijites, who were led at that time by Najda b. ‘Āmir. Despite this, the reverence for the holy sites ensured that no disturbances occurred.

When, in the year (69 a.h.) 689 Abdalmalik had at last encamped at Boṭān Ḥabīb in the vicinity of Kinnesrin (Qinnasrīn),18 with the purpose of marching against Muṣ‘ab, his cousin ‘Amr Ashdaq, to whom by the treaty of Jābia, before the battle of Merj Rāhit, the succession to Merwan had been promised, took advantage of his absence to lay claim to the supreme power, and to have himself proclaimed caliph by his partisans. Abdalmalik was obliged to retrace his steps and to lay siege to his own capital. The garrison of Damascus took fright, and deserted their posts, so that ‘Amr Ashdaq was compelled to surrender. The caliph Abdalmalik summoned him to his palace and slew him with his own hand. Abdalmalik has every claim to our esteem as one of the ablest monarchs that ever reigned, but this murder remains a lasting blot on his career.

When, in the year (69 A.H.) 689 Abdalmalik had at last encamped at Boṭān Ḥabīb in the vicinity of Kinnesrin (Qinnasrīn),18 with the purpose of marching against Muṣ‘ab, his cousin ‘Amr Ashdaq, to whom by the treaty of Jābia, before the battle of Merj Rāhit, the succession to Merwan had been promised, took advantage of his absence to lay claim to the supreme power, and to have himself proclaimed caliph by his partisans. Abdalmalik was obliged to retrace his steps and to lay siege to his own capital. The garrison of Damascus took fright, and deserted their posts, so that ‘Amr Ashdaq was compelled to surrender. The caliph Abdalmalik summoned him to his palace and slew him with his own hand. Abdalmalik has every claim to our esteem as one of the ablest monarchs that ever reigned, but this murder remains a lasting blot on his career.

Abdalmalik could now give his whole attention to the projected expedition against Irak. Muṣ‘ab was encamped at Bājomairā in the neighbourhood of Takrīt. But Abdalmalik’s first task was to subdue Zofar and his Qaisites at Kerkesia (Qarqīsia), and the rest of the partisans of Mokhtār at Nisibis. Meanwhile, Muṣ‘ab had to curb a violent revolt in Basra, brought about by agents of Abdalmalik, and called after a place in the city the revolt of the Jofrites. About the middle of a.d. 691 Abdalmalik at last encamped at Dair al-Jathalīq (the monastery of the Catholicus) between Maskin, not far from the site of Bagdad, and Bājomairā. Muṣ‘ab’s best troops were fighting under Mohallab against the Kharijites; many Basrians were secretly favourable to the Omayyads, nor were the Kufian soldiers to be trusted. The people of Irak had never been accustomed to discipline, and no improvement had taken place during the troubles of the last years. Abdalmalik, therefore, wrote secretly to the chiefs of Muṣ‘ab’s army, and persuaded them to desert to him, with the exception of Ibrāhīm b. Ashtar, the brave son of a brave father, who, after the fall of Mokhtār, had become a faithful supporter of Ibn Zobair. His death, in the beginning of the battle, decided the fate of Muṣ‘ab, who was slain sword in hand by a Shi‘ite of Kufa.

Abdalmalik could now focus entirely on the planned expedition against Irak. Muṣ‘ab was camped at Bājomairā, near Takrīt. But Abdalmalik's first priority was to defeat Zofar and his Qaisites at Kerkesia (Qarqīsia) and deal with the remaining supporters of Mokhtār at Nisibis. Meanwhile, Muṣ‘ab had to handle a fierce revolt in Basra, instigated by Abdalmalik's agents, which was named after a local area, the revolt of the Jofrites. Around the middle of AD 691, Abdalmalik finally set up camp at Dair al-Jathalīq (the monastery of the Catholicus) between Maskin, not far from where Baghdad would be, and Bājomairā. Muṣ‘ab’s best troops were engaged in combat under Mohallab against the Kharijites; many people from Basra were secretly supportive of the Omayyads, and the Kufian soldiers were unreliable. The people of Irak had never been trained in discipline, and there had been no improvement during the upheavals of recent years. Therefore, Abdalmalik secretly wrote to the leaders of Muṣ‘ab’s army, convincing them to switch their allegiance to him, except for Ibrāhīm b. Ashtar, the courageous son of a brave father, who had become a loyal supporter of Ibn Zobair after Mokhtār's fall. His death at the start of the battle determined Muṣ‘ab's fate, as he was killed while fighting by a Shi‘ite from Kufa.

This victory opened the gates of Kufa to Abdalmalik, and all Irak received him with acclamation. Thence, a few days later, he sent Hajjāj b. Yusuf at the head of 2000 Syrians against Ibn Zobair in Mecca, and despatched a messenger to Tāriq b.‘Amr, who was encamped at Wādi ‘l-Qorā with 5000 men, to make himself master of Medina and thence to rejoin Hajjāj. Before the arrival of this reinforcement, Hajjāj confined himself to skirmishes, in which his soldiers always had the advantage. Then, in Dhu ‘l Qa‘da 72 (March 25th, 692) Mecca was invested. The blockade lasted more than six months, during which the city was a prey to all the horrors of siege and famine. Hajjāj had set up a balista on the hill of Abu Qobais, whence he poured on the city a hail of stones, which was suspended only in the days of the pilgrimage. Ibn Zobair employed against him Abyssinians armed with Greek-fire-tubes, who, however, quitted him soon under the pressure of famine. This at length triumphed over his last adherents. Ten thousand fighting men, and even two of the sons of the pretender (it is said, on his own advice), left the city and surrendered. Mecca being thus left without defenders, Ibn Zobair saw that ruin was inevitable. Hajjāj having promised him amnesty if he would surrender, he went to his mother Asmā, the daughter of Abu Bekr, who had reached the age of a hundred years, and asked her counsel. She answered that, if he was confident in the justice of his cause, he must die sword in hand. In embracing him for the last time, she felt the cuirass he wore and exclaimed that such a precaution was unworthy of a man resolved to die. He, therefore, took off the cuirass, and, when the Omayyad troops made their way into the city, attacked them furiously, notwithstanding his advanced age, and was slain. His head was cut off, and sent by Hajjāj to Damascus.

This victory opened the gates of Kufa for Abdalmalik, and everyone in Iraq welcomed him with cheers. A few days later, he sent Hajjāj b. Yusuf leading 2,000 Syrians against Ibn Zobair in Mecca, and he dispatched a messenger to Tāriq b. ‘Amr, who was camped at Wādi ‘l-Qorā with 5,000 men, instructing him to take control of Medina and then join Hajjāj. Before this reinforcement arrived, Hajjāj focused on skirmishes, where his soldiers consistently had the upper hand. Then, in Dhu ‘l Qa‘da 72 (March 25th, 692), Mecca was besieged. The blockade lasted more than six months, during which the city suffered from the horrors of siege and famine. Hajjāj set up a balista on the hill of Abu Qobais, raining stones down on the city, ceasing only during the days of pilgrimage. Ibn Zobair countered with Abyssinians armed with Greek-fire tubes, but they soon abandoned him due to famine. Eventually, famine forced his last supporters to give up. Ten thousand fighters, including two of the pretender’s sons (supposedly at his suggestion), left the city and surrendered. With Mecca now defenseless, Ibn Zobair realized that ruin was unavoidable. Hajjāj promised him amnesty if he surrendered, so he went to seek advice from his mother Asmā, the daughter of Abu Bekr, who was now 100 years old. She told him that if he truly believed in the justice of his cause, he should die fighting. When she embraced him one last time, she felt the armor he was wearing and said that it was unworthy of a man ready to face death. He then removed the armor and, as the Umayyad troops entered the city, he fiercely attacked them despite his old age and was killed. His head was cut off and sent by Hajjāj to Damascus.

With Ibn Zobair perished the influence which the early companions of Mahomet had exercised over Islam. Medina and Mecca, though they continued to be the holy cities, had no longer their old political importance, which had already been shaken to its foundations by the murder of Othman and the subsequent troubles. Henceforward we shall find temporal interests, represented by Damascus, predominating over those of religion, and the centre of Islam, now permanently removed beyond the limits of Arabia, more susceptible to foreign influence, and assimilating more readily their civilizing elements. Damascus, Kufa and Basra will attract the flower of all the Moslem provinces, and thus that great intellectual, literary and scientific movement, which reached its apogee under the first Abbasid Caliphs at Bagdad, steadily becomes more marked.

With the death of Ibn Zobair, the influence that the early companions of Muhammad had over Islam faded away. Medina and Mecca, although they remained sacred cities, no longer held their previous political importance, which had already been undermined by Othman's murder and the unrest that followed. From now on, we see temporal interests, represented by Damascus, taking precedence over religious concerns, and the center of Islam, now permanently moved beyond Arabia, becoming more open to foreign influence and more willing to adopt their civilizing elements. Damascus, Kufa, and Basra will draw the best minds from all the Muslim provinces, leading to a significant intellectual, literary, and scientific movement that peaked under the first Abbasid Caliphs in Baghdad.

After the burning of the Ka’ba during the siege of Mecca by Hosain b. Nomair, Ibn Zobair had rebuilt and enlarged the house of God. It is said that he thus carried out a design of the Prophet, which he had not ventured to undertake for fear of offending the newly converted Koreishites. Hajjāj pulled down the enlargements and restored the Ka‘ba to its old state. Meanwhile, the caliph committed to him the government of the Hejaz. The Medinians, whose loyalty was suspected, were treated by him with severity; not a few maulas (clients) were obliged to wear a leaden badge on their neck (Tabarī, ii. p. 854 seq.).

After the Ka’ba was set on fire during the siege of Mecca by Hosain b. Nomair, Ibn Zobair rebuilt and expanded the house of God. It's said that he followed a plan laid out by the Prophet, which he hadn’t dared to pursue before because he was worried about upsetting the newly converted Koreishites. Hajjāj took down the expansions and returned the Ka‘ba to its original state. In the meantime, the caliph put him in charge of the Hejaz. The Medinians, whose loyalty was questioned, were treated harshly; many maulas (clients) were forced to wear a lead badge around their neck (Tabarī, ii. p. 854 seq.).

Thus the protracted war against Ibn Zobair was brought to an end; hence this year (71) also is called the “year of union” (jamā‘a). But the storms in Irak and Mesopotamia had not yet altogether subsided. The Qais could not leave unavenged the blood shed at Merj Rāhit. For about ten years the Syrian and Mesopotamian deserts were the scene of a series of raids, often marked by great cruelty, and which have been the subject of a great many poems. Abdalmalik had need of all his tact and energy to pacify ultimately the zealous sectaries, but the antagonism between Yemenites (Kalb and Azd) and Moḍarites (Qais and Tamīm) had been increased by these struggles, and even in the far east and the far west had fatal consequences.

Thus, the lengthy war against Ibn Zobair came to an end; this year (71) is also called the “year of union” (jamā‘a). However, the turmoil in Iraq and Mesopotamia had not fully settled. The Qais could not let the blood spilled at Merj Rāhit go unavenged. For about ten years, the Syrian and Mesopotamian deserts were the site of numerous raids, often characterized by great cruelty, and these events have inspired many poems. Abdalmalik had to use all his skills and energy to eventually calm the passionate sectaries, but the conflict between the Yemenites (Kalb and Azd) and the Moḍarites (Qais and Tamīm) had been heightened by these struggles, leading to severe repercussions even in the far east and far west.

When Abdalmalik, after a stay of forty days, returned from Irak to Syria, he left two Omayyad princes as his vicegerents in Kufa and Basra. Mohallab, who at the time of the battle of Bājomairā was in the field against the Azraqītes (Kharijites), and had put himself at the disposal of the caliph, had orders to carry on the war. But the two princes proved unequal to their task and did not support Mohallab sufficiently, so that the Kharijites gained more than one victory. Abdalmalik in alarm made Hajjāj governor of Irak with the most extensive powers. The troops of Kufa, who accompanied Mohallab in an expedition against the 32 Kharijites, had abandoned their general and dispersed to their homes, and nothing could induce them to return to their duty. Then, in the year 75 (a.d. 694), at the moment when the people were assembled in the mosque for morning prayers, an unknown young man of insignificant appearance, with a veil over his face, ascended the pulpit. It seemed at first that he could not find his words. One of the audience, with a contemptuous remark, took a handful of pebbles to pelt him with. But he let them fall when Hajjāj lifted his veil and began to speak.

When Abdalmalik returned to Syria from Irak after staying for forty days, he left two Omayyad princes as his vicegerents in Kufa and Basra. Mohallab, who was engaged in battle against the Azraqītes (Kharijites) during the Bājomairā conflict and had committed himself to the caliph, was ordered to continue the war. However, the two princes were unable to handle their responsibilities and did not provide enough support to Mohallab, resulting in the Kharijites winning several battles. Alarmed, Abdalmalik appointed Hajjāj as the governor of Irak with extensive powers. The troops from Kufa, who had accompanied Mohallab on an expedition against the Kharijites, deserted their general and returned home, showing no willingness to return to duty. Then, in the year 75 (a.d. 694), while the people were gathered in the mosque for morning prayers, an unknown young man of ordinary appearance, with a veil covering his face, stepped up to the pulpit. At first, it seemed like he was struggling to find his words. One member of the audience, with a sneer, picked up some pebbles to throw at him. But he dropped them when Hajjāj unveiled himself and started to speak.

“Men of Kufa,” he said, “I see before me heads ripe for the sickle, and the reaper—I am he. It seems to me, as if I saw already the blood between your turbans and your shoulders. I am not one of those who can be frightened by inflated bags of skin, nor need any one think to squeeze me like a fig. The Prince of the Believers has spread before him the arrows of his quiver, and has tried every one of them by biting its wood. It is my wood that he has found the hardest and strongest, and I am the arrow which he shoots against you.”

“People of Kufa,” he said, “I see before me heads ready for the sickle, and the reaper—I am that reaper. It feels like I can already see the blood between your turbans and your shoulders. I’m not someone who gets scared by empty threats, and no one should think they can squeeze me like a fig. The Prince of the Believers has laid out the arrows from his quiver and tested each one by biting its wood. It’s my wood he found to be the hardest and strongest, and I’m the arrow he’s aiming at you.”

At the end of this address he ordered his clerk to read the letter of the caliph. He began: “From the servant of God, Abdalmalik, Prince of the Believers, to the Moslems that are in Kufa, peace be with you.” As nobody uttered a word in reply, Hajjāj said: “Stop, boy,” and exclaimed: “The Prince of the Believers salutes you, and you do not answer his greeting! You have been but poorly taught. I will teach you afresh, unless you behave better. Read again the letter of the Prince of the Believers.” Then, as soon as he had read: “peace upon ye,” there remained not a single man in the mosque who did not respond, “and upon the Prince of the Believers be peace.” Thereupon Hajjāj ordered that every man capable of bearing arms should immediately join Mohallab in Khūzistān (Susiana), and swore that all who should be found in the town after the third day should be beheaded. This threat had its effect, and Hajjāj proceeded to Baṣra, where his presence was followed by the same results. Mohallab, reinforced by the army of Irak, at last succeeded, after a struggle of eighteen months, in subjugating the Kharijites and their caliph Qatara b. Fojā‘a, and was able at the beginning of the year 78 (a.d. 697) to return to Hajjāj at Baṣra. The latter loaded him with honours and made him governor of Khorasan, whence he directed several expeditions into Transoxiana. In the meantime Hajjāj himself had, in 695 and 696, with great difficulty suppressed Shabīb b. Yazīd at the head of the powerful tribe of Shaibān, who, himself a Kharijite, had assumed the title of Prince of the Believers, and had even succeeded in occupying Kufa. In the east the realm of Islam had been very much extended under the reign of Moawiya, when Ziyād was governor of Irak and Khorasan. Balkh and Tokhāristān, Bokhara, Samarkand and Khwarizm (modern Khiva), even Kabul and Kandahar had been subdued; but in the time of the civil war a great deal had been lost again. Now at last the task of recovering the lost districts could be resumed. When, in 697, Hajjāj gave the government of Khorasan to Mohallab, he committed that of Sijistān (Seistan) to Obaidallah b. Abi Bakra, a cousin of Ziyād. This prefect allowed himself to be enticed by Zanbīl, prince of Zabulistan, to penetrate into the country far from his base, and escaped narrowly, not without severe losses. The command over Sijistān was now given to Abdarrahman b. Ash‘ath, a descendant of the old royal family of Kinda, and a numerous army was entrusted to him, so magnificently equipped that it was called “the peacock army.” Not long after his arrival in Sijistān, Ibn Ash‘ath, exasperated by the masterful tone of Hajjāj, the plebeian, towards himself, the high-born, decided to revolt. The soldiers of Irak, who did not love the governor, and disliked the prospect of a long and difficult war far from home, eagerly accepted the proposition of returning to Irak, and even proclaimed the dethronement of Abdalmalik, in favour of Ibn Ash‘ath. The new pretender entered Fārs and Ahwāz (Susiana), and it was in this last province near Tostar (Shuster) that Hajjāj came up with him, after receiving from Syria the reinforcements which he had demanded in all haste from the caliph. Ibn Ash‘ath drove him back to Baṣra, entered the city, and then turned his arms against Kufa, of which he took possession with aid from within. Hajjāj, afraid lest his communications with Syria should be cut off, pitched his camp at Dair Qorra, eighteen miles west from Kufa towards the desert, where Mahommed, the brother of the caliph, and Abdallah, his son, brought him fresh troops. Ibn Ash‘ath encamped not far from him at Dair al-Jamājim with a far more numerous army. In great alarm Abdalmalik endeavoured to stifle the revolt by offering to dismiss Hajjāj from his post. The insurgents rejected this offer, and hostilities recommenced. At the end of three months and a half, in July 702, a decisive action took place. Victory declared for Hajjāj. Ibn Ash‘ath fled to Baṣra, where he managed to collect fresh troops; but having been again beaten in a furious battle that took place at Maskin near the Dojail, he took refuge at Ahwāz, from which he was soon driven by the troops of Hajjāj under ‘Omāra b. Tamīm. The rebel then retired to Sijistān, and afterwards sought an asylum with the king of Kabul. His partisans fled before ‘Omāra’s army and penetrated into Khorasan, where they were isarmed by the governor Yazīd, son of the celebrated Mohallab, who had died in the year 701. The pretender was betrayed by the king of Kabul and killed himself. His head was sent to Hajjāj and then to Damascus. This happened in the year 703 or 704. Yazid b. Mohallab was soon after deprived of the government of Khorasan, Hajjāj accusing him of partiality towards the rebels of Yemenite extraction. He appointed in his stead first his brother Mofaḍḍal b. Mohallab, and nine months after Qotaiba b. Moslim, who was destined in a later period to extend the sway of Islam in the east as far as China.

At the end of this speech, he instructed his clerk to read the letter from the caliph. He began: “From the servant of God, Abdalmalik, Prince of the Believers, to the Muslims in Kufa, peace be with you.” When no one responded, Hajjāj said, “Stop, boy,” and exclaimed, “The Prince of the Believers greets you, and you don’t reply to his greeting! You’ve been poorly taught. I will teach you again, unless you behave better. Read the letter from the Prince of the Believers again.” As soon as it was read: “peace upon you,” every man in the mosque responded, “and upon the Prince of the Believers be peace.” Hajjāj then ordered that every man able to fight should immediately join Mohallab in Khūzistān (Susiana) and swore that anyone found in town after the third day would be executed. This threat was effective, and Hajjāj moved to Baṣra, where the same results followed. Mohallab, backed by the army of Irak, ultimately succeeded in subduing the Kharijites and their caliph Qatara b. Fojā‘a after a struggle of eighteen months and was able to return to Hajjāj at Baṣra at the begining of the year 78 (a.d. 697). Hajjāj honored him and appointed him governor of Khorasan, from where he led several campaigns into Transoxiana. Meanwhile, Hajjāj himself had, in 695 and 696, struggled to suppress Shabīb b. Yazīd, who led the powerful tribe of Shaibān and, as a Kharijite, had declared himself Prince of the Believers, even managing to occupy Kufa. During the reign of Moawiya, much of the Islamic realm had expanded under the governorship of Ziyād, with Balkh, Tokhāristān, Bokhara, Samarkand, and Khwarizm (modern Khiva), even Kabul and Kandahar being subdued; however, many areas were lost during the civil war. Finally, the effort to reclaim those lost territories could continue. In 697, when Hajjāj entrusted Khorasan to Mohallab, he assigned Sijistān (Seistan) to Obaidallah b. Abi Bakra, a cousin of Ziyād. This governor was lured by Zanbīl, prince of Zabulistan, deep into hostile territory and barely made it back, suffering heavy losses. The command of Sijistān was then given to Abdarrahman b. Ash‘ath, a descendant of the old Kinda royal family, with a sizable army that was so lavishly equipped it was called “the peacock army.” Shortly after arriving in Sijistān, Ibn Ash‘ath, frustrated by Hajjāj's condescending attitude toward him, revolted. The soldiers from Irak, who were not fond of the governor and disliked the idea of a long and challenging war away from home, quickly accepted the idea of returning to Irak and even declared they would support Ibn Ash‘ath instead of Abdalmalik. The new contender moved into Fārs and Ahwāz (Susiana), and it was in the latter province, near Tostar (Shuster), that Hajjāj confronted him after hastily receiving reinforcements from the caliph in Syria. Ibn Ash‘ath pushed him back to Baṣra, took the city, and then turned his forces toward Kufa, capturing it with inside help. Fearing his lines of communication with Syria would be severed, Hajjāj set up camp at Dair Qorra, eighteen miles west of Kufa towards the desert, where Mahommed, the caliph's brother, and Abdallah, his son, brought him additional troops. Ibn Ash‘ath camped nearby at Dair al-Jamājim with a much larger army. In a panic, Abdalmalik tried to quell the revolt by offering to remove Hajjāj from power. The rebels declined this offer, and fighting resumed. After three and a half months, in July 702, a decisive battle occurred. Victory went to Hajjāj. Ibn Ash‘ath fled to Baṣra, where he managed to regroup, but was defeated again in a fierce battle at Maskin near the Dojail. He took refuge in Ahwāz, but was soon driven out by Hajjāj's troops under ‘Omāra b. Tamīm. The rebel then retreated to Sijistān and later sought refuge with the king of Kabul. His followers fled from ‘Omāra’s army and entered Khorasan, where they were disarmed by the governor Yazīd, son of the renowned Mohallab, who died in 701. The pretender was betrayed by the king of Kabul and killed. His head was sent to Hajjāj and then to Damascus. This occurred in 703 or 704. Soon after, Yazid b. Mohallab lost the governorship of Khorasan, as Hajjāj accused him of favoritism toward the Yemeni rebels. He first appointed his brother Mofaḍḍal b. Mohallab, and nine months later Qotaiba b. Moslim, who would later extend the influence of Islam in the east as far as China.

The struggle of Ibn Ash‘ath was primarily a contest for hegemony between Irak and Syria. The proud Arabic lords could not acquiesce in paying to a plebeian like Hajjāj, invested with absolute power by the caliph, the strict obedience he required. They considered it further as an injustice that the Syrian soldiers received higher pay than those of Irak. This is apparent from the fact that one of the conditions of peace proposed by Abdalmalik before the battle of Dair al-Jamājim had been that henceforth the Irakian troops should be paid equally with the Syrian. Moreover, Hajjāj, in order to maintain the regular revenue from taxation, had been obliged to introduce stringent regulations, and had compelled a great many villagers who had migrated to the cities to return to their villages. Several of these were faqīhs, students of Koranic science and law, and all these seconded Ibn Ash‘ath with all their might. But, as Wellhausen has shown, it is not correct to consider the contest as a reaction of the maula’s (Persian Moslems) against the Arabic supremacy.

The struggle of Ibn Ash‘ath was mainly a power struggle between Iraq and Syria. The proud Arab lords couldn’t accept being under the strict control of a commoner like Hajjāj, who was given total authority by the caliph. They also viewed it as unfair that the Syrian soldiers were paid more than those from Iraq. This is evident from the fact that one of the peace conditions proposed by Abdalmalik before the battle of Dair al-Jamājim was that Iraq’s troops should be paid the same as the Syrians moving forward. Furthermore, to keep up regular tax revenue, Hajjāj had to implement strict regulations and forced many villagers who had moved to the cities to go back to their villages. Several of these were *faqīhs*, students of the Koran and Islamic law, and they all strongly supported Ibn Ash‘ath. However, as Wellhausen has pointed out, it’s inaccurate to see this conflict as a reaction from the *maula’s* (Persian Muslims) against Arab dominance.

Immediately after the victories of Dair al-Jamājim and Maskin, in 702, Hajjāj, built a new residence on the Tigris, between Baṣra and Kufa, which he called Wāsit (“Middle”). There his Syrian soldiers were not in contact with the turbulent citizens of the two capitals, and were at any moment ready to suppress any fresh outburst.

Immediately after the victories of Dair al-Jamājim and Maskin in 702, Hajjāj built a new residence on the Tigris, between Baṣra and Kufa, which he named Wāsit (“Middle”). There, his Syrian soldiers were separated from the chaotic citizens of the two capitals and were always prepared to quash any new uprisings.

At the beginning of his reign Abdalmalik had replaced the humble mosque built by Omar on the site of the temple at Jerusalem by a magnificent dome, which was completed in the year 691. Eutychius and others pretend that he desired to substitute Jerusalem for Mecca, because Ibn Zobair had occupied the latter place, and thus the pilgrimage to the Ka‘ba had become difficult for the Syrians. This is quite improbable. Abdalmalik was born and educated in Islam, and distinguished himself in his youth by piety and continence. He regarded himself as the champion of Islam and of the communion of the believers, and had among his intimates men of acknowledged devoutness such as Rajā b. Ḥaywa. The idea of interfering with the pilgrimage to the House of God at Mecca, which would have alienated from him all religious men, and thus from a political point of view would have been suicidal, cannot have entered his mind for a moment. But the glorification of Jerusalem, holy alike for Moslems, Christians and Jews, could not but exalt the glory of Islam and its rulers within and without.

At the start of his reign, Abdalmalik replaced the simple mosque built by Omar on the site of the temple in Jerusalem with a stunning dome, which was finished in 691. Eutychius and others claim that he wanted to make Jerusalem the focal point instead of Mecca because Ibn Zobair had taken over Mecca, making the pilgrimage to the Ka‘ba difficult for the Syrians. This seems quite unlikely. Abdalmalik was born and raised in Islam and stood out in his youth for his devotion and self-control. He saw himself as the defender of Islam and the community of believers, and he surrounded himself with deeply pious individuals like Rajā b. Ḥaywa. The thought of disrupting the pilgrimage to the House of God in Mecca, which would have alienated all religious individuals from him and politically been a disaster, couldn't have crossed his mind. However, elevating Jerusalem, which is sacred to Muslims, Christians, and Jews alike, could only enhance the prestige of Islam and its leaders both internally and externally.

As soon as the expedition to Irak against Muṣ‘ab had terminated, the holy war against the Greeks was renewed. The 33 operations in Asia Minor and Armenia were entrusted to Mahommed b. Merwan, the caliph’s brother, who was appointed governor of Mesopotamia and Armenia, and in 692 beat the army of Justinian II. near Sebaste in Cilicia. From this time forth the Moslems made yearly raids, the chief advantage of which was that they kept the Syrian and Mesopotamian Arabs in continual military exercise. After the victorious march of Okba (Oqba) b. Nāfi’ through north Africa and the foundation of Kairawan, his successor Qais b. Zohair had been obliged to retreat to Barca (Cyrenaica). In the year 696 Abdalmalik sent Hassān b. No‘mān into Africa at the head of a numerous army. He retook Kairawan, swept the coast as far as Carthage, which he sacked, expelling the Greek garrisons from all the fortified places; he then turned his arms against the Berbers, who, commanded by the Kāhina (Diviner), as the Arabs called their queen, beat him so completely that he was compelled to retreat to Barca. Five years later he renewed the war, defeated and killed the Kāhina, and subdued the Berbers, who henceforward remained faithful to the Arabs. Hassān continued to be governor of Kairawan till after the death of Abdalmalik.

As soon as the campaign in Iraq against Muṣ‘ab concluded, the holy war against the Greeks began again. The 33 operations in Asia Minor and Armenia were assigned to Mahommed b. Merwan, the caliph’s brother, who was made governor of Mesopotamia and Armenia. In 692, he defeated the army of Justinian II near Sebaste in Cilicia. From then on, the Muslims conducted annual raids, which mainly helped keep the Syrian and Mesopotamian Arabs in constant military training. After the victorious campaign of Okba (Oqba) b. Nāfi’ through North Africa and the establishment of Kairawan, his successor Qais b. Zohair had to retreat to Barca (Cyrenaica). In 696, Abdalmalik sent Hassān b. No‘mān to Africa with a large army. He reclaimed Kairawan, swept along the coast to Carthage, which he looted, and expelled the Greek garrisons from all the fortified locations; he then turned against the Berbers, who, led by the Kāhina (Diviner), as the Arabs called their queen, defeated him decisively, forcing him to retreat to Barca. Five years later, he resumed the war, defeated and killed the Kāhina, and brought the Berbers under control, who then remained loyal to the Arabs. Hassān continued to serve as governor of Kairawan until after Abdalmalik's death.

In the meantime Abdalmalik reconstituted the administration of the empire on Arabic principles. Up to the year 693 the Moslems had no special coinage of their own, and chiefly used Byzantine and Persian money, either imported or struck by themselves. Moawiya, indeed, had struck dinars and dirhems with a Moslem inscription, but his subjects would not accept them as there was no cross upon them. Abdalmalik instituted a purely Islamitic coinage. If we may believe Theophanes, who says that Justinian II. refused to receive these coins in payment of the tribute and therefore declared the treaty at an end, we must put the beginning of the coinage at least two years earlier. Hajjāj coined silver dirhems at Kufa in 694. A still greater innovation was that Arabic became the official language of the state. In the conquered countries till then, not only had the Greek and Persian administration been preserved, but Greek remained the official language in the western, Persian in the eastern provinces. All officials were now compelled to know Arabic and to conduct their administration in that language. To this change was due in great measure the predominance of Arabic throughout the empire. Lastly, a regular post service was instituted from Damascus to the provincial capitals, especially destined for governmental despatches. The postmasters were charged with the task of informing the caliph of all important news in their respective countries.

In the meantime, Abdalmalik restructured the administration of the empire based on Arabic principles. Until 693, Muslims did not have their own special currency and mainly used Byzantine and Persian money, either imported or minted themselves. Moawiya had minted dinars and dirhems with a Muslim inscription, but his subjects refused to accept them because they lacked a cross. Abdalmalik introduced a purely Islamic currency. If we can believe Theophanes, who claims that Justinian II refused to accept these coins as payment for tribute and thus declared the treaty void, we should date the start of this coinage at least two years earlier. Hajjāj minted silver dirhems in Kufa in 694. An even bigger change was that Arabic became the official language of the state. In the conquered territories up to that point, the Greek and Persian administration had been maintained, and Greek remained the official language in the western provinces while Persian was used in the eastern provinces. Now, all officials were required to understand Arabic and conduct their administration in that language. This shift significantly contributed to the dominance of Arabic throughout the empire. Finally, a regular postal service was established from Damascus to the provincial capitals, specifically for government communications. The postmasters were responsible for keeping the caliph informed of all important news in their respective regions.

All the great rivals of Abdalmalik having now disappeared, he was no longer like his predecessors primus inter pares, but dominus. Under his rule the members of the Omayyad house enjoyed a greater amount of administrative control than had formerly been the case, but high office was given only to competent men. He succeeded in reconciling the sons of ‘Amr Ashdaq, and also Khālid b. Yazid, to whom he gave his own daughter in marriage. He himself had married ‘Ātika, a daughter of Yazid, a union which was in all respects a happy one. He took great care in the education of his sons, whom he destined as his successors. His brother Abdalazīz, governor of Egypt, whom Merwan had marked out as his successor, died in the year 703 or 704, and Abdalmalik chose as heirs to the empire first his son Walīd, and after him his second son Suleimān. He himself died on the 14th Shawwāl 86 (9th October 705) at the age of about sixty. His reign was one of the most stormy in the annals of Islam, but also one of the most glorious. Abdalmalik not only brought triumph to the cause of the Omayyads, but also extended and strengthened the Moslem power as a whole. He was well versed in old Arabic tradition and in the doctrine of Islam, and was passionately fond of poetry. His court was crowded with poets, whom he loaded with favours, even if they were Christians like Akhtal. In his reign flourished also the two celebrated rivals of Akhtal, Jarīr and Farazdaq.

All of Abdalmalik's great rivals had now vanished, so he was no longer like his predecessors, merely one among equals, but the master. Under his leadership, the members of the Omayyad family held more administrative power than before, but high positions were only given to capable individuals. He managed to reconcile the sons of ‘Amr Ashdaq, as well as Khālid b. Yazid, to whom he gave his own daughter in marriage. He himself married ‘Ātika, a daughter of Yazid, and their relationship was truly a happy one. He paid close attention to the education of his sons, whom he planned to be his successors. His brother Abdalazīz, the governor of Egypt, whom Merwan had chosen as his successor, passed away in 703 or 704, and Abdalmalik selected his son Walīd as the first heir to the empire, followed by his second son Suleimān. He died on the 14th of Shawwāl 86 (9th October 705) at around sixty years old. His reign was one of the most tumultuous in Islamic history, yet also one of the most glorious. Abdalmalik not only brought victory to the Omayyads but also expanded and strengthened Muslim power overall. He was knowledgeable about ancient Arabic traditions and Islamic teachings, and he had a great passion for poetry. His court was filled with poets, whom he generously rewarded, even if they were Christians like Akhtal. During his reign, the two famous competitors of Akhtal, Jarīr and Farazdaq, also thrived.

6. Reign of Walid I.—This is the most glorious epoch in the history of Islam. In Asia Minor and Armenia, Maslama, brother of the caliph, and his generals obtained numerous successes against the Greeks. Tyana was conquered after a long siege, and a great expedition against Constantinople was in preparation. In Armenia Maslama advanced even as far as the Caucasus. In Africa, Mūsā b. Noṣair, who succeeded Hassān b. No‘mān as governor, in a short time carried his conquests as far as Fez, Tangier and Ceuta, and one of his captains even made a descent on Sicily and plundered Syracuse. When he returned from the west to Kairawan, he made his client Ṭāriq (or Tarik) governor of Tangier and of the whole western part of Africa. Under him the chiefs who had submitted to the Moslem arms retained their authority. One of them was the Greek exarch of Tangier, Julian, who, supported by the powerful Berber tribe of Ghomēra, had long resisted and even asked for aid from Spain, but had been compelled to surrender and was left governor of Ceuta. Meanwhile in Spain, after the death of the Gothic king Witiza in the year 90 (708-709), anarchy arose, which was terminated by the council of noblemen at Toledo electing Roderic, the powerful duke of Baetica, to be his successor in the fifth year of Walid. The eldest son of Witiza then applied to Julian, and asked the aid of the Arabs for the recovery of his father’s throne. Ṭāriq forwarded the embassy to Kairawan, and Mūsā asked the caliph’s permission to send an expedition into Spain. Authorized by Mūsā, Ṭāriq now sent, in Ramadan 91 (July 710), 500 Berbers under the command of Ṭārif to reconnoitre the country. This expedition, seconded by partisans of Witiza, was successful. In the beginning of a.d. 711 Roderic had been summoned to the north on account of an invasion of Navarra by the Franks, caused, it is said, by the conspirators. Ṭāriq, thus certain of meeting no serious opposition to his landing, passed into Spain himself with an army composed mainly of Berbers of the Ghomēra tribe under the guidance of Julian. The spot where he landed thence acquired the name of Jebel Ṭāriq, “Mountain of Ṭāriq,” afterwards corrupted into Gibraltar. Having made himself master of Algeçiras and thereby secured his communication with Africa, Ṭāriq set out at once in the direction of Cordova. At the news of the invasion Roderic hastened back and led a numerous army against the combined forces of Ṭāriq and the partisans of Witiza. A fierce battle took place in the plain of Barbata on the little river of Guadaleta (north of Medina Sidonia), in which Roderic was completely routed. The spoils of the victors were immense, especially in horses, but the king himself had disappeared. Fearing lest he should have escaped to Toledo and should there fit out another army, the partisans of Witiza insisted that Ṭāriq should march immediately against the capital. Ṭāriq complied with their wishes, notwithstanding the express command of Mūsā b. Nosair that he should not venture too far into the country, and the protests of Julian. Having made himself master of Ecija and having despatched a detachment under Moghīth against Cordova, Ṭāriq took Mentesa (Villanueva de la Fuente) and marched upon Toledo, which he soon conquered. At the same time Moghīth took Cordova. But, notwithstanding these successes, Ṭāriq knew that his situation was most critical. King Roderic, who had escaped to Lusitania, and the noble Goths, who had fled from Toledo, would certainly not be slow in making efforts to regain what they had lost. He therefore sent a message in all haste to Mūsā, entreating him to come speedily. Mūsā, though angered by the disobedience of Ṭāriq, hastened to the rescue and embarked in April 712 with 18,000 men, among them many noble Arabs, and began, advised by Julian, a methodical campaign, with the purpose of establishing and securing a line of communication between the sea and Toledo. After having taken Seville, Carmona and Merida, he marched from the latter place by the Via Romana to Salamanca, after having ordered Ṭāriq to rejoin him in order to encounter king Roderic. Not far from Tamames the king was defeated and killed. King Alphonso the Great found his tombstone at Viseo with the inscription, “Hic requiescit Rodericus rex Gothorum.” After this battle Mūsā reconquered Toledo, which, after the departure of Ṭāriq, had recovered its independence, and entered the capital in triumph. Already, before the expedition to Salamanca, he had perceived that the sons of Witiza had neither military nor political ability. He therefore proclaimed the caliph of Damascus as sole ruler of the whole peninsula. 34 The Gothic princes must content themselves with honours and apanages, in which they readily acquiesced. In the same year 93 (a.d. 712) Mūsā struck Moslem coins with Latin inscriptions. Mūsā then continued the subjugation of Spain, till Walid recalled him to Damascus. He obeyed after having appointed his son Abdalazīz governor of Andalos (Andalusia), as the Arabs named the peninsula, and assigned Seville as his residence. Abdalazīz consolidated his power by marrying the widow of the late king Roderic. Mūsā left Spain about August 714, and reached Damascus shortly before the death of Walid. Notwithstanding the immense booty he brought, he did not receive his due reward. Accused of peculation, he was threatened with imprisonment unless he paid a fine of 100,000 pieces of gold. The old man—he was born in the year 640—was released by Yazid b. Mohallab, the then mighty favourite of the caliph Suleiman, but died in the same year 716 on his way to Mecca. His son Abdalazīz was an excellent ruler, who did much for the consolidation of the new conquests, but he reigned only one year and eleven months, when he was murdered. His death has been falsely imputed by some historians to the caliph Suleiman.19

6. Reign of Walid I.—This is the most glorious epoch in the history of Islam. In Asia Minor and Armenia, Maslama, brother of the caliph, and his generals obtained numerous successes against the Greeks. Tyana was conquered after a long siege, and a great expedition against Constantinople was in preparation. In Armenia Maslama advanced even as far as the Caucasus. In Africa, Mūsā b. Noṣair, who succeeded Hassān b. No‘mān as governor, in a short time carried his conquests as far as Fez, Tangier and Ceuta, and one of his captains even made a descent on Sicily and plundered Syracuse. When he returned from the west to Kairawan, he made his client Ṭāriq (or Tarik) governor of Tangier and of the whole western part of Africa. Under him the chiefs who had submitted to the Moslem arms retained their authority. One of them was the Greek exarch of Tangier, Julian, who, supported by the powerful Berber tribe of Ghomēra, had long resisted and even asked for aid from Spain, but had been compelled to surrender and was left governor of Ceuta. Meanwhile in Spain, after the death of the Gothic king Witiza in the year 90 (708-709), anarchy arose, which was terminated by the council of noblemen at Toledo electing Roderic, the powerful duke of Baetica, to be his successor in the fifth year of Walid. The eldest son of Witiza then applied to Julian, and asked the aid of the Arabs for the recovery of his father’s throne. Ṭāriq forwarded the embassy to Kairawan, and Mūsā asked the caliph’s permission to send an expedition into Spain. Authorized by Mūsā, Ṭāriq now sent, in Ramadan 91 (July 710), 500 Berbers under the command of Ṭārif to reconnoitre the country. This expedition, seconded by partisans of Witiza, was successful. In the beginning of A.D. 711 Roderic had been summoned to the north on account of an invasion of Navarra by the Franks, caused, it is said, by the conspirators. Ṭāriq, thus certain of meeting no serious opposition to his landing, passed into Spain himself with an army composed mainly of Berbers of the Ghomēra tribe under the guidance of Julian. The spot where he landed thence acquired the name of Jebel Ṭāriq, “Mountain of Ṭāriq,” afterwards corrupted into Gibraltar. Having made himself master of Algeçiras and thereby secured his communication with Africa, Ṭāriq set out at once in the direction of Cordova. At the news of the invasion Roderic hastened back and led a numerous army against the combined forces of Ṭāriq and the partisans of Witiza. A fierce battle took place in the plain of Barbata on the little river of Guadaleta (north of Medina Sidonia), in which Roderic was completely routed. The spoils of the victors were immense, especially in horses, but the king himself had disappeared. Fearing lest he should have escaped to Toledo and should there fit out another army, the partisans of Witiza insisted that Ṭāriq should march immediately against the capital. Ṭāriq complied with their wishes, notwithstanding the express command of Mūsā b. Nosair that he should not venture too far into the country, and the protests of Julian. Having made himself master of Ecija and having despatched a detachment under Moghīth against Cordova, Ṭāriq took Mentesa (Villanueva de la Fuente) and marched upon Toledo, which he soon conquered. At the same time Moghīth took Cordova. But, notwithstanding these successes, Ṭāriq knew that his situation was most critical. King Roderic, who had escaped to Lusitania, and the noble Goths, who had fled from Toledo, would certainly not be slow in making efforts to regain what they had lost. He therefore sent a message in all haste to Mūsā, entreating him to come speedily. Mūsā, though angered by the disobedience of Ṭāriq, hastened to the rescue and embarked in April 712 with 18,000 men, among them many noble Arabs, and began, advised by Julian, a methodical campaign, with the purpose of establishing and securing a line of communication between the sea and Toledo. After having taken Seville, Carmona and Merida, he marched from the latter place by the Via Romana to Salamanca, after having ordered Ṭāriq to rejoin him in order to encounter king Roderic. Not far from Tamames the king was defeated and killed. King Alphonso the Great found his tombstone at Viseo with the inscription, “Hic requiescit Rodericus rex Gothorum.” After this battle Mūsā reconquered Toledo, which, after the departure of Ṭāriq, had recovered its independence, and entered the capital in triumph. Already, before the expedition to Salamanca, he had perceived that the sons of Witiza had neither military nor political ability. He therefore proclaimed the caliph of Damascus as sole ruler of the whole peninsula. 34 The Gothic princes must content themselves with honours and apanages, in which they readily acquiesced. In the same year 93 (A.D. 712) Mūsā struck Moslem coins with Latin inscriptions. Mūsā then continued the subjugation of Spain, till Walid recalled him to Damascus. He obeyed after having appointed his son Abdalazīz governor of Andalos (Andalusia), as the Arabs named the peninsula, and assigned Seville as his residence. Abdalazīz consolidated his power by marrying the widow of the late king Roderic. Mūsā left Spain about August 714, and reached Damascus shortly before the death of Walid. Notwithstanding the immense booty he brought, he did not receive his due reward. Accused of peculation, he was threatened with imprisonment unless he paid a fine of 100,000 pieces of gold. The old man—he was born in the year 640—was released by Yazid b. Mohallab, the then mighty favourite of the caliph Suleiman, but died in the same year 716 on his way to Mecca. His son Abdalazīz was an excellent ruler, who did much for the consolidation of the new conquests, but he reigned only one year and eleven months, when he was murdered. His death has been falsely imputed by some historians to the caliph Suleiman.19

In the East the Moslem armies gained the most astonishing successes. In the course of a few years Qotaiba b. Moslim conquered Paikend, Bokhara, Samarkand, Khwarizm (mod. Khiva), Ferghana and Shāsh (Tashkent), and even Kashgar on the frontiers of China. Meanwhile Mahommed b. Qāsim invaded Makran, took Daibol, passed the Indus, and marched, after having beaten the Indian king Daher, through Sind upon Multān, which he conquered and whence he carried off an immense booty.

In the East, the Muslim armies achieved incredible successes. In just a few years, Qotaiba b. Moslim conquered Paikend, Bokhara, Samarkand, Khwarizm (now Khiva), Ferghana, and Shāsh (Tashkent), and even reached Kashgar on the borders of China. Meanwhile, Mahommed b. Qāsim invaded Makran, captured Daibol, crossed the Indus River, and after defeating the Indian king Daher, marched through Sind to Multān, which he took over, bringing back an enormous amount of wealth.

Walid was the first caliph, born and trained as prince, who felt the majesty of the imamate and wished it to be felt by his subjects. He desired to augment the splendours of Islam and its sovereign, as Abdalmalik had already done by building the dome of Jerusalem. In the time of the conquest of Damascus, one half of the great church had been made a mosque, while the remaining half had been left to the Christians. Walid annexed this part, indemnifying the Christians elsewhere, and restored the whole building sumptuously and magnificently. In his time many fine palaces and beautiful villas were built in Syria, and Becker’s conjecture seems not altogether improbable, that from this period dates the palace of Mashetta, the façade of which is now in the Kaiser Friedrich Museum at Berlin, as perhaps also the country houses discovered by Musil in the land of Moab. Walid also caused the mosque of Medina to be enlarged. For this purpose, the apartments of the Prophet and his wives were demolished, which at first caused much discontent in Medina, some crying out that thereby a verse of the Book of God (S. 49, v. 4) was cancelled. With this exception, the citizens of Medina had nothing to complain of. The vicegerent of Abdalmalik had treated them harshly. Walid immediately on his accession appointed as governor of Hejaz his cousin Omar b. Abdalazīz, who was received there with joy, his devoutness and gentle character being well known. But the reputation of Omar attracted to the two holy cities a great number of the inhabitants of Irak, who had been deeply involved in the rebellion of Ibn Ash‘ath. Hajjāj, however, was not the man to allow the formation of a fresh nucleus of sedition, and persuaded the caliph to dismiss Omar in the year 712, and appoint Othman b. Ḥayyān at Medina and Khālid al-Qasrī at Mecca. These two prefects compelled the refugees to return to Irak, where many of them were severely treated and even put to death by Hajjāj.

Walid was the first caliph, born and trained as a prince, who felt the grandeur of the imamate and wanted his subjects to feel it too. He aimed to enhance the glory of Islam and its ruler, just like Abdalmalik had done by constructing the dome in Jerusalem. During the conquest of Damascus, half of the great church had been converted into a mosque while the other half remained for the Christians. Walid took over this portion, compensating the Christians elsewhere, and lavishly restored the entire building. Under his rule, many impressive palaces and beautiful villas were built in Syria, and Becker’s theory seems plausible that this period marks the origin of the palace of Mashetta, the façade of which is now in the Kaiser Friedrich Museum in Berlin, as well as possibly the country houses discovered by Musil in the land of Moab. Walid also ordered the expansion of the mosque in Medina. To do this, the residences of the Prophet and his wives were demolished, which initially upset many in Medina, with some claiming that this canceled a verse from the Book of God (S. 49, v. 4). Aside from this, the citizens of Medina had little to complain about. The deputy of Abdalmalik had treated them harshly. Immediately after his accession, Walid appointed his cousin Omar b. Abdalazīz as governor of Hejaz, who was welcomed there with joy due to his known piety and gentle nature. However, Omar's reputation drew many residents from Iraq to the two holy cities, particularly those who had participated in the rebellion of Ibn Ash‘ath. Hajjāj, however, was not the type to allow any new seeds of dissent to grow and convinced the caliph to remove Omar in 712, appointing Othman b. Ḥayyān in Medina and Khālid al-Qasrī in Mecca instead. These two prefects forced the refugees to return to Iraq, where many faced harsh treatment and even execution by Hajjāj.

Few people have been so slandered as this great viceroy of the Orient. In reality he was a man of extraordinary ability, and accomplished the task committed to him with vigour and energy. To his unflagging constancy was due the suppression of the dangerous rebellion of Ibn Ash‘ath. After the restoration of peace his capacity for organization was displayed in all directions. The draining and tilling of submerged or uncultivated land on a large scale, the promotion of agriculture in every way, in particular by the digging of channels, and the regulation of the system of taxation, were carried out on his initiative. He showed the utmost wisdom in the selection of his lieutenants. The fear of his name was so great that even in the desert there was security for life and property, and his brilliant military successes were unquestionably due in a great measure to the care which he bestowed on equipment and commissariat. The heavy expenses entailed thereby were largely met by the booty which he won. Hajjāj was a sincere Moslem; this, however, did not prevent him from attacking Ibn Zobair in the Holy City, nor again from punishing rebels, though they bore the name of holy men. He enjoyed the entire confidence of Abdalmalīk with Walid, but Suleiman, the appointed successor, regarded him with disfavour. Yazid b. Mohallab, whom he had recalled from Khorasan, and imprisoned, had escaped and put himself under the protection of Suleiman, who made himself surety for the fine to which Yazid had been condemned. Hajjāj foreboded evil, and prayed eagerly that he might die before Walid. His death took place about the end of Ramadan 95 (June or July 714).

Few people have been as slandered as this great viceroy of the East. In reality, he was a man of extraordinary talent and carried out his duties with vigor and energy. It was his unwavering persistence that led to the suppression of the dangerous rebellion of Ibn Ash‘ath. After peace was restored, his organizational skills were evident in numerous areas. He initiated large-scale draining and cultivating of flooded or unused land, promoted agriculture in every possible way, especially by digging channels, and regulated the taxation system. He displayed great wisdom in choosing his lieutenants. The fear of his name was so great that even in the desert, people felt safe for their lives and property, and his remarkable military successes were largely due to his meticulous attention to equipment and supply. The heavy expenses that came with this were mostly covered by the spoils he acquired. Hajjāj was a sincere Muslim; however, this did not stop him from attacking Ibn Zobair in the Holy City or punishing rebels, even if they were considered holy men. He had the full confidence of Abdalmalīk and Walid, but Suleiman, the designated successor, looked at him with disfavor. Yazid b. Mohallab, whom he had recalled from Khorasan and imprisoned, escaped and sought protection from Suleiman, who agreed to pay the fine imposed on Yazid. Hajjāj sensed trouble and fervently wished he could die before Walid. He passed away around the end of Ramadan 95 (June or July 714).

7. Reign of Suleiman (Solaiman).—Suleiman had early missed the throne. Walid wished to have his son Abdalazīz chosen as his successor, and had offered Suleiman a large sum of money to induce him to surrender his rights. Walid went still further and sent letters to the governors of all the provinces, calling on them to take the oath of allegiance to his son. None, except Hajjāj and his two generals Qotaiba b. Moslim and Mahommed b. Qàsim, consented thus to set at naught the order of succession established by Abdalmalik; and Suleiman succeeded without difficulty on the death of his brother Jomāda II. 96 (February 715). We can easily conceive the hatred felt by Suleiman for Hajjāj and for all that belonged to him. Hajjāj himself was dead; but Suleiman poured out his wrath on his family and his officers. The governors of Medina and Mecca were dismissed; Mahommed b. Qasim, the conqueror of India, cousin of Hajjāj, was dismissed from his post and outlawed. Qotaiba b. Moslim, the powerful governor of Khorasan, tried to anticipate the caliph by a revolt, but a conspiracy was formed against him, which ended in his murder. Some historians say that he was falsely accused of rebellion.

7. Reign of Suleiman (Solaiman).—Suleiman had initially lost the chance to be king. Walid wanted his son Abdalazīz to be the next ruler and offered Suleiman a significant amount of money to give up his claim. Walid went further by sending letters to the governors of all the provinces, urging them to pledge allegiance to his son. Only Hajjāj and his two generals, Qotaiba b. Moslim and Mahommed b. Qàsim, agreed to ignore the line of succession set by Abdalmalik; thus, Suleiman took the throne easily after his brother Jomāda II passed away. We can easily imagine the hatred Suleiman felt towards Hajjāj and everything related to him. Hajjāj was already dead, but Suleiman directed his anger at his family and officers. The governors of Medina and Mecca were removed; Mahommed b. Qasim, the conqueror of India and Hajjāj's cousin, was ousted from his position and declared an outlaw. Qotaiba b. Moslim, the influential governor of Khorasan, attempted to rebel against the caliph preemptively, but a conspiracy against him led to his assassination. Some historians claim he was wrongfully accused of rebellion.

Yazid b. Mohallab, the enemy of Hajjāj, was made governor of Irak. His arrival was hailed with joy, especially by the Azd, to whom his family belonged, and the other Yemenite tribes. Yazid discovered soon that the system of taxation as regulated by Hajjāj could not be altered without serious danger to the finances of the empire, and that he could not afford the expenses which his prodigal manner of life involved. He therefore asked the caliph to give him the governorship of Khorasan also, and took his residence in Merv, where he was free from control. On his return to Khorasan he set on foot a series of new expeditions against Jorjān and Tabaristān, with only partial success. He sent, however, to the caliph an exaggerated account of his victories and the booty he had made. He had cause to repent this later.

Yazid b. Mohallab, the rival of Hajjaj, became the governor of Irak. His arrival was celebrated, especially by the Azd tribe, to which his family belonged, along with other Yemenite tribes. Yazid quickly realized that he couldn’t change Hajjāj's tax system without risking the empire's finances and that he couldn't keep up with his lavish lifestyle. So, he asked the caliph for the governorship of Khorasan as well, moving to Merv, where he could operate independently. After returning to Khorasan, he launched several new military campaigns against Jorjān and Tabaristān, achieving only limited success. However, he sent an embellished report to the caliph about his victories and the loot he had gained. He later regretted this.

Walid had, in the last years of his reign, made preparations for a great expedition against Constantinople. Suleiman carried them on with energy, and as early as the autumn of a.d. 715 Maslama invaded Asia Minor at the head of a numerous army, whilst a well-equipped fleet under Omar b. Hobaira sailed out to second him. It is said that Suleiman was firmly persuaded that Constantinople would be conquered during his reign, in accordance with a Sibylline prophecy which said that the city would be subdued by a caliph bearing the name of a prophet, he himself being the first to fulfil this condition.20 Moreover, the Byzantine empire was in these years disturbed by internal troubles. The first year of the expedition was not unsuccessful. The siege of Amorium in Phrygia was broken up, but Pergamum and Sardis were taken. On the 25th of August 716 the blockade 35 of Constantinople began from the land side, and two weeks later from the sea side. A few months before, Leo the Isaurian had ascended the throne and prepared the city for the siege. This lasted about a year. The besieged were hard pressed, but the besiegers suffered by the severe winter, and were at last obliged to raise the siege. Maslama brought back the rest of his army in a pitiful state, while the fleet, on its return, was partly destroyed by a violent tempest. The Moslems regard this failure as one of the great evils that have befallen the human race, and one which retarded the progress of the world for ages,21 the other calamity being the defeat in the battle of Tours by Charles Martel.

Walid had, in the last years of his reign, made preparations for a great expedition against Constantinople. Suleiman carried them on with energy, and as early as the autumn of A.D. 715 Maslama invaded Asia Minor at the head of a numerous army, whilst a well-equipped fleet under Omar b. Hobaira sailed out to second him. It is said that Suleiman was firmly persuaded that Constantinople would be conquered during his reign, in accordance with a Sibylline prophecy which said that the city would be subdued by a caliph bearing the name of a prophet, he himself being the first to fulfil this condition.20 Moreover, the Byzantine empire was in these years disturbed by internal troubles. The first year of the expedition was not unsuccessful. The siege of Amorium in Phrygia was broken up, but Pergamum and Sardis were taken. On the 25th of August 716 the blockade 35 of Constantinople began from the land side, and two weeks later from the sea side. A few months before, Leo the Isaurian had ascended the throne and prepared the city for the siege. This lasted about a year. The besieged were hard pressed, but the besiegers suffered by the severe winter, and were at last obliged to raise the siege. Maslama brought back the rest of his army in a pitiful state, while the fleet, on its return, was partly destroyed by a violent tempest. The Moslems regard this failure as one of the great evils that have befallen the human race, and one which retarded the progress of the world for ages,21 the other calamity being the defeat in the battle of Tours by Charles Martel.

Maslama was still on his way back when Suleiman died at Dābiq in northern Syria, which was the base of the expeditions into Asia Minor. He seems not to have had the firmness of character nor the frugality of Walid; but he was very severe against the looseness of manners that reigned at Medina, and was highly religious. Rajā b. Haywa, renowned for his piety, whose influence began under Abdalmalik and increased under Walid, was his constant adviser and even determined him to designate as his successor his devout cousin Omar b. Abdalazīz. Suleiman was kind towards the Alids and was visited by several of them, amongst others by Abu Hāshim, the son of Mahommed b. al Ḥanafīya, who after his father’s death had become the secret Imam (head) of the Shi‘ites. On his way back to Hejaz this man visited the family of Abdallah b. ‘Abbās, which resided at Ḥomaima, a place situated in the vicinity of ‘Ammān, and died there, after having imparted to Mahommed b. Ali b. Abdallah b. Abbas the names of the chiefs of the Shi‘a in Irak and Khorasan, and disclosed his way of corresponding with them. From that time the Abbasids began their machinations against the Omayyads in the name of the family of the Prophet, avoiding all that could cause suspicion to the Shi‘ites, but holding the strings firmly in their own hands.

Maslama was still on his way back when Suleiman died at Dābiq in northern Syria, which was the base for expeditions into Asia Minor. He didn’t seem to have the strong character or frugality of Walid; however, he was very strict about the loose behavior that was prevalent in Medina and was deeply religious. Rajā b. Haywa, known for his piety, whose influence started under Abdalmalik and grew under Walid, was his constant advisor and even encouraged him to name his devout cousin Omar b. Abdalazīz as his successor. Suleiman was kind to the Alids and hosted several of them, including Abu Hāshim, the son of Mahommed b. al Ḥanafīya, who had become the secret Imam (leader) of the Shi‘ites after his father’s death. On his way back to Hejaz, he visited the family of Abdallah b. ‘Abbās, which lived in Ḥomaima, near ‘Ammān, and died there after sharing the names of the Shi’a leaders in Irak and Khorasan with Mahommed b. Ali b. Abdallah b. Abbas, and explaining how to communicate with them. From that point on, the Abbasids started plotting against the Omayyads in the name of the Prophet's family, while deliberately avoiding anything that might arouse suspicion among the Shi‘ites, although they kept control firmly in their own hands.

8. Reign of Omar II.—Omar b. Abdalazīz did his best to imitate his grandfather Omar in all things, and especially in maintaining the simple manner of life of the early Moslems. He was, however, born in the midst of wealth; thus frugality became asceticism, and in so far as he demanded the same rigour from his relatives, he grew unjust and caused uneasiness and discontent. By paying the highest regard to integrity in the choice of his officers, and not to ability, he did not advance the interests of his subjects, as he earnestly wished to do. In the matter of taxes, though actuated by the most noble designs, he did harm to the public revenues. The principle of Islam was, that no Moslem, whatever might be his nationality, should pay any tax other than the zakāt or poor-rate (see Mahommedan INSTITUTIONS). In practice, this privilege was confined to the Arabic Moslems. Omar wished to maintain the principle. The original inhabitants had been left on the conquered lands as agriculturists, on condition of paying a fixed sum yearly for each district. If one of these adopted Islam, Omar permitted him to leave his place, which had been strictly forbidden by Hajjāj in Irak and the eastern provinces, because by it many hands were withdrawn from the tilling of the ground, and those who remained were unable to pay the allotted amount. Omar’s system not only diminished the actual revenue, but largely increased in the cities the numbers of the maula’s (clients), mainly Persians, who were weary of their dependency on their Arabic lords, and demanded equal rights for themselves. Their short dominion in Kufa under Mokhtār had been suppressed, but the discontent continued. In North Africa particularly, and in Khorasan the effect of Omar’s proclamation was that a great multitude embraced Islam. When it became necessary to impose a tribute upon the new converts, great discontent arose, which largely increased the number of those who followed the Shi‘ite preachers of revolt. Conversion to Islam was promoted by the severe regulations which Omar introduced for the non-believers, such as Christians and Jews. It was he who issued those humiliating rescripts, which are commonly but unjustly attributed to Omar I. But he forbade extortion and suppressed more than one illegal impost. He endeavoured above all to procure justice for all his subjects. Complaints against oppression found in him a ready listener, and many unlawfully acquired possessions were restored to the legal owners, for instance, to the descendants of Ali and Talḥa. Even to the Kharijites he contrived to give satisfaction, as far as possible. In all these matters he followed the guidance of divines and devotees, in whose congenial company he delighted. It is, therefore, not to be wondered at that these men saw in Omar the ideal of a prince, and that in Moslem history he has acquired the reputation of a saint.

8. Reign of Omar II.—Omar b. Abdalazīz did his best to imitate his grandfather Omar in all things, and especially in maintaining the simple manner of life of the early Moslems. He was, however, born in the midst of wealth; thus frugality became asceticism, and in so far as he demanded the same rigour from his relatives, he grew unjust and caused uneasiness and discontent. By paying the highest regard to integrity in the choice of his officers, and not to ability, he did not advance the interests of his subjects, as he earnestly wished to do. In the matter of taxes, though actuated by the most noble designs, he did harm to the public revenues. The principle of Islam was, that no Moslem, whatever might be his nationality, should pay any tax other than the zakāt or poor-rate (see Mahommedan INSTITUTIONS). In practice, this privilege was confined to the Arabic Moslems. Omar wished to maintain the principle. The original inhabitants had been left on the conquered lands as agriculturists, on condition of paying a fixed sum yearly for each district. If one of these adopted Islam, Omar permitted him to leave his place, which had been strictly forbidden by Hajjāj in Irak and the eastern provinces, because by it many hands were withdrawn from the tilling of the ground, and those who remained were unable to pay the allotted amount. Omar’s system not only diminished the actual revenue, but largely increased in the cities the numbers of the maula’s (clients), mainly Persians, who were weary of their dependency on their Arabic lords, and demanded equal rights for themselves. Their short dominion in Kufa under Mokhtār had been suppressed, but the discontent continued. In North Africa particularly, and in Khorasan the effect of Omar’s proclamation was that a great multitude embraced Islam. When it became necessary to impose a tribute upon the new converts, great discontent arose, which largely increased the number of those who followed the Shi‘ite preachers of revolt. Conversion to Islam was promoted by the severe regulations which Omar introduced for the non-believers, such as Christians and Jews. It was he who issued those humiliating rescripts, which are commonly but unjustly attributed to Omar I. But he forbade extortion and suppressed more than one illegal impost. He endeavoured above all to procure justice for all his subjects. Complaints against oppression found in him a ready listener, and many unlawfully acquired possessions were restored to the legal owners, for instance, to the descendants of Ali and Talḥa. Even to the Kharijites he contrived to give satisfaction, as far as possible. In all these matters he followed the guidance of divines and devotees, in whose congenial company he delighted. It is, therefore, not to be wondered at that these men saw in Omar the ideal of a prince, and that in Moslem history he has acquired the reputation of a saint.

After the failure of the siege of Constantinople, the advanced posts in Asia Minor were withdrawn, but the raids were continued regularly. It has been said that it was Omar’s intention to give up his Spanish conquests, but the facts argue the contrary. The governor, named by Omar, Samḥ b. Abdallah, even crossed the Pyrenees and took possession of Narbonne; but he was beaten and killed at Toulouse in July 720. But Omar did all he could to prevent the degradation of the Holy War, which, instead of being the ultimate expedient for the propagation of Islam, if all other means had failed, had often degenerated into mere pillaging expeditions against peaceful nations.

After the failure of the siege of Constantinople, the outposts in Asia Minor were pulled back, but the raids continued regularly. It's been said that Omar planned to abandon his conquests in Spain, but the facts suggest otherwise. The governor appointed by Omar, Samḥ b. Abdallah, even crossed the Pyrenees and took control of Narbonne; however, he was defeated and killed in Toulouse in July 720. Omar did everything he could to prevent the degradation of the Holy War, which had often turned into simply plundering missions against peaceful nations, rather than being the final option for spreading Islam when all other methods had failed.

9. Reign of Yazid II.—Omar’s reign was as short as that of his predecessor. He died on the 24th of Rajab 101 (a.d. 9th February 720). Yazid II., son of Abdalmalik and, by his mother ‘Ātika, grandson of Yazid I., ascended the throne without opposition. He had at once, however, to put down a dangerous rebellion. Yazid b. Mohallab had returned to Irak, after the conquest of Jorjān, when Suleiman was still alive. Shortly after, Adī b. Artāt, whom Omar II. had appointed governor, arrived, arrested Yazid, and sent him to Omar, who called him to account for the money he had mentioned in his letter to Suleiman, and imprisoned him when he pretended not to be able to pay the amount. Yazid II. had personal grounds for ill-will to Yazid b. Mohallab. One of the wives of the new caliph, the same who gave birth to that son of Yazid II. who afterwards reigned as Walid II., was niece to the celebrated Ḥajjāj, whose family had been ill-treated by the son of Mohallab, when he was governor of Irak under Suleiman. Aware that Yazid b. Abdalmalik, on ascending the throne, would spare neither him nor his family, Yazid b. Mohallab had succeeded in escaping to Basra, the home of his family, where his own tribe the Azd was predominant. Meanwhile ‘Adī b. Artāt had all the brothers of Yazid and other members of the family of Mohallab arrested, and tried to prevent Yazid from entering the city. But ‘Adi was too scrupulous to employ the public money for raising the pay of his soldiers, whilst Yazid promised mountains of gold. Yazid stormed the castle and took ‘Adī prisoner, the public treasury fell into his hands, and he employed the money to pay his troops largely and to raise fresh ones. A pardon obtained for him from the caliph came too late; he had already gone too far. He now proclaimed a Holy War against the Syrians, whom he declared to be worse enemies of Islam than even the Turks and the Dailam. Notwithstanding the warnings of the aged Hasan al-Basrī, the friend of Omar II., the religious people, took the part of Yazid, and were followed by the maulas. Though the number of his adherents thus increased enormously, their military value was small. Ahwāz (Khūzistān), Fārs and Kirman were easily subdued, but in Khorasan the Azd could not prevail over the Tamīm, who were loyal to the caliph. As the rebellion threatened to spread far and wide, Yazid II. was obliged to appeal to his brother, the celebrated Maslama. With the approach of the Syrians, Yazid b. Mohallab tried to forestall them at Kufa. He took his way over Wāsit, which he mastered—the Syrian garrison seems to have been withdrawn in the days of Omar II.—but, before he could get hold of Kufa, the Syrian troops arrived. The meeting took place at ‘Aqr in the vicinity of Babel, and Yazid was completely defeated and fell in the battle. His brothers and sons fled to Basra; thence they went by sea to Kirman and then to Kandabīl in India; but they were pursued relentlessly and slain with only two exceptions by the officers of Maslama. The possessions of the Mohallabites were confiscated.

9. Reign of Yazid II.—Omar’s reign was as short as that of his predecessor. He died on the 24th of Rajab 101 (AD 9th February 720). Yazid II., son of Abdalmalik and, through his mother ‘Ātika, grandson of Yazid I., took the throne without any opposition. However, he immediately had to deal with a serious rebellion. Yazid b. Mohallab had returned to Irak after conquering Jorjān, while Suleiman was still alive. Soon after, Adī b. Artāt, whom Omar II. had appointed as governor, showed up, arrested Yazid, and sent him to Omar. Omar held him accountable for the funds he mentioned in a letter to Suleiman and imprisoned him when Yazid claimed he couldn’t pay the amount. Yazid II. had personal reasons for disliking Yazid b. Mohallab. One of the new caliph's wives, who later gave birth to his son who became Walid II., was a niece of the famous Ḥajjāj, whose family had been mistreated by the son of Mohallab during his time as governor of Irak under Suleiman. Fearing that Yazid b. Abdalmalik would harm him and his family upon taking the throne, Yazid b. Mohallab managed to escape to Basra, where his family was from, and where his tribe, the Azd, had significant influence. Meanwhile, Adī b. Artāt arrested all the brothers of Yazid and other family members of Mohallab and tried to stop Yazid from entering the city. But Adī was too principled to use public funds to pay his soldiers, while Yazid promised them vast riches. Yazid stormed the castle, captured Adī, took control of the public treasury, and used the money to pay his troops generously and recruit more. A pardon from the caliph arrived too late; he had already gone too far. He then declared a Holy War against the Syrians, whom he labeled worse enemies of Islam than the Turks and the Dailam. Despite the warnings from the older Hasan al-Basrī, who was a friend of Omar II., the religious community sided with Yazid, along with the maulas. Though his following grew significantly, their military strength was limited. Ahwāz (Khūzistān), Fārs, and Kirman were easily subdued, but in Khorasan, the Azd could not defeat the Tamīm, who were loyal to the caliph. As the rebellion threatened to spread widely, Yazid II. had to ask for help from his brother, the renowned Maslama. With the Syrians approaching, Yazid b. Mohallab attempted to outpace them at Kufa. He crossed through Wāsit, which he took control of—the Syrian garrison seems to have been withdrawn during Omar II.’s reign—but before he could capture Kufa, the Syrian troops arrived. They confronted each other at ‘Aqr near Babel, and Yazid was thoroughly defeated and killed in battle. His brothers and sons fled to Basra; from there, they took a boat to Kirman and then to Kandabīl in India. However, they were relentlessly pursued and killed, with only two surviving, at the hands of Maslama's officers. The properties of the Mohallabites were seized.

Maslama was rewarded with the governorship of Irak and 36 Khorasan, but was soon replaced by Omar b. Hobaira, who under Omar II. had been governor of Mesopotamia. He belonged to the tribe of Qais, and was very severe against the Azd and other Yemenite tribes, who had more or less favoured the part of Yazid b. Mohallab. In these years the antagonism between Qais (Moḍar) and Yemenites became more and more acute, especially in Khorasan. The real cause of the dismissal of Maslama was, that he did not send the revenue-quota to Damascus. Omar b. Hobaira, to supply the deficiency, ordered the prefect of Khorasan, Sa‘īd-al-Ḥarashī, to take tribute from the Sogdians in Transoxiana, who had embraced Islam on the promise of Omar II. The Sogdians raised a revolt in Ferghana, but were subdued by Sa‘īd and obliged to pay. A still more questionable measure of Ibn Hobaira was his ordering the successor of Sa‘īd Harashī to extort large sums of money from several of the most respectable Khorasanians. The discontent roused thereby became one of the principal causes of the fall of the Omayyads.

Maslama was given the governorship of Irak and Khorasan, but was soon replaced by Omar b. Hobaira, who had been the governor of Mesopotamia under Omar II. He was from the tribe of Qais and was very harsh towards the Azd and other Yemenite tribes, who had mostly supported Yazid b. Mohallab. During these years, the tension between Qais (Moḍar) and Yemenites intensified, particularly in Khorasan. The true reason for Maslama's dismissal was that he failed to send the required revenue to Damascus. To cover this shortfall, Omar b. Hobaira instructed the prefect of Khorasan, Sa‘īd-al-Ḥarashī, to collect tribute from the Sogdians in Transoxiana, who had converted to Islam based on a promise from Omar II. The Sogdians revolted in Ferghana but were defeated by Sa‘īd and forced to pay. An even more questionable action by Ibn Hobaira was his order for Sa‘īd Harashī's successor to extract substantial sums of money from some of the most respected people in Khorasan. The resulting discontent became one of the main causes of the downfall of the Omayyads.

In Africa serious troubles arose from the same cause. Yazid b. Abi Moslim, who had been at the head of the financial department in Irak under Ḥajjāj, and had been made governor of Africa by Yazid II., issued orders that the villagers who, having adopted Islam, were freed from tribute according to the promise of Omar II., and had left their villages for the towns, should return to their domiciles and pay the same tribute as before their conversion. The Berbers rose in revolt, slaughtered the unfortunate governor, and put in his place the former governor Mahommed b. Yazid. The caliph at first ratified this choice, but soon after dismissed Mahommed from his post, and replaced him by Bishr b. Ṣafwān, who under Hisham made an expedition against Sicily.

In Africa, serious problems arose from the same issue. Yazid b. Abi Moslim, who had been in charge of the financial department in Irak under Ḥajjāj and was appointed governor of Africa by Yazid II, ordered that the villagers who had converted to Islam and were exempt from tribute as promised by Omar II, and who had left their villages for the towns, should return to their homes and pay the same tribute they owed before converting. The Berbers rebelled, killed the unfortunate governor, and installed the former governor Mahommed b. Yazid in his place. The caliph initially approved this choice but soon dismissed Mahommed and replaced him with Bishr b. Ṣafwān, who undertook an expedition against Sicily under Hisham.

Yazid II. was by natural disposition the opposite of his predecessor. He did not feel that anxiety for the spiritual welfare of his subjects which had animated Omar II. Poetry and music, not beloved by Suleiman and condemned by Omar, were held by him in great honour. Two court-singers, Sallāma and Ḥabāba, exercised great influence, tempered only by the austerity of manners that prevailed in Syria. He was so deeply affected by the death of Ḥabāba, that Maslama entreated him not to exhibit his sorrow to the eyes of the public. He died a few days later, on the 26th of January 724, according to the chroniclers from grief for her loss. As his successor he had appointed in the first place his brother Hisham, and after him his own son Walid.

Yazid II was naturally the complete opposite of his predecessor. He didn’t share the same concern for the spiritual well-being of his subjects that Omar II had. Unlike Suleiman, who didn’t appreciate poetry and music, Yazid honored them greatly. Two court singers, Sallāma and Ḥabāba, had a significant influence on him, which was only slightly moderated by the strict customs of Syria. He was so affected by Ḥabāba’s death that Maslama urged him not to show his sadness in public. He passed away a few days later, on January 26, 724, according to historians, due to grief over her loss. He initially appointed his brother Hisham as his successor, and after him, his own son Walid.

10. Reign of Hisham.—Hisham was a wise and able prince and an enemy of luxury, not an idealist like Omar II., nor a worldling like Yazid II., but more like his father Abdalmalik, devoting all his energy to the pacification of the interior, and to extending and consolidating the empire of Islam. But the discontent, which had been sown under his predecessors, had now developed to such an extent that he could not suppress it in detail. His first care was to put an end to the tyrannical rule of the Qaisites (Moḍarites) in Irak and Khorasan by dismissing Omar b. Hobaira and appointing in his place Khālid al-Qasrī. This very able man, who under Hajjāj had been prefect of Mecca, belonged properly neither to the Qaisites nor to the Yemenites, but as he took the place of Ibn Hobaira and dismissed his partisans from their posts, the former considered him as their adversary, the latter as their benefactor. After his death, in particular, the Yemenites celebrated him as their chief, and assigned as the reason for their revolt the injuries which he suffered. Khālid himself assuredly did not intend it. He was a loyal servant of the dynasty, and remained such even after receiving very harsh treatment from them. For fifteen years Khālid governed the eastern half of the empire, and continued to maintain peace with only few exceptions throughout. He did much for the reclaiming and improving of lands in Irak, in which the caliph himself and several princes took an active part. The great revenues obtained thereby naturally caused much jealousy. Khālid lived on a very rich scale and was extraordinarily liberal, and he was charged with having carried out all his improvements for his own interests, and upbraided for selling the corn of his estates only when the prices were high. To these charges were added the accusation that he was too tolerant to Christians, Jews and Zoroastrians. As his mother professed the Christian religion, he was accused of infidelity. At last a conspiracy, into which the principal engineer of Khālid, Hassān the Nabataean, had been drawn, succeeded in inciting Hisham against Khālid. They told him that Khālid had used disrespectful terms in speaking of the caliph, and that he had appropriated revenues belonging to the state. The latter imputation especially influenced Hisham, who was very parsimonious. When the dismissal of Khālid had been resolved upon, Yūsuf b. Omar, his appointed successor, was sent secretly to Kufa, where he seized on Khālid unawares. For eighteen months Khālid remained in prison. But when he declined even under torture to confess that he had been guilty of extensive peculation, he was finally released. He settled at Damascus and made a noble return for his injuries by taking an active part in the war against the Greeks. In the summer of a.d. 740, while he was in Asia Minor, a great fire broke out in Damascus, the guilt of which was attributed to Khālid. Though it soon appeared that the imputation was false, Khālid, on his return, was furious, and uttered very offensive words against the caliph. Hisham, however, would not again punish his old servant; on the contrary, he seems to have regarded his indignation as a proof of innocence.

10. Reign of Hisham.—Hisham was a wise and capable leader who opposed luxury; he wasn't an idealist like Omar II or a pleasure-seeker like Yazid II, but more akin to his father Abdalmalik, focusing all his efforts on bringing peace to the internal regions and strengthening the Islamic empire. However, the unrest cultivated by his predecessors had grown so severe that he couldn't manage it entirely. His primary concern was to end the tyrannical control of the Qaisites (Moḍarites) in Irak and Khorasan by replacing Omar b. Hobaira with Khālid al-Qasrī. This highly skilled individual, who had served as the prefect of Mecca under Hajjāj, didn't truly belong to either the Qaisites or the Yemenites, but by stepping into Ibn Hobaira’s position and removing his supporters from power, the Qaisites viewed him as an enemy while the Yemenites saw him as a benefactor. After his death, the Yemenites, in particular, honored him as their leader and claimed their revolt was due to the injustices he faced. Khālid certainly did not seek this; he was a loyal servant to the ruling dynasty and remained so despite enduring harsh treatment from them. For fifteen years, Khālid governed the eastern part of the empire and generally maintained peace with only a few exceptions. He made significant contributions to reclaiming and improving lands in Irak, in which the caliph and several princes actively participated. The substantial revenues generated from these efforts naturally led to much jealousy. Khālid enjoyed a lavish lifestyle and was exceptionally generous, yet he faced accusations of pursuing his own interests with the improvements he made and was criticized for selling the grain from his estates only when prices were high. Additional accusations included being too lenient towards Christians, Jews, and Zoroastrians. Since his mother was a Christian, he was also accused of disloyalty to the faith. Ultimately, a conspiracy involving his chief engineer, Hassān the Nabataean, managed to turn Hisham against Khālid. They claimed Khālid had spoken disrespectfully about the caliph and had misappropriated state revenues. This latter accusation particularly affected Hisham, who was notoriously frugal. When it was decided to dismiss Khālid, Yūsuf b. Omar, his successor, was secretly sent to Kufa, where he caught Khālid off guard. Khālid spent eighteen months in prison, but when he refused to confess to significant theft even under torture, he was eventually released. He moved to Damascus and made a noble return for his sufferings by participating actively in the war against the Greeks. In the summer of AD 740, while he was in Asia Minor, a major fire broke out in Damascus, which was blamed on Khālid. Although it soon became clear that this accusation was false, Khālid returned furious and expressed extremely disrespectful remarks about the caliph. However, Hisham chose not to punish his former servant again; instead, he seemed to interpret Khālid's anger as a sign of his innocence.

The successor of Khālid in Irak had not long been in office when Zaid b. Ali, grandson of Hosain b. Ali, who had come to Kufa for a lawsuit, was persuaded by the chiefs of the Shi‘a to organize a revolt. He succeeded in so far that 15,000 Kufians swore to fight with him for the maintenance of the commandments of the Book of God and the Sunna (orthodox tradition) of his Prophet, the discomfiture of the tyrants, the redress of injury, and last, not least, the vindication of the family of the Prophet as the rightful caliphs. The revolt broke out on the 6th of January 740. Unfortunately for Zaid he had to do with the same Kufians whose fickleness had already been fatal to his family. He was deserted by his troops and slain. His body was crucified in Kufa, his head sent to Damascus and thence to Medina. His son Yahyā, still a youth, fled to Balkh in Khorasan, but was discovered at last and hunted down, till he fell sword in hand under Walid II. Abu Moslim, the founder of the Abbasid dynasty, proclaimed himself his avenger, and on that occasion adopted the black garments, which remained the distinctive colour of the dynasty.

The new leader in Iraq hadn’t been in office for long when Zaid b. Ali, the grandson of Hosain b. Ali, came to Kufa for a legal matter. The Shi‘a leaders convinced him to start a rebellion. He gained support, and 15,000 people from Kufa swore to fight alongside him to uphold the teachings of the Book of God and the Sunna (traditional teachings) of his Prophet, to defeat oppressors, to seek justice, and importantly, to restore the family of the Prophet as the rightful leaders. The revolt began on January 6, 740. Unfortunately for Zaid, he was dealing with the same Kufians whose unreliability had already brought disaster to his family. His forces abandoned him, and he was killed. His body was hung on a cross in Kufa, and his head was sent to Damascus and then to Medina. His son Yahyā, still young, escaped to Balkh in Khorasan but was eventually found and hunted down, meeting his end fighting against Walid II. Abu Moslim, who started the Abbasid dynasty, declared himself the one to avenge him and, on that occasion, wore the black robes that became the dynasty's signature color.

In Khorasan also there were very serious disturbances. The Sogdians, though subdued by Sa‘īd al Ḥarashī, were not appeased, but implored the assistance of the Turks, who had long been contending earnestly against the Arabs for the dominion of Transoxiana. They found besides a most valuable ally in Ḥārith b. Soraij, a distinguished captain of the Arabic tribe of Tamīm, who, with many pious Moslems, was scandalized by the government’s perfidy in regard to the new converts. Ḥārith put himself at the head of all the malcontents, and raised the black flag, in compliance with a Sibylline prophecy, holding that the man with the black flag (the Prophet’s flag) would put an end to the tyranny, and be the precursor of the Mahdi.22 The government troops suffered more than one defeat, but in the last month of the year 118 (a.d. 736) the governor Asad al-Qasrī, the brother of Khālid, after having defeated Ḥārith, gained a brilliant victory over the Turks, which finally caused them to retreat. Asad died almost simultaneously with the dismissal of Khālid. Hisham then separated Khorasan from Irak and chose as governor of the former Naṣr b. Sayyār, a valiant soldier who had grown grey in war, and who, besides all his other capacities, was an excellent poet. Naṣr instituted a system of taxation, which, if it had been introduced earlier, would perhaps have saved the Arabic domination. It was that which later on was generally adopted, viz. that all possessors of conquered lands (i.e. nearly the whole empire except Arabia), whether Moslems or not, should pay a fixed tax, the latter in addition to pay a poll-tax, from which they were relieved on conversion to Islam. During the reign of Hisham, Naṣr made a successful expedition against Ḥārith and the Turks. The 37 propaganda of the Shi‘a by the Abbasids was continued in these years with great zeal.

In Khorasan also there were very serious disturbances. The Sogdians, though subdued by Sa‘īd al Ḥarashī, were not appeased, but implored the assistance of the Turks, who had long been contending earnestly against the Arabs for the dominion of Transoxiana. They found besides a most valuable ally in Ḥārith b. Soraij, a distinguished captain of the Arabic tribe of Tamīm, who, with many pious Moslems, was scandalized by the government’s perfidy in regard to the new converts. Ḥārith put himself at the head of all the malcontents, and raised the black flag, in compliance with a Sibylline prophecy, holding that the man with the black flag (the Prophet’s flag) would put an end to the tyranny, and be the precursor of the Mahdi.22 The government troops suffered more than one defeat, but in the last month of the year 118 (AD 736) the governor Asad al-Qasrī, the brother of Khālid, after having defeated Ḥārith, gained a brilliant victory over the Turks, which finally caused them to retreat. Asad died almost simultaneously with the dismissal of Khālid. Hisham then separated Khorasan from Irak and chose as governor of the former Naṣr b. Sayyār, a valiant soldier who had grown grey in war, and who, besides all his other capacities, was an excellent poet. Naṣr instituted a system of taxation, which, if it had been introduced earlier, would perhaps have saved the Arabic domination. It was that which later on was generally adopted, viz. that all possessors of conquered lands (i.e. nearly the whole empire except Arabia), whether Moslems or not, should pay a fixed tax, the latter in addition to pay a poll-tax, from which they were relieved on conversion to Islam. During the reign of Hisham, Naṣr made a successful expedition against Ḥārith and the Turks. The 37 propaganda of the Shi‘a by the Abbasids was continued in these years with great zeal.

In India several provinces which had been converted to Islam under the Caliphate of Omar II. declared themselves independent, because the promise of equal rights for all Moslems was not kept under the reign of his successors. This led to the evacuation of the eastern part of India (called Hind by the Arabs, Sind being the name of the western part), and to the founding of the strong cities of Maḥfūẓa and Manṣūra for the purpose of controlling the land.

In India, several provinces that had converted to Islam during the rule of Caliph Omar II declared their independence because the promise of equal rights for all Muslims was not honored by his successors. This resulted in the evacuation of the eastern part of India (referred to as Hind by the Arabs, while the western part was called Sind) and the establishment of the strong cities of Maḥfūẓa and Manṣūra to help control the territory.

In the north and north-west of the empire there were no internal disorders, but the Moslems had hard work to maintain themselves against the Alans and the Khazars. In the year 112 (a.d. 730) they suffered a severe defeat, in which the general Jarrāh perished. But the illustrious Maslama b. Abdalmalik, and Merwan b. Mahommed (afterwards caliph), governor of Armenia and Azerbaijan (Adherbaijan), succeeded in repelling the Khazars, imposing peace on the petty princes of the eastern Caucasus, and consolidating the Arab power in that quarter. The war against the Byzantines was continued with energy during the whole of Hisham’s reign. Moawiya, the son of Hisham, whose descendants reigned later in Spain, was in command till 118 (a.d. 736), when he met his death accidentally in Asia Minor by a fall from his horse. After his death, Suleiman, another son of the caliph, had the supreme command. Both were eager and valiant warriors. But the hero of all the battles was Abdallah b. Hosain, surnamed al-Battāl (the brave). He has been the subject of many romantic tales. Tabarī tells how he took the emperor Constantine prisoner in the year 114 (a.d. 732; but Constantine V. Copronymus only began to reign in 740 or 741 a.d.); another Arabic author places this event in the year 122, adding that al-Battāl, having defeated the Greeks, was attacked and slain in returning with his captives. The Greek historians say nothing about Constantine having been made prisoner. It is probable that the Arabs took another Greek soldier for the prince.23 The victories of the Moslems had no lasting results. During the troubles that began in the reign of Walid II., the Greeks reconquered Marash (Germanicia), Malatia (Malatiyeh) and Erzerum (Theodosiopolis).

In the north and north-west of the empire there were no internal disorders, but the Moslems had hard work to maintain themselves against the Alans and the Khazars. In the year 112 (A.D. 730) they suffered a severe defeat, in which the general Jarrāh perished. But the illustrious Maslama b. Abdalmalik, and Merwan b. Mahommed (afterwards caliph), governor of Armenia and Azerbaijan (Adherbaijan), succeeded in repelling the Khazars, imposing peace on the petty princes of the eastern Caucasus, and consolidating the Arab power in that quarter. The war against the Byzantines was continued with energy during the whole of Hisham’s reign. Moawiya, the son of Hisham, whose descendants reigned later in Spain, was in command till 118 (A.D. 736), when he met his death accidentally in Asia Minor by a fall from his horse. After his death, Suleiman, another son of the caliph, had the supreme command. Both were eager and valiant warriors. But the hero of all the battles was Abdallah b. Hosain, surnamed al-Battāl (the brave). He has been the subject of many romantic tales. Tabarī tells how he took the emperor Constantine prisoner in the year 114 (A.D. 732; but Constantine V. Copronymus only began to reign in 740 or 741 AD); another Arabic author places this event in the year 122, adding that al-Battāl, having defeated the Greeks, was attacked and slain in returning with his captives. The Greek historians say nothing about Constantine having been made prisoner. It is probable that the Arabs took another Greek soldier for the prince.23 The victories of the Moslems had no lasting results. During the troubles that began in the reign of Walid II., the Greeks reconquered Marash (Germanicia), Malatia (Malatiyeh) and Erzerum (Theodosiopolis).

In Spain the attention of the Moslems was principally turned to avenge the defeat of Samḥ beyond the Pyrenees. As early as the second year of the reign of Hisham, ‘Anbasa, the governor of Spain, crossed the Pyrenees, and pushed on military operations vigorously. Carcassonne and Nîmes were taken, Autun sacked. The death of ‘Anbasa in a.d. 725 and internal troubles put a stop to further hostilities. The Berbers were the chief contingent of the Moslem troops, but were treated by their Arab masters as inferior people. They began to resent this, and one of their chiefs, Munisa (Munuza), made himself independent in the north and allied himself with Odo, king of Aquitaine, who gave him his daughter in marriage. In the year 113 Abdarrahman b. Abdallah subdued Munisa, crossed the mountains and penetrated into Gascony by the valley of Roncesvalles. The Moslems beat Odo, gained possession of Bordeaux, and overran the whole of southern Gaul nearly as far as the Loire. But in October 732 their march was checked between Tours and Poitiers by Charles Martel and after some days of skirmishing a fierce but indecisive battle was fought. Abdarrahman was among the slain and the Moslems retreated hastily in the night, leaving their camp to the Franks. They were, however, not yet discouraged. In 739 the new governor of Spain, Oqba (Aucupa) b. Hajjāj, a man of high qualities, re-entered Gaul and pushed forward his raids as far as Lyons, but the Franks again drove back the Arabs as far as Narbonne. Thenceforth the continual revolts of the Berbers in Africa, and the internal troubles which disturbed Spain until the reign of Abdarrahman I., effectually checked the ambition of the Moslems.

In Spain, the Moslems were mainly focused on avenging the defeat of Samḥ beyond the Pyrenees. As early as the second year of Hisham's reign, ‘Anbasa, the governor of Spain, crossed the Pyrenees and aggressively pursued military operations. Carcassonne and Nîmes were captured, and Autun was looted. The death of ‘Anbasa in A.D. 725 and the resulting internal issues halted further aggression. The Berbers made up the bulk of the Moslem forces but were treated as inferior by their Arab leaders. They began to resent this treatment, and one of their chiefs, Munisa (Munuza), declared independence in the north and allied with Odo, the king of Aquitaine, who gave him his daughter in marriage. In the year 113, Abdarrahman b. Abdallah defeated Munisa, crossed the mountains, and entered Gascony via the valley of Roncesvalles. The Moslems defeated Odo, seized Bordeaux, and swept across southern Gaul nearly to the Loire. However, in October 732, their advance was halted between Tours and Poitiers by Charles Martel, and after several days of skirmishes, a fierce but inconclusive battle took place. Abdarrahman was among those killed, and the Moslems retreated quickly during the night, leaving their camp behind for the Franks. Yet, they were not discouraged. In 739, the new governor of Spain, Oqba (Aucupa) b. Hajjāj, a capable leader, re-entered Gaul and pushed his raids as far as Lyons, but the Franks pushed the Arabs back to Narbonne. From then on, the constant uprisings of the Berbers in Africa and the internal issues that plagued Spain until the reign of Abdarrahman I. effectively limited the ambitions of the Moslems.

In Africa the hand of government pressed heavily. The Berbers, though they had pledged themselves to Islam and had furnished the latest contingents for the Holy War, were treated as tributary serfs, notwithstanding the promises given by Omar II. The Kharijites, of whom a great many had emigrated to Africa, found them eager listeners. Still, they could not believe that it was according to the will of the caliph that they were thus treated, until a certain number of their chiefs went as a deputation to Hisham, but failed to obtain an audience. Thereupon a fierce insurrection broke out, against which the governor of Africa was powerless. Hisham at once sent an army of more than 30,000 men, under the command of Kolthum al-Qoshairī, and Balj b. Bishr. Not far from the river Sabu in Algeria,24 the meeting with the army of the insurgents took place (a.d. 740). Kolthūm was beaten and killed; Balj b. Bishr led the rest of the Syrian army to Ceuta, and thence, near the end of 741, to Spain, where they aided in the suppression of the dangerous revolt of the peninsular Berbers. Balj died in 742. A year later the governor, Abu’l-Khaṭṭār, assigned to his troops for settlement divers countries belonging to the public domain.25 An effort of the African Berbers to make themselves masters of Kairawan failed, their army being utterly defeated by the governor Ḥanẓala.

In Africa the hand of government pressed heavily. The Berbers, though they had pledged themselves to Islam and had furnished the latest contingents for the Holy War, were treated as tributary serfs, notwithstanding the promises given by Omar II. The Kharijites, of whom a great many had emigrated to Africa, found them eager listeners. Still, they could not believe that it was according to the will of the caliph that they were thus treated, until a certain number of their chiefs went as a deputation to Hisham, but failed to obtain an audience. Thereupon a fierce insurrection broke out, against which the governor of Africa was powerless. Hisham at once sent an army of more than 30,000 men, under the command of Kolthum al-Qoshairī, and Balj b. Bishr. Not far from the river Sabu in Algeria,24 the meeting with the army of the insurgents took place (AD 740). Kolthūm was beaten and killed; Balj b. Bishr led the rest of the Syrian army to Ceuta, and thence, near the end of 741, to Spain, where they aided in the suppression of the dangerous revolt of the peninsular Berbers. Balj died in 742. A year later the governor, Abu’l-Khaṭṭār, assigned to his troops for settlement divers countries belonging to the public domain.25 An effort of the African Berbers to make themselves masters of Kairawan failed, their army being utterly defeated by the governor Ḥanẓala.

Hisham died in February 743, after a reign of twenty years. He had not been wanting in energy and ability, and kept the reins of the government in his own hands. He was a correct Moslem and tolerant towards Christians and Jews. His financial administration was sound and he guarded against any misuse of the revenues of the state. But he was not popular. His residence was at Roṣāfa on the border of the desert, and he rarely admitted visitors into his presence; as a rule they were received by his chamberlain Abrash. Hisham tried to keep himself free from and above the rival parties, but as his vicegerents were inexorable in the exaction of tribute, the Qaisites against the Yemenites, the Yemenites against the Qaisites, both parties alternately had reason to complain, whilst the non-Arabic Moslems suffered under the pressure and were dissatisfied. He caused a large extent of land to be brought into cultivation, and many public works to be executed, and he was accused of overburdening his subjects for these purposes. Therefore, Yazid III. (as also the Abbasids) on taking office undertook to abstain from spending money on building and digging. The principle that a well-filled treasury is the basis of a prosperous government was pushed by him too far. Notwithstanding his activity and his devotion to the management of affairs, the Moslem power declined rather than advanced, and signs of the decay of the Omayyad dynasty began to show themselves. The history of his four successors, Walid II., Yazid III., Ibrahim and Merwan II., is but the history of the fall of the Omayyads.

Hisham died in February 743, after ruling for twenty years. He was energetic and capable, managing the government himself. He was a devout Muslim and showed tolerance towards Christians and Jews. His financial administration was solid, and he took measures to prevent any misuse of state funds. However, he wasn't well-liked. He lived in Roṣāfa on the edge of the desert and rarely welcomed visitors; typically, they met with his chamberlain Abrash instead. Hisham attempted to remain neutral amidst the rival parties, but his governors were relentless in collecting taxes, leading to complaints from both the Qaisites and the Yemenites, while non-Arab Muslims suffered and were dissatisfied. He brought a large area of land into cultivation and initiated many public works, but he was criticized for burdening his subjects to do so. Consequently, Yazid III. (as well as the Abbasids) promised to stop spending on construction and excavation when they took office. Hisham pushed the idea that a well-filled treasury is essential for a strong government too far. Despite his efforts and commitment to managing affairs, Muslim power declined instead of advancing, and signs of decay in the Umayyad dynasty began to appear. The history of his four successors, Walid II., Yazid III., Ibrahim, and Merwan II., is essentially a narrative of the fall of the Umayyads.

11. Reign of Walid II.—Walid II. was a handsome man, possessed of extraordinary physical strength, and a distinguished poet. But Hisham, to whom he was successor-designate, foolishly kept him in the background, and even made earnest efforts to get his own son Maslama acknowledged as his successor. Walid therefore retired to the country, and passed his time there in hunting, cultivating poetry, music and the like, waiting with impatience for the death of Hisham and planning vengeance on all those whom he suspected of having opposed him. His first public action was to increase the pay of all soldiers by 10 dirhems, that of the Syrians by 20. The Omayyads who came to pay their respects to him received large donations. Many philanthropic institutions were founded. As to the family of his predecessor, he contented himself with confiscating their possessions, with the single exception of Suleiman b. Hisham, whom he had whipped and put in prison. But the Makhzūmites, who were related to Hisham by his mother, he deprived of all their power and had them tortured to death. The vicegerents of Hisham were replaced by Qaisites; Yusuf b. Omar, the governor of Irak, being a Qaisite, was not only confirmed in his office, but received with it the supreme command of Khorasan. He made use of it immediately by ordering Naṣr b. Sayyār to collect a rich present of horses, falcons, musical instruments, golden and silver vessels and to offer it to the caliph in person, but before the present was ready the news came that Walid had been murdered.

11. Reign of Walid II.—Walid II was a good-looking guy, known for his impressive strength and talent as a poet. However, Hisham, who was supposed to succeed him, foolishly kept him sidelined and even tried hard to get his own son Maslama recognized as the heir. As a result, Walid withdrew to the countryside, spending his time hunting and focusing on poetry, music, and similar interests, eagerly waiting for Hisham's death and plotting revenge against anyone he thought had opposed him. His first official act was to increase the pay of all soldiers by 10 dirhems and the pay of the Syrians by 20. The Omayyads who came to pay him their respects received generous gifts. He established many charitable organizations. As for his predecessor's family, he was satisfied with seizing their assets, except for Suleiman b. Hisham, whom he had beaten and imprisoned. The Makhzūmites, who were related to Hisham through his mother, he stripped of all their power and had them tortured to death. Hisham's vicegerents were replaced by Qaisites; Yusuf b. Omar, the governor of Irak, a Qaisite, was not only retained in his position but also given the ultimate command of Khorasan. He wasted no time, instructing Naṣr b. Sayyār to gather an impressive gift of horses, falcons, musical instruments, and gold and silver vessels to present to the caliph in person, but before the gift was ready, news broke that Walid had been murdered.

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It is not certain that Walid also suspected Khālid al-Qasrī of having intrigued against him. But Yusuf b. Omar did not rest until he had his old enemy in his power. It is said that he guaranteed Walid a large sum of money, which he hoped to extort from Khālid. This unfortunate man died under torture, which he bore with fortitude, in Muharram 126 (November 743).

It’s unclear whether Walid suspected Khālid al-Qasrī of plotting against him. However, Yusuf b. Omar didn't stop until he had his old rival under control. It's said that he promised Walid a significant amount of money, which he planned to extract from Khālid. This unfortunate man died while being tortured, enduring it with courage, in Muharram 126 (November 743).

Walid designated his two sons as heirs to the Caliphate. These were still under age and were not the children of a freeborn, noble mother. Both circumstances, according to the then prevailing notions, made them unfit for the imamate. Moreover, it was an affront, in particular, for the sons of Walid I., who already had considered the nomination of Yazid II. as a slight to themselves. A conspiracy arose, headed by Yazid b. Walid I., and joined by the majority of the Merwanid princes and many Kalbites and other Yemenites who regarded the ill-treatment of Khālid al-Qasrī as an insult to themselves. Various stories were circulated about the looseness of Walid’s manner of life; Yazid accused him of irreligion, and, by representing himself as a devout and God-fearing man, won over the pious Moslems. The conspirators met with slight opposition. A great many troops had been detached by Hisham to Africa and other provinces, the caliph himself was in one of his country places; the prefect of Damascus also was absent. Without difficulty, Yazid made himself master of Damascus, and immediately sent his cousin Abdalazīz with 2000 men against Walid, who had not more than 200 fighting men about him. A few men hastened to the rescue, among others ‘Abbās b. Walid with his sons and followers. Abdalazīz interrupted his march, took him prisoner and compelled him to take the oath of allegiance to his brother Yazid. Walid’s small body of soldiers was soon overpowered. After a valiant combat, the caliph retired to one of his apartments and sat with the Koran on his knee, in order to die just as Othman had died. He was killed on the 17th of April 744. His head was taken to Damascus and carried about the city at the end of a spear.

Walid named his two sons as heirs to the Caliphate. They were still underage and weren’t the children of a freeborn, noble mother. Both of these factors, according to the common beliefs at the time, made them unsuitable for the leadership role. Additionally, it was particularly insulting for the sons of Walid I, who had already viewed the choice of Yazid II as a slight against themselves. A conspiracy formed, led by Yazid b. Walid I, with support from most of the Merwanid princes and many Kalbites and other Yemenites who were offended by the mistreatment of Khālid al-Qasrī. Numerous rumors spread about Walid’s loose lifestyle; Yazid accused him of being irreligious, and by portraying himself as devout and God-fearing, he gained the support of the pious Muslims. The conspirators faced little resistance. A large number of troops had been sent by Hisham to Africa and other regions, the caliph himself was at one of his estates; the prefect of Damascus was also away. Yazid easily took control of Damascus and quickly sent his cousin Abdalazīz with 2,000 men to confront Walid, who had only 200 soldiers with him. A few men rushed to help, including ‘Abbās b. Walid with his sons and followers. Abdalazīz interrupted his march, captured him, and forced him to pledge allegiance to his brother Yazid. Walid’s small band of soldiers was quickly overwhelmed. After a fierce fight, the caliph retreated to one of his rooms and sat with the Koran on his lap, intending to die as Othman had. He was killed on April 17, 744. His head was brought to Damascus and displayed around the city on the end of a spear.

On the news of the murder of the caliph, the citizens of Ḥoms (Emesa) put at their head Abu Mahommed as-Sofiānī, a grandson of Yazid I., and marched against Damascus. They were beaten by Suleimān b. Hishām at a place called Solaimānīa, 12 m. from the capital. Abu Mahommed was taken prisoner and shut up with several of his brethren and cousins in the Khadrā, the old palace of Moawiya, together with the two sons of Walid II. One or two risings in Palestine were easily suppressed. But the reigning family had committed suicide. Their unity was broken. The holiness of their Caliphate, their legitimate authority, had been trifled with; the hatred of the days of Merj Rāhiṭ had been revived. The orthodox faith also, whose strong representative and defender had hitherto been the caliph, was shaken by the fact that Yazid III. belonged to the sect of the Qadaris who rejected the doctrine of predestination. The disorganization of the empire was at hand.

After hearing about the murder of the caliph, the people of Ḥoms (Emesa) chose Abu Mahommed as-Sofiānī, a grandson of Yazid I., to lead them and marched toward Damascus. They were defeated by Suleimān b. Hishām at a location called Solaimānīa, 12 miles from the capital. Abu Mahommed was captured and imprisoned along with several of his brothers and cousins in the Khadrā, the old palace of Moawiya, together with the two sons of Walid II. One or two uprisings in Palestine were quickly put down. However, the ruling family had essentially destroyed itself. Their unity was shattered. The sanctity of their Caliphate and their legitimate authority had been undermined; the animosity from the days of Merj Rāhiṭ had returned. The orthodox faith, which the caliph had previously represented and defended strongly, was also weakened by the fact that Yazid III was part of the Qadari sect that rejected the idea of predestination. The empire's disintegration was imminent.

12. Reign of Yazid III.—Yazid III., on his accession, made a fine speech, in which he promised to do all that could be expected from a good and wise ruler, even offering to make place immediately for the man whom his subjects should find better qualified for the Caliphate than himself. He cancelled, however, the increase of the pay granted by Walid and thus earned the nickname of the Nāqiṣ (diminisher). As he owed his position to the aid of the Kalbites, he chose his officers from among them. The governorship of Irak was confided to a Kalbite, Manṣūr b. Jomhūr, a hot-headed and unscrupulous man. Yūsuf b. Omar was unable to offer resistance, and was ultimately taken and confined in the Khadrā. Manṣūr had hardly been three months in office when Yazid replaced him by Abdallah, son of Omar II. The distant provinces, with the exception of Sind and Sijistan, renounced the authority of the new caliph. In Africa Abdarrahman b. Habīb, a descendant of the famous ‘Oqba b. Nāfī’, was almost independent. In Spain every amir tried to free himself from a suzerainty which appeared to him only nominal. Naṣr b. Sayyār, the governor of Khorasan, had not yet decided whether he ought to take the oath of allegiance when Yazid died, after a reign of only five months and a half, on the 12th of Dhu’l-Ḥijja a.h. 126 (25th September a.d. 744).

12. Reign of Yazid III.—When Yazid III took the throne, he delivered an impressive speech where he promised to be the kind of good and wise ruler everyone hoped for, even suggesting he would step aside for anyone his subjects felt was more qualified than him for the Caliphate. However, he reversed the pay increase that Walid had granted, earning him the nickname Nāqiṣ (the diminisher). Because he owed his position to the support of the Kalbites, he appointed his officials from among them. The governorship of Irak was given to a Kalbite, Manṣūr b. Jomhūr, who was impulsive and ruthless. Yūsuf b. Omar couldn't resist and was eventually captured and held in the Khadrā. Manṣūr had only been in office for three months when Yazid replaced him with Abdallah, the son of Omar II. The far-off provinces, except for Sind and Sijistan, rejected the authority of the new caliph. In Africa, Abdarrahman b. Habīb, a descendant of the famous ‘Oqba b. Nāfī’, was almost autonomous. In Spain, every amir sought to break free from a suzerainty that seemed merely symbolic. Naṣr b. Sayyār, the governor of Khorasan, hadn't yet decided whether to pledge allegiance when Yazid died after only five and a half months in power, on the 12th of Dhu’l-Ḥijja a.h. 126 (September 25 A.D. 744).

13. Yazid III. left his brother Ibrāhīm as his successor. He was acknowledged as caliph only in a part of Syria, and reigned no longer than two months, when he was obliged to abdicate and to submit to the authority of Merwan II.

13. Yazid III left his brother Ibrahim as his successor. He was recognized as caliph only in part of Syria and ruled for no more than two months before he had to step down and accept the authority of Merwan II.

14. Merwan II., the son of Mahommed b. Merwan and cousin of Maslama, was a man of energy, and might have revived the strength of the Omayyad dynasty, but for the general disorder which pervaded the whole empire. In 732 Hisham had entrusted to him the government of Armenia and Azerbaijan, which he held with great success till the death of Walid II. He had great military capacity and introduced important reforms. On the murder of Walid he prepared to dispute the supreme power with the new caliph, and invaded Mesopotamia. Yazid III., in alarm, offered him as the price of peace the government of this province together with Armenia and Azerbaijan. Merwan resolved to accept those conditions, and sent a deputation to Damascus, which, however, had just reached Manbij (Hierapolis) when Yazid died. Leaving his son Abdalmalik with 40,000 men in Rakka, Merwan entered Syria with 80,000 men. Suleimān b. Hishām, at the head of 120,000 men, was defeated at ‘Ain al-Jarr, between Baalbek and Damascus. Merwan made many prisoners, whom he treated with the greatest mildness, granting them freedom on condition that they should take the oath of allegiance to the sons of Walid II. He then marched upon Damascus. But Suleimān b. Hishām, Yazid, the son of Khālid al-Qasri, and other chiefs, hastened to the Khadrā and killed the two princes, together with Yūsuf b. Omar. Suleiman then made himself master of the treasury and fled with the caliph Ibrāhīm to Tadmor (Palmyra). Only Abu Mahommed as-Sofiānī escaped the murderers. When Merwan entered Damascus this man testified that the sons of Walid II., who had just become adult, had named Merwan successor to the Caliphate, and was the first to greet him as Prince of the Believers. All the generals and officers followed his example and took the oath of allegiance (7th December a.d. 744). Merwan did all he could to pacify Syria, permitting the Arabs of the four provinces to choose their own prefects, and even acquiescing in the selection as prefect of Palestine of Thābit b. No‘aim, who had behaved very treacherously towards him before, but whom he had forgiven. He did not, however, wish to reside in Damascus, but transplanted the seat of government to his own town, Harran in Mesopotamia. Suleiman b. Hisham and Ibrahim tendered their submission and were pardoned.

14. Merwan II, the son of Mahommed b. Merwan and cousin of Maslama, was an energetic man who could have strengthened the Omayyad dynasty if it weren't for the widespread chaos throughout the empire. In 732, Hisham had given him control of Armenia and Azerbaijan, which he managed successfully until the death of Walid II. He had strong military skills and implemented significant reforms. After Walid's murder, he prepared to contest the highest power with the new caliph and invaded Mesopotamia. Yazid III, alarmed, offered him the governorship of this province along with Armenia and Azerbaijan as a peace deal. Merwan decided to accept those terms and sent a delegation to Damascus, which had just reached Manbij (Hierapolis) when Yazid died. Leaving his son Abdalmalik with 40,000 men in Rakka, Merwan entered Syria with 80,000 troops. Suleimān b. Hishām, leading 120,000 men, was defeated at ‘Ain al-Jarr, located between Baalbek and Damascus. Merwan took many prisoners, treating them quite leniently, and granted their freedom on the condition that they swore allegiance to the sons of Walid II. He then marched toward Damascus. However, Suleimān b. Hishām, Yazid, the son of Khālid al-Qasri, and other leaders rushed to Khadrā and killed the two princes along with Yūsuf b. Omar. Suleiman then seized control of the treasury and fled with the caliph Ibrāhīm to Tadmor (Palmyra). Only Abu Mahommed as-Sofiānī escaped the assassins. When Merwan entered Damascus, this man testified that the sons of Walid II, who had just come of age, had named Merwan as their successor to the Caliphate and was the first to greet him as Prince of the Believers. All the generals and officers followed his lead, swearing allegiance (7th December a.d. 744). Merwan did everything he could to pacify Syria, allowing the Arabs of the four provinces to choose their own prefects and even agreeing to the appointment of Thābit b. No‘aim as the prefect of Palestine, despite his previous treachery, which Merwan had forgiven. However, he did not want to live in Damascus and moved the seat of government to his hometown, Harran in Mesopotamia. Suleiman b. Hisham and Ibrahim submitted and were pardoned.

But the pacification was only on the surface. Many Omayyad princes considered Merwan as an upstart, his mother being a slave-girl; the Damascenes were angry because he had chosen Harran for his residence; the Kalbites felt themselves slighted, as the Qaisites predominated. Thābit b. No‘aim revolted in Palestine, Emesa (Homs) and Tadmor were turbulent, Damascus was besieged by Yazid b. Khālid al Qasrī. Merwan, who wanted to march against Irak, was obliged to return to Syria, where he put an end to the troubles. This time Thābit b. No‘aim had to pay for his perfidy with his life. After this new pacification, Merwan caused the Syrians to acknowledge his two sons as heirs to the Caliphate, and married them to two daughters of Hishām. All the Omayyad princes were invited to the wedding, Merwan hoping still to conciliate them. He then equipped 10,000 Syrians, and ordered them to rejoin the army of 20,000 men from Kinnesrin (Qinnasrīn) and Mesopotamia, who, under Yazid b. Omar b. Hobaira, were already on the march towards Irak. When these Syrians came to Roṣāfa (Rusafa), Suleimān b. Hishām persuaded them to proclaim himself caliph, and made himself master of Kinnesrin. From all sides Syrians flocked to his aid till he had 70,000 men under his orders. Merwan immediately ordered Ibn Hobaira to stop his march and to wait for him at Dūrīn, and marched with the main force against Suleimān, whom he utterly defeated at Khosāf in the district of Kinnesrin. Suleiman fled to Homs and thence to Tadmor and on to Kufa, leaving his brother Sa‘id in Homs. The siege of this place by Merwan lasted nearly five months. After the victory the walls 39 were demolished, and likewise those of Baalbek, Damascus, Jerusalem and other towns. Syria was utterly crushed, and therewith the bulwark of the dynasty was destroyed. Not until the summer of 128 (a.d. 746) could Merwan resume his campaign against Irak.

But the peace was only skin-deep. Many Omayyad princes viewed Merwan as an upstart since his mother was a slave; the people of Damascus were upset because he chose Harran as his residence; the Kalbites felt insulted as the Qaisites were in the majority. Thābit b. No‘aim revolted in Palestine, Emesa (Homs) and Tadmor were in turmoil, and Damascus was besieged by Yazid b. Khālid al Qasrī. Merwan, who wanted to head toward Irak, had to return to Syria, where he managed to quell the unrest. This time, Thābit b. No‘aim paid for his betrayal with his life. After this new peace, Merwan made the Syrians recognize his two sons as heirs to the Caliphate and arranged their marriages to two daughters of Hishām. All the Omayyad princes were invited to the wedding, as Merwan hoped to win them over. He then equipped 10,000 Syrians and ordered them to join the 20,000 men from Kinnesrin (Qinnasrīn) and Mesopotamia, who were already marching toward Irak under Yazid b. Omar b. Hobaira. When these Syrians reached Roṣāfa (Rusafa), Suleimān b. Hishām convinced them to declare him caliph, capturing Kinnesrin. Syrians flocked to his support until he had 70,000 men under his command. Merwan immediately ordered Ibn Hobaira to halt his advance and wait for him at Dūrīn, while he led the main force against Suleimān, whom he completely defeated at Khosāf in the Kinnesrin region. Suleimān fled to Homs, then to Tadmor, and on to Kufa, leaving his brother Sa‘id in Homs. Merwan's siege of Homs lasted nearly five months. After the victory, the walls were torn down, including those of Baalbek, Damascus, Jerusalem, and other cities. Syria was thoroughly crushed, along with the stronghold of the dynasty. It was not until the summer of 128 (AD 746) that Merwan could resume his campaign against Irak.

The governor of this province, Abdallah, the son of Omar II., was a man of small energy, whose principal care was his personal ease and comfort. An ambitious man, Abdallah b. Moawiya, a great-grandson of Ali’s brother Ja‘far, put himself at the head of a band of Shi‘ites and maulas, made himself master of Kufa and marched upon Hira, where, since Yūsuf b. Omar, the governor and the Syrian troops had resided. The rebels were defeated, and Kufa surrendered (October 744) under condition of amnesty for the insurgents and freedom for Abdallah b. Moawiya. This adventurer now went into Media (Jabal), where a great number of maulas and Shi‘ites, even members of the reigning dynasty and of the Abbasid family, such as the future caliph Mansur, rejoined him. With their help he became master of a vast empire, which, however, lasted scarcely three years.

The governor of this province, Abdallah, the son of Omar II, was a man with little energy, whose main focus was on his own comfort and ease. Ambitious Abdallah b. Moawiya, a great-grandson of Ali’s brother Ja‘far, led a group of Shi‘ites and maulas, took control of Kufa, and moved toward Hira, where the governor Yūsuf b. Omar and the Syrian troops were based. The rebels were defeated, and Kufa surrendered in October 744, agreeing to grant amnesty to the insurgents and freedom to Abdallah b. Moawiya. This opportunist then went to Media (Jabal), where many maulas and Shi‘ites, including members of the ruling dynasty and the Abbasid family like the future caliph Mansur, joined him. With their support, he gained control of a vast empire, which, however, lasted barely three years.

Ibn Omar did not acknowledge Merwan as caliph. For the moment Merwan could do no more than send a new governor, Ibn Sa‘īd al Ḥarashī. This officer was supported only by the Qaisite troops, the Kalbites, who were numerically superior, maintaining Ibn Omar in his residence at Hira. There were many skirmishes between them, but a common danger soon forced them to suspend their hostilities. The general disorder after the death of Hisham had given to the Khawarij an opportunity of asserting their claims such as they had never had before. They belonged for the greater part to the Rabī‘a, who always stood more or less aloof from the other Arabs, and had a particular grudge against the Moḍar. Their leading tribe, the Shaibān, possessed the lands on the Tigris in the province of Mosul, and here, after the murder of Walid II., their chief proclaimed himself caliph. Reinforced by many Kharijites out of the northern provinces, he marched against Kufa. Ibn Omar and Ibn Sa‘iđ al Ḥarashī tried to defend their province, but were completely defeated. Ḥarashī fled to Merwan, Ibn Omar to Hira, which, after a siege of two months, he was obliged to surrender in Shawwāl 127 (August a.d. 745). Manṣuř b. Jomhūr was the first to pass over to the Khawarij; then Ibn Omar himself took the oath of allegiance. That a noble Koreishite, a prince of the reigning house, should pledge himself to follow Ḍaḥḥāk the Shaibānite as his Imam, was an event of which the Khawarij were very proud. Ibn Omar was rewarded with the government of eastern Irak, Khūzistān and Fārs.

Ibn Omar did not recognize Merwan as caliph. For the time being, Merwan could only send a new governor, Ibn Sa‘īd al Ḥarashī. This official was backed solely by the Qaisite troops, while the Kalbites, who had more numbers, kept Ibn Omar confined in his residence at Hira. They engaged in several skirmishes, but a shared threat soon forced them to halt their fighting. The widespread chaos following Hisham’s death provided the Khawarij an opportunity to assert their claims like never before. Most of them belonged to the Rabī‘a, who generally kept their distance from the other Arabs and held a particular grudge against the Moḍar. Their dominant tribe, the Shaibān, owned land along the Tigris in the Mosul province, and here, after the assassination of Walid II., their leader declared himself caliph. Strengthened by many Kharijites from the northern provinces, he marched toward Kufa. Ibn Omar and Ibn Sa‘iđ al Ḥarashī attempted to defend their territory, but they suffered a complete defeat. Ḥarashī fled to Merwan, and Ibn Omar escaped to Hira, which he was forced to surrender after a two-month siege in Shawwāl 127 (August AD 745). Manṣuṣ b. Jomhūr was the first to join the Khawarij; then Ibn Omar himself took the oath of allegiance. The fact that a noble Koreishite, a prince from the ruling family, pledged to follow Ḍaḥḥāk the Shaibānite as his Imam was something the Khawarij took great pride in. Ibn Omar was rewarded with the governorship of eastern Iraq, Khūzistān, and Fārs.

Whilst Merwan besieged Homs, Ḍaḥḥāk returned to Mesopotamia and took Mosul, whence he threatened Nisibis, where Abdallah, the son of Merwan, maintained himself with difficulty. Suleimān b. Hishām also had gone over to the Khawarij, who now numbered 120,000 men. Mesopotamia itself was in danger, when Merwan at last was able to march against the enemy. In a furious battle at Kafartūtha (September a.d. 746) the Khawarij were defeated; Ḍaḥḥāk and his successor Khaibarī perished; the survivors were obliged to retire to Mosul, where they crossed the Tigris. Merwan followed them and encamped on the western bank. Immediately after the battle of Kafartūtha, Yazid b. Omar b. Hobaira directed his troops towards Irak. He beat the Kharijites repeatedly and entered Kufa in May or June 747. Ibn Omar was taken prisoner; Manṣūr b. Jomhūr fled to Ibn Moawiya. Ibn Hobaira was at last free to send Ibn Ḍobāra with an army to Mesopotamia. At his approach the Kharijites left their camp and fled to Abdallah b. Moawiya, who was now at the height of his power. But it was not destined to last. The two generals of Ibn Hobaira, Ibn Ḍobāra and Nobāta b. Ḥanẓala defeated his army; Ibn Moawiya fled to Khorasan, where he met his death; the chief of the Kharijites, Shaibān Yashkori went to eastern Arabia; Suleimān b. Hishām and Manṣūr b. Johmūr escaped to India. Thus, at last, the western and south-eastern parts of the empire lay at the feet of Merwan. But in the north-east, in Khorasan, meanwhile a storm had arisen, against which his resources and his wisdom were alike of no avail.

While Merwan was besieging Homs, Ḍaḥḥāk went back to Mesopotamia and took over Mosul, from where he threatened Nisibis, where Abdallah, Merwan's son, struggled to maintain control. Suleimān b. Hishām also joined the Khawarij, who now had 120,000 followers. Mesopotamia itself was in danger when Merwan finally managed to march against the enemy. In a fierce battle at Kafartūtha (September AD 746), the Khawarij were defeated; Ḍaḥḥāk and his successor Khaibarī were killed; the survivors had to retreat to Mosul, where they crossed the Tigris. Merwan pursued them and camped on the western bank. Right after the battle of Kafartūtha, Yazid b. Omar b. Hobaira sent his troops toward Irak. He repeatedly defeated the Kharijites and entered Kufa in May or June 747. Ibn Omar was taken prisoner; Manṣūr b. Jomhūr fled to Ibn Moawiya. Ibn Hobaira was finally free to send Ibn Ḍobāra with an army to Mesopotamia. Upon his arrival, the Kharijites abandoned their camp and fled to Abdallah b. Moawiya, who was now at his peak of power. But it wasn’t meant to last. Ibn Hobaira's two generals, Ibn Ḍobāra and Nobāta b. Ḥanẓala, defeated his army; Ibn Moawiya fled to Khorasan, where he met his end; the leader of the Kharijites, Shaibān Yashkori, went to eastern Arabia; Suleimān b. Hishām and Manṣūr b. Johmūr escaped to India. Thus, at last, the western and south-eastern parts of the empire fell under Merwan's control. However, in the north-east, in Khorasan, a storm was brewing, against which his resources and wisdom proved useless.

When the news of the murder of Walid II. reached Khorasan, Naṣr b. Sayyār did not at once acknowledge the Caliphate of Yazid III., but induced the Arab chiefs to accept himself as amir of Khorasan, until a caliph should be universally acknowledged. Not many months later (Shawwāl 126) he was confirmed in his post by Yusuf b. Omar, the governor of Irak. But Naṣr had a personal enemy, the chief of the Azd (Yemenites) Jodai’ al-Kirmānī, a very ambitious man. A quarrel arose, and in a short time the Azd under Kirmānī, supported by the Rabī‘a, who always were ready to join the opposition, were in insurrection, which Naṣr tried in vain to put down by concessions.

When the news of the murder of Walid II reached Khorasan, Naṣr b. Sayyār didn't immediately accept the Caliphate of Yazid III. Instead, he convinced the Arab leaders to recognize him as the amir of Khorasan until a caliph was universally accepted. Just a few months later (Shawwāl 126), he was confirmed in his position by Yusuf b. Omar, the governor of Irak. However, Naṣr had a personal enemy in Jodai’ al-Kirmānī, the leader of the Azd (Yemenites), who was very ambitious. A dispute arose, and soon the Azd under Kirmānī, backed by the Rabī‘a—who were always eager to join the opposition—were in rebellion, which Naṣr attempted to quell with concessions, but to no avail.

So stood matters when Ḥārith b. Soraij, seconded by Yazid III., reappeared on the scene, crossed the Oxus and came to Merv. Naṣr received him with the greatest honour, hoping to get his aid against Kirmānī, but Ḥārith, to whom 3000 men of his tribe, the Tamīm, had gone over, demanded Naṣr’s abdication and tried to make himself master of Merv. Having failed in this, he allied himself with Kirmānī. Naṣr could hold Merv no longer, and retired to Nishapur. But the Tamīm of Ḥārith could not endure the supremacy of the Azd. In a moment the allies were divided into two camps; a battle ensued, in which Ḥārith was defeated and killed. Originally, Ḥārith seems to have had the highest aims, but in reality he did more than any one else to weaken the Arabic dominion. He brought the Turks into the field against them; he incited the native population of Transoxiana against their Arab lords, and stirred up discord between the Arabs themselves. Being a Tamīmite, he belonged to the Moḍar, on whom the government in Khorasan depended; but he aided the Yemenites to gain the upper hand of them. Thus he paved the way for Abu Moslim.

So that’s how things stood when Ḥārith b. Soraij, backed by Yazid III, showed up, crossed the Oxus, and arrived in Merv. Naṣr welcomed him with great honor, hoping to gain his support against Kirmānī, but Ḥārith, whose tribe, the Tamīm, had provided him with 3000 men, demanded Naṣr’s resignation and tried to take control of Merv. After failing in this attempt, he aligned himself with Kirmānī. Naṣr could no longer hold Merv and retreated to Nishapur. However, the Tamīm under Ḥārith couldn't tolerate the dominance of the Azd. Soon, the allies split into two factions; a battle broke out in which Ḥārith was defeated and killed. Initially, Ḥārith seemed to have the highest ambitions, but in reality, he did more than anyone else to weaken Arabic power. He brought the Turks into conflict with them, incited the local population of Transoxiana against their Arab rulers, and stirred up discord among the Arabs themselves. As a Tamīmite, he was part of the Moḍar, who were crucial to the government in Khorasan; however, he helped the Yemenites gain the upper hand over them. In this way, he set the stage for Abu Moslim.

Since the days of Ali there had been two tendencies among the Shi‘ites. The moderate party distinguished itself from the other Moslems only by their doctrine that the imamate belonged legally to a man of the house of the Prophet. The other party, that of the ultra-Shi‘ites, named Hāshimīya after Abu Hāshim the son of Mahommed b. al-Ḥanafīya, preached the equality of all Moslems, Arabs or non-Arabs, and taught that the same divine spirit that had animated the Prophet, incorporated itself again in his heirs (see Shi'ites). After the death of Hosain, they chose for their Imam Mahommed b. al-Ḥanafīya, and at his decease his son Abu Hāshim, from whom Mahommed b. Ali, the grandson of Abdallah b. Abbas, who resided at Ḥomaima in the south-east of Syria, obtained the secrets of the party and took the lead (a.h. 98, see above). This Mahommed, the father of the two first Abbasid caliphs, was a man of unusual ability and great ambition. He directed his energies primarily to Khorasan. The missionaries were charged with the task of undermining the authority of the Omayyads, by drawing attention to all the injustices that took place under their reign, and to all the luxury and wantonness of the court, as contrasted with the misery of many of their subjects. God would not suffer it any longer. As soon as the time was ripe that time could not be far off—He would send a saviour—and out of the house of the Prophet, the Mahdi, who would restore Islam to its original purity. All who desired to co-operate in this holy purpose must pledge themselves to unlimited obedience to the Imam, and place their lives and property at his disposal. As a proof of their sincerity they were required at once to pay a fixed sum for the Imam. The missionaries had great success, especially among the non-Arabic inhabitants of Khorasan and Transoxiana.

Since the days of Ali there had been two tendencies among the Shi‘ites. The moderate party distinguished itself from the other Moslems only by their doctrine that the imamate belonged legally to a man of the house of the Prophet. The other party, that of the ultra-Shi‘ites, named Hāshimīya after Abu Hāshim the son of Mahommed b. al-Ḥanafīya, preached the equality of all Moslems, Arabs or non-Arabs, and taught that the same divine spirit that had animated the Prophet, incorporated itself again in his heirs (see Shi'ites). After the death of Hosain, they chose for their Imam Mahommed b. al-Ḥanafīya, and at his decease his son Abu Hāshim, from whom Mahommed b. Ali, the grandson of Abdallah b. Abbas, who resided at Ḥomaima in the south-east of Syria, obtained the secrets of the party and took the lead (a.m. 98, see above). This Mahommed, the father of the two first Abbasid caliphs, was a man of unusual ability and great ambition. He directed his energies primarily to Khorasan. The missionaries were charged with the task of undermining the authority of the Omayyads, by drawing attention to all the injustices that took place under their reign, and to all the luxury and wantonness of the court, as contrasted with the misery of many of their subjects. God would not suffer it any longer. As soon as the time was ripe that time could not be far off—He would send a saviour—and out of the house of the Prophet, the Mahdi, who would restore Islam to its original purity. All who desired to co-operate in this holy purpose must pledge themselves to unlimited obedience to the Imam, and place their lives and property at his disposal. As a proof of their sincerity they were required at once to pay a fixed sum for the Imam. The missionaries had great success, especially among the non-Arabic inhabitants of Khorasan and Transoxiana.

Mahommed b. Ali died a.h. 126 (a.d. 743-744), and his son Ibrahīm, the Imam, took his place. Ibrahīm had a confidant about whose antecedents one fact alone seems certain, that he was a maula (client) of Persian origin. This man, Abu Moslim by name, was a man of real ability and devoted to his master’s cause. To him, in 745-746, the management of affairs in Khorasan was entrusted, with instructions to consult in all weighty matters the head of the mission, the Arab Suleimān b. Kathīr. At first the chiefs of the mission were by no means prepared to recognize Abu Moslim as the plenipotentiary of the heir of the Prophet. In the year 129 he judged that the time for open manifestation had arrived. His partisans were ordered to assemble from all sides on a fixed day at Sīqadenj in the province of Merv. Then, on the 1st Shawwāl (15th June 747), the first solemn meeting took 40 place and the black flags were unfolded. On that occasion Suleimān b. Kathīr was still leader, but by the end of the year Abu Moslim, whom the majority believed to belong himself to the family of the Prophet, was the acknowledged head of a strong army. Meantime, Naṣr had moved from Nishapur to Merv, and here the two Arabic armies confronted each other. Then, at last, the true significance of Abu Moslim’s work was recognized. Naṣr warned the Arabs against their common enemy, “who preaches a religion that does not come from the Envoy of God, and whose chief aim is the extirpation of the Arabs.” In vain he had entreated Merwan and Ibn Hobaira to send him troops before it should be too late. When at last it was possible to them to fulfil his wish, it was in fact too late. For a moment it seemed as though the rival Arab factions, realizing their common peril, would turn their combined forces against the Shi‘ites. But Abu Moslim contrived to re-awaken their mutual distrust and jealousy, and, taking advantage of the opportunity, made himself master of Merv, in Rabia II. a.h. 130 (December 747). Naṣr escaped only by a headlong flight to Nishapur. This was the end of the Arabic dominion in the East. Many Arab chiefs were killed, partly by order of Abu Moslim, partly by their clients. The latter, however, was strictly forbidden by Abu Moslim. So severe indeed was the discipline he exercised, that one of the chief missionaries, who by a secret warning had rendered possible the escape of Naṣr from Merv, paid for it with his life.

Mahommed b. Ali died in 126 AH (743-744 AD), and his son Ibrahīm, the Imam, succeeded him. Ibrahīm had a trusted advisor whose background remains a bit unclear, except that he was a client of Persian descent. This man, named Abu Moslim, was very capable and dedicated to his master's mission. In 745-746, he was put in charge of affairs in Khorasan, with orders to consult the mission leader, the Arab Suleimān b. Kathīr, on important matters. Initially, the mission leaders weren't ready to accept Abu Moslim as the representative of the Prophet's heir. By the year 129, he decided it was time to make a public appearance. He instructed his supporters to gather from all sides on a specific day at Sīqadenj in the Merv province. Then, on the 1st Shawwāl (15th June 747), the first official meeting took place, and the black flags were unfurled. At that time, Suleimān b. Kathīr was still the leader, but by the end of the year, many believed Abu Moslim to be part of the Prophet's family, and he had become the recognized leader of a powerful army. Meanwhile, Naṣr had moved from Nishapur to Merv, where the two Arab armies faced off against each other. Finally, the true importance of Abu Moslim’s efforts became apparent. Naṣr warned the Arabs about their common enemy, “who preaches a religion that doesn’t come from the Envoy of God, and whose main goal is the destruction of the Arabs.” Unfortunately, his pleas to Merwan and Ibn Hobaira to send him troops before it was too late went unanswered. When they finally could help him, it was actually too late. For a brief moment, it looked like the rival Arab factions would unite against the Shi‘ites, realizing their shared threat. But Abu Moslim managed to reignite their distrust and jealousy, and taking advantage of the situation, he took control of Merv in Rabia II, 130 AH (December 747). Naṣr narrowly escaped, fleeing to Nishapur. This marked the end of Arab dominance in the East. Many Arab leaders were killed, both at Abu Moslim’s order and by their own followers. However, Abu Moslim strictly prohibited this. His discipline was so severe that one of the leading missionaries, who had secretly helped Naṣr escape from Merv, lost his life for it.

As soon as Abu Moslim had consolidated his authority, he sent his chief general Qaḥṭaba against Nishapur. Naṣr’s son Tamīm was vanquished and killed, and Naṣr retreated to Kumis (Qūmis) on the boundary of Jorjān, whither also advanced from the other side Nobāta at the head of an army sent by Merwan. Qaḥṭaba detached his son Ḥasan against Naṣr and went himself to meet Nobāta, whom he beat on the 1st of Dhu’l-ḥijja 130 (6th August 748). Naṣr could not further resist. He reached Sāwā in the vicinity of Hamadan, where he died quite exhausted, at the age of eighty-five years. Rei and Hamadan were taken without serious difficulty. Near Nehawend, Ibn Ḍobāra, at the head of a large army, encountered Qaḥṭaba, but was defeated and killed. In the month of Dhu’l-qa‘da 131 (June 749) Nehawend (Nehavend) surrendered, and thereby the way to Irak lay open to Qaḥṭaba. Ibn Hobaira was overtaken and compelled to retire to Wāsit. Qaḥṭaba himself perished in the combat, but his son Ḥasan entered Kufa without any resistance on the 2nd of September 740.

As soon as Abu Moslim established his power, he sent his chief general Qaḥṭaba to Nishapur. Naṣr’s son Tamīm was defeated and killed, prompting Naṣr to retreat to Kumis (Qūmis) on the border of Jorjān, where Nobāta advanced with an army sent by Merwan from the opposite direction. Qaḥṭaba sent his son Ḥasan to confront Naṣr and went himself to face Nobāta, whom he defeated on the 1st of Dhu’l-ḥijja 130 (6th August 748). Naṣr could no longer resist and reached Sāwā near Hamadan, where he died, exhausted, at the age of eighty-five. Rei and Hamadan were captured without much trouble. Near Nehawend, Ibn Ḍobāra, leading a large army, faced Qaḥṭaba but was defeated and killed. In the month of Dhu’l-qa‘da 131 (June 749), Nehawend (Nehavend) surrendered, opening the way to Irak for Qaḥṭaba. Ibn Hobaira was intercepted and forced to retreat to Wāsit. Qaḥṭaba eventually died in battle, but his son Ḥasan entered Kufa without resistance on the 2nd of September 740.

Merwan had at last discovered who was the real chief of the movement in Khorasan, and had seized upon Ibrahīm the Imam and imprisoned him at Harran. There he died, probably from the plague, though Merwan was accused of having killed him. When the other Abbasids left Ḥomaima is not certain. But they arrived at Kufa in the latter half of September 749, where in the meantime the head of the propaganda, Abu Salama, called the wazir of the family of Mahomet, had previously undertaken the government. This Abu Salama seems to have had scruples against recognizing Abu’l-Abbas as the successor of his brother Ibrahīm, and to have expected that the Mahdi, whom he looked for from Medina, would not be slow in making his appearance, little thinking that an Abbasid would present himself as such. But Abu Jahm, on the instructions of Abu Moslim, declared to the chief officers of the Khorasanian army that the Mahdi was in their midst, and brought them to Abu’l-Abbas, to whom they swore allegiance. Abu Salama also was constrained to take the oath. On Friday, the 12th Rabia II. a.h. 132 (28th November 749) Abu’l-Abbas was solemnly proclaimed caliph in the principal mosque of Kufa. The trick had been carried out admirably. On the point of gathering the ripe fruit, the Alids were suddenly pushed aside, and the fruit was snatched away by the Abbasids. The latter gained the throne and they took good care never to be deprived of it.

Merwan had finally figured out who was really leading the movement in Khorasan, capturing Ibrahīm the Imam and imprisoning him in Harran. He died there, likely from the plague, although Merwan was accused of murdering him. It’s unclear when the other Abbasids left Ḥomaima, but they arrived in Kufa in the second half of September 749. Meanwhile, the head of the propaganda, Abu Salama, who was part of Muhammad’s family, had already taken over the government. Abu Salama seemed hesitant to recognize Abu’l-Abbas as the successor to his brother Ibrahīm and anticipated that the Mahdi, who he believed would come from Medina, would show up soon, not realizing that an Abbasid would present himself as such. However, Abu Jahm, acting on Abu Moslim’s orders, told the top officers of the Khorasanian army that the Mahdi was among them and brought them to Abu’l-Abbas, to whom they pledged their loyalty. Abu Salama was also forced to take the oath. On Friday, the 12th Rabia II. a.h. 132 (28th November 749), Abu’l-Abbas was officially proclaimed caliph in the main mosque of Kufa. The plan had been executed perfectly. Just as the Alids were about to reap the rewards, they were suddenly sidelined, and the Abbasids snatched the victory. The Abbasids claimed the throne and made sure they would never lose it.

After the conquest of Nehawend, Qaḥṭaba had detached one of his captains, Abu ‘Aun, to Shahrazūr, where he defeated the Syrian army which was stationed there. Thereupon Abu ‘Aun occupied the land of Mosul, where he obtained reinforcements from Kufa, headed by Abdallah b. Ali, an uncle of Abu’l-Abbas, who was to have the supreme command. Merwan advanced to meet him, and was completely defeated near the Greater Zab, an affluent of the Tigris, in a battle which lasted eleven days. Merwan retreated to Harran, thence to Damascus, and finally to Egypt, where he fell in a last struggle towards the end of 132 (August 750). His head was cut off and sent to Kufa.26 Abu Aun, who had been the real leader of the campaign against Merwan, remained in Egypt as its governor. Ibn Hobaira, who had been besieged in Wasit for eleven months, then consented to a capitulation, which was sanctioned by Abu’l-Abbas. Immediately after the surrender, Ibn Hobaira and his principal officers were treacherously murdered. In Syria, the Omayyads were persecuted with the utmost rigour. Even their graves were violated, and the bodies crucified and destroyed. In order that no members of the family should escape, Abdallah b. Ali pretended to grant an amnesty to all Omayyads who should come in to him at Abu Fotros (Antipatris) and acknowledge the new caliph, and even promised them the restitution of all their property. Ninety men allowed themselves to be entrapped, and Abdallah invited them to a banquet. When they were all collected, a body of executioners rushed into the hall and slew them with clubs. He then ordered leathern covers to be thrown upon the dying men, and had the banquet served upon them. In Medina and Mecca Da’ud b. Ali, another uncle of Abu’l-Abbas, conducted the persecution; in Baṣra, Suleiman b. Ali. Abu’l-Abbas himself killed those he could lay his hands on in Hira and Kufa, amongst them Suleimān b. Hishām, who had been the bitterest enemy of Merwan. Only a few Omayyads escaped the massacre, several of whom were murdered later. A grandson of Hisham, Abdarrahmān, son of his most beloved son Moawiya, reached Africa and founded in Spain the Omayyad dynasty of Cordova.

After the conquest of Nehawend, Qaḥṭaba had detached one of his captains, Abu ‘Aun, to Shahrazūr, where he defeated the Syrian army which was stationed there. Thereupon Abu ‘Aun occupied the land of Mosul, where he obtained reinforcements from Kufa, headed by Abdallah b. Ali, an uncle of Abu’l-Abbas, who was to have the supreme command. Merwan advanced to meet him, and was completely defeated near the Greater Zab, an affluent of the Tigris, in a battle which lasted eleven days. Merwan retreated to Harran, thence to Damascus, and finally to Egypt, where he fell in a last struggle towards the end of 132 (August 750). His head was cut off and sent to Kufa.26 Abu Aun, who had been the real leader of the campaign against Merwan, remained in Egypt as its governor. Ibn Hobaira, who had been besieged in Wasit for eleven months, then consented to a capitulation, which was sanctioned by Abu’l-Abbas. Immediately after the surrender, Ibn Hobaira and his principal officers were treacherously murdered. In Syria, the Omayyads were persecuted with the utmost rigour. Even their graves were violated, and the bodies crucified and destroyed. In order that no members of the family should escape, Abdallah b. Ali pretended to grant an amnesty to all Omayyads who should come in to him at Abu Fotros (Antipatris) and acknowledge the new caliph, and even promised them the restitution of all their property. Ninety men allowed themselves to be entrapped, and Abdallah invited them to a banquet. When they were all collected, a body of executioners rushed into the hall and slew them with clubs. He then ordered leathern covers to be thrown upon the dying men, and had the banquet served upon them. In Medina and Mecca Da’ud b. Ali, another uncle of Abu’l-Abbas, conducted the persecution; in Baṣra, Suleiman b. Ali. Abu’l-Abbas himself killed those he could lay his hands on in Hira and Kufa, amongst them Suleimān b. Hishām, who had been the bitterest enemy of Merwan. Only a few Omayyads escaped the massacre, several of whom were murdered later. A grandson of Hisham, Abdarrahmān, son of his most beloved son Moawiya, reached Africa and founded in Spain the Omayyad dynasty of Cordova.

With the dynasty of the Omayyads the hegemony passes finally from Syria to Irak. At the same time the supremacy of the Arabs came to an end. Thenceforth it is not the contingents of the Arabic tribes which compose the army, and on whom the government depends; the new dynasty relies on a standing army, consisting for the greater part of non-Arabic soldiers. The barrier that separated the Arabs from the conquered nations begins to crumble away. Only the Arabic religion, the Arabic language and the Arabic civilization maintain themselves, and spread more and more over the whole empire.

With the rise of the Omayyad dynasty, control finally shifts from Syria to Iraq. At the same time, Arab dominance comes to an end. From this point on, the army is no longer made up of contingents from Arab tribes, which the government relies on; instead, the new dynasty depends on a standing army mostly made up of non-Arab soldiers. The barrier that separated Arabs from the conquered nations begins to fall apart. Only the Arabic religion, language, and civilization continue to thrive and spread increasingly throughout the entire empire.

C.—The Abbasids

C.—The Abbasids

We now enter upon the history of the new dynasty, under which the power of Islam reached its highest point.

We now begin the history of the new dynasty, during which the power of Islam reached its peak.

1. Abu’l-Abbas inaugurated his Caliphate by a harangue in which he announced the era of concord and happiness which was to begin now that the House of the Prophet had been restored to its right. He asserted that the Abbasids were the real heirs of the Prophet, as the descendants of his oldest uncle Abbas. Addressing the Kufians, he said, “Inhabitants of Kufa, ye are those whose affection towards us has ever been constant and true; ye have never changed your mind, nor swerved from it, notwithstanding all the pressure of the unjust upon you. At last our time has come, and God has brought you the new era. Ye are the happiest of men through us, and the dearest to us. I increase your pensions with 100 dirhems; make now your preparations, for I am the lavish shedder of blood27 and the avenger of blood.”

1. Abu’l-Abbas inaugurated his Caliphate by a harangue in which he announced the era of concord and happiness which was to begin now that the House of the Prophet had been restored to its right. He asserted that the Abbasids were the real heirs of the Prophet, as the descendants of his oldest uncle Abbas. Addressing the Kufians, he said, “Inhabitants of Kufa, ye are those whose affection towards us has ever been constant and true; ye have never changed your mind, nor swerved from it, notwithstanding all the pressure of the unjust upon you. At last our time has come, and God has brought you the new era. Ye are the happiest of men through us, and the dearest to us. I increase your pensions with 100 dirhems; make now your preparations, for I am the lavish shedder of blood27 and the avenger of blood.”

Notwithstanding these fine words, Abu’l-Abbas did not trust 41 the Kufians. He resided outside the town with the Khorasanian troops, and with them went first to Hira, then to Hāshimīya, which he caused to be built in the neighbourhood of Anbar. For their real sympathies, he knew, were with the house of Ali, and Abu Salama their leader, who had reluctantly taken the oath of allegiance, did not conceal his disappointment. Abu Jahm, the vizier (q.v.; also Mahommedan Institutions), or “helper,” of Abu Moslim, advised that Abu Ja‘far, the caliph’s brother, should be sent to Khorasan to consult Abu Moslim. The result was that Abu Salama was assassinated, and at the same time Suleimān b. Kathīr, who had been the head of the propaganda in Khorasan, and had also expected that the Mahdi would belong to the house of Ali. It is said that Abu Ja‘far, whilst in Khorasan, was so impressed by the unlimited power of Abu Moslim, and saw so clearly that, though he called his brother and himself his masters, he considered them as his creatures, that he vowed his death at the first opportunity.

Notwithstanding these fine words, Abu’l-Abbas did not trust 41 the Kufians. He resided outside the town with the Khorasanian troops, and with them went first to Hira, then to Hāshimīya, which he caused to be built in the neighbourhood of Anbar. For their real sympathies, he knew, were with the house of Ali, and Abu Salama their leader, who had reluctantly taken the oath of allegiance, did not conceal his disappointment. Abu Jahm, the vizier (q.v.; also Mahommedan Institutions), or “helper,” of Abu Moslim, advised that Abu Ja‘far, the caliph’s brother, should be sent to Khorasan to consult Abu Moslim. The result was that Abu Salama was assassinated, and at the same time Suleimān b. Kathīr, who had been the head of the propaganda in Khorasan, and had also expected that the Mahdi would belong to the house of Ali. It is said that Abu Ja‘far, whilst in Khorasan, was so impressed by the unlimited power of Abu Moslim, and saw so clearly that, though he called his brother and himself his masters, he considered them as his creatures, that he vowed his death at the first opportunity.

The ruin of the Omayyad empire and the rise of the new dynasty did not take place without mighty convulsions. In Bathanīya and the Ḥaurān, in the north of Syria, in Mesopotamia and Irak Khorasan insurrections had to be put down with fire and sword. The new caliph then distributed the provinces among the principal members of his family and his generals. To his brother Abu Ja‘far he gave Mesopotamia, Azerbaijan and Armenia; to his uncle Abdallah b. Ali, Syria; to his uncle Da’ud, Hejaz, Yemen and Yamāma (Yemama); to his cousin ‘Īsā b. Mūsā, the province of Kufa. Another uncle, Suleimān b. Ali, received the government of Baṣra with Bahrein and Oman; Ismā ‘īl b. Ali that of Ahwāz; Abu Moslim, Khorasan and Transoxiana; Mahommed b. Ash‘ath, Fārs; Abu ‘Aun, Egypt. In Sind the Omayyad governor, Manṣūr b. Jomhūr, had succeeded in maintaining himself, but was defeated by an army sent against him under Mūsā b. Ka‘b, and the black standard of the Abbasids was raised over the city of Manṣūra. Africa and Spain are omitted from this catalogue, because the Abbasids never gained any real footing in Spain, while Africa remained, at least in the first years, in only nominal subjection to the new dynasty. In 754 Abu Moslim came to Irak to visit Abu’l-Abbas and to ask his permission to make the pilgrimage to Mecca. He was received with great honour, but the caliph said that he was sorry not to be able to give him the leadership of the pilgrimage, which he had already purposely entrusted to his brother, Abu Ja‘far.

The downfall of the Omayyad empire and the rise of the new dynasty didn't happen without significant upheaval. In Bathanīya and the Ḥaurān, in northern Syria, in Mesopotamia, and Iraq Khorasan, uprisings had to be suppressed with force. The new caliph then divided the provinces among key members of his family and his generals. He gave Mesopotamia, Azerbaijan, and Armenia to his brother Abu Ja‘far; Syria went to his uncle Abdallah b. Ali; the Hejaz, Yemen, and Yamāma (Yemama) were given to his uncle Da’ud; his cousin ‘Īsā b. Mūsā received the province of Kufa. Another uncle, Suleimān b. Ali, got control of Baṣra along with Bahrein and Oman; Ismā‘īl b. Ali took over Ahwāz; Abu Moslim was assigned Khorasan and Transoxiana; Mahommed b. Ash‘ath received Fārs; and Abu ‘Aun was given Egypt. In Sind, the Omayyad governor, Manṣūr b. Jomhūr, managed to hold his ground, but was defeated by an army sent against him led by Mūsā b. Ka‘b, and the black standard of the Abbasids was raised over the city of Manṣūra. Africa and Spain are left out of this list because the Abbasids never established a strong presence in Spain, while Africa remained only nominally under the new dynasty’s control, at least in the early years. In 754, Abu Moslim came to Iraq to visit Abu’l-Abbas and ask for permission to make the pilgrimage to Mecca. He was welcomed with great respect, but the caliph expressed regret that he couldn't give him the leadership of the pilgrimage, which he had already intentionally appointed to his brother, Abu Ja‘far.

Abu’l-Abbas died on the 13th of Dhu‘l-ḥijja 136 (5th June 754). He seems to have been a man of limited capacity, and had very little share in the achievements accomplished in his name. He initiated practically nothing without the consent of Abu Jahm, who was thus the real ruler. In the few cases where he had to decide, he acted under the influence of his brother Abu Ja‘far.

Abu’l-Abbas died on the 13th of Dhu'l-ḥijja 136 (June 5, 754). He appears to have been a man of limited ability and played a minimal role in the accomplishments attributed to him. He hardly took any initiative without the approval of Abu Jahm, who was effectively the true ruler. In the few instances where he had to make decisions, he was influenced by his brother Abu Ja‘far.

2. Reign of Mansur.—Abu‘l-Abbas had designated as his successors first Abu Ja‘far, surnamed al-Manṣūr (the victorious), and after him his cousin ‘Īsā b. Mūsā. Abu Ja‘far was, according to the historians, older than Abu‘l-Abbas, but while the mother of the latter belonged to the powerful Yemenite tribe of al-Ḥārith b. Ka‘b, the mother of Abu Ja‘far was a Berber slave-girl. But he was a son of Mahommed b. Ali, and was therefore preferred by Abu Moslim to his uncles and cousins. Abu‘l-Abbas, however, had promised the succession to his uncle Abdallah b. Ali, when he marched against Merwan. When the news of the death of Abu‘l-Abbas reached Abdallah, who at the head of a numerous army was on the point of renewing the Byzantine war, he came to Harran, furious at his exclusion, and proclaimed himself caliph. Abu Moslim marched against him, and the two armies met at Nisibis, where, after a number of skirmishes, a decisive engagement took place (28th November 754). Abdallah was defeated and escaped to Baṣra, where he found a refuge with his brother Suleimān. A year later he asked for pardon, and took the oath of allegiance to Mansur. The caliph spared his life for a time, but he did not forget. In 764 Abdallah met his death by the collapse of his house, which had been deliberately undermined.

2. Reign of Mansur.—Abu‘l-Abbas had chosen his first successors to be Abu Ja‘far, known as al-Manṣūr (the victorious), and then his cousin ‘Īsā b. Mūsā. According to historians, Abu Ja‘far was older than Abu‘l-Abbas, but while Abu‘l-Abbas’s mother belonged to the influential Yemenite tribe of al-Ḥārith b. Ka‘b, Abu Ja‘far’s mother was a Berber slave-girl. However, he was the son of Mahommed b. Ali, which is why Abu Moslim preferred him over his uncles and cousins. Abu‘l-Abbas, though, had promised the succession to his uncle Abdallah b. Ali when he went to fight against Merwan. When Abdallah learned of Abu‘l-Abbas’s death, he was leading a large army to restart the Byzantine war and, feeling angry about being sidelined, he went to Harran and declared himself caliph. Abu Moslim then gathered forces to confront him, and the two armies clashed at Nisibis, where after several skirmishes a major battle occurred on November 28, 754. Abdallah was defeated and fled to Baṣra, where he sought refuge with his brother Suleimān. A year later, he requested forgiveness and pledged allegiance to Mansur. The caliph spared his life temporarily, but he didn’t forget. In 764, Abdallah met his end when his house collapsed, having been intentionally weakened.

The first care of Mansur was now to get rid of the powerful Abu Moslim, who had thus by another brilliant service strengthened his great reputation. On pretence of conferring with him on important business of state, Mansur induced him, in spite of the warnings of his best general, Abu Naṣr, to come to Madāin (Ctesiphon), and in the most perfidious manner caused him to be murdered by his guards. Thus miserably perished the real founder of the Abbasid dynasty, the Ṣāḥib addaula, as he is commonly called, the Amīn (trustee) of the House of the Prophet. A witty man, being asked his opinion about Abu Ja‘far (Mansur) and Abu Moslim, said, alluding to the Koran 21, verse 22, “if there were two Gods, the universe would be ruined.” The Khorasanian chiefs were bribed into submission, and order was at last re-established by Mansur’s general Khāzim b. Khozaima in Mesopotamia, and by Abu Dā’ūd, the governor of Khorasan in the east.

Mansur's top priority was to eliminate the powerful Abu Moslim, who had further enhanced his reputation with another impressive achievement. Under the guise of discussing important state matters, Mansur persuaded Abu Moslim, despite warnings from his best general, Abu Naṣr, to come to Madāin (Ctesiphon) and treacherously had him murdered by his guards. This was the tragic end of the true founder of the Abbasid dynasty, the Ṣāḥib addaula, as he is often referred to, the Amīn (trustee) of the House of the Prophet. A clever person, when asked what he thought of Abu Ja‘far (Mansur) and Abu Moslim, remarked, referencing the Koran 21, verse 22, “if there were two Gods, the universe would be ruined.” The Khorasanian leaders were bribed into submission, and order was eventually restored by Mansur’s general Khāzim b. Khozaima in Mesopotamia and by Abu Dā’ūd, the governor of Khorasan in the east.

About the same time Africa28 and Spain escaped from the dominion of the eastern Caliphate; the former for a season, the latter permanently. The cause of the revolt of Africa was as follows. Mansur had written to Abdarrahmān, announcing the death of Abu‘l-Abbas, and requiring him to take the oath of allegiance. Abdarrahmān sent in his adhesion, together with a few presents of little value. The caliph replied by a threatening letter which angered Abdarrahmān. He called the people together at the hour of prayer, publicly cursed Mansur from the pulpit and declared him deposed. He next caused a circular letter, commanding all Maghribins to refuse obedience to the caliph, to be read from the pulpit throughout the whole extent of the Maghrib (western North Africa). A brother of Abdarrahmān, Ilyās, saw in this revolt an opportunity of obtaining the government of Africa for himself. Seconded by many of the inhabitants of Kairawan, who had remained faithful to the cause of the Abbasids, he attacked his brother, slew him, and proclaimed himself governor in his stead. This revolution in favour of the Abbasids was, however, not of long duration. Ḥabīb, the eldest son of Abdarrahmān, who had fled in the night of his father’s murder, was captured, but the vessel which was to convey him to Spain having been detained by stress of weather, his partisans took arms and rescued him. Ilyās was marching against them, when the idea occurred to Ḥabīb of challenging him to single combat. Ilyās hesitated, but his own soldiers compelled him to accept the challenge. He measured arms with Ḥabīb, and was slain. The party of independence thus triumphed, but in the year 144 (761) Mahommed b. Ash‘ath, the Abbasid general, entered Kairawan and regained possession of Africa in the name of the eastern caliph. From the year 800, it must be added, Africa only nominally belonged to the Abbasids; for, under the reign of Harun al-Rashid, Ibrahīm b. al-Aghlab, who was invested with the government of Africa, founded in that province a distinct dynasty, that of the Aghlabites.

About the same time Africa28 and Spain escaped from the dominion of the eastern Caliphate; the former for a season, the latter permanently. The cause of the revolt of Africa was as follows. Mansur had written to Abdarrahmān, announcing the death of Abu‘l-Abbas, and requiring him to take the oath of allegiance. Abdarrahmān sent in his adhesion, together with a few presents of little value. The caliph replied by a threatening letter which angered Abdarrahmān. He called the people together at the hour of prayer, publicly cursed Mansur from the pulpit and declared him deposed. He next caused a circular letter, commanding all Maghribins to refuse obedience to the caliph, to be read from the pulpit throughout the whole extent of the Maghrib (western North Africa). A brother of Abdarrahmān, Ilyās, saw in this revolt an opportunity of obtaining the government of Africa for himself. Seconded by many of the inhabitants of Kairawan, who had remained faithful to the cause of the Abbasids, he attacked his brother, slew him, and proclaimed himself governor in his stead. This revolution in favour of the Abbasids was, however, not of long duration. Ḥabīb, the eldest son of Abdarrahmān, who had fled in the night of his father’s murder, was captured, but the vessel which was to convey him to Spain having been detained by stress of weather, his partisans took arms and rescued him. Ilyās was marching against them, when the idea occurred to Ḥabīb of challenging him to single combat. Ilyās hesitated, but his own soldiers compelled him to accept the challenge. He measured arms with Ḥabīb, and was slain. The party of independence thus triumphed, but in the year 144 (761) Mahommed b. Ash‘ath, the Abbasid general, entered Kairawan and regained possession of Africa in the name of the eastern caliph. From the year 800, it must be added, Africa only nominally belonged to the Abbasids; for, under the reign of Harun al-Rashid, Ibrahīm b. al-Aghlab, who was invested with the government of Africa, founded in that province a distinct dynasty, that of the Aghlabites.

At the same time as the revolt in Africa, the independent Caliphate of the western Omayyads was founded in Spain. The long dissensions which had preceded the fall of that dynasty in the East had already prepared the way for the independence of a province so distant from the centre of the empire. Every petty amir then tried to seize sovereign power for himself, and the people groaned under the consequent anarchy. Weary of these commotions, the Arabs of Spain at last came to an understanding among themselves for the election of a caliph, and their choice fell upon one of the last survivors of the Omayyads, Abdarrahmān b. Moawiya, grandson of the caliph Hishām. This prince was wandering in the deserts of Africa, pursued by his implacable enemies, but everywhere protected and concealed by the desert tribes, who pitied his misfortunes and respected his illustrious origin. A deputation from Spain sought him out in Africa and offered him the Caliphate, which he accepted with joy. On the 1st Rabia I. 138 (14th August 755) Abdarrahmān landed in the Iberian peninsula, where he was universally welcomed, and 42 speedily founded at Cordova the Western Omayyad Caliphate (see Spain: History).

At the same time as the revolt in Africa, the independent Caliphate of the western Omayyads was founded in Spain. The long dissensions which had preceded the fall of that dynasty in the East had already prepared the way for the independence of a province so distant from the centre of the empire. Every petty amir then tried to seize sovereign power for himself, and the people groaned under the consequent anarchy. Weary of these commotions, the Arabs of Spain at last came to an understanding among themselves for the election of a caliph, and their choice fell upon one of the last survivors of the Omayyads, Abdarrahmān b. Moawiya, grandson of the caliph Hishām. This prince was wandering in the deserts of Africa, pursued by his implacable enemies, but everywhere protected and concealed by the desert tribes, who pitied his misfortunes and respected his illustrious origin. A deputation from Spain sought him out in Africa and offered him the Caliphate, which he accepted with joy. On the 1st Rabia I. 138 (14th August 755) Abdarrahmān landed in the Iberian peninsula, where he was universally welcomed, and 42 speedily founded at Cordova the Western Omayyad Caliphate (see Spain: History).

While Mansur was thus losing Africa and Spain, he was trying to redeem the losses the empire had sustained on the northern frontier by the Byzantines. In 750-751 the emperor Constantine V. (Copronymus) had unsuccessfully blockaded Malatia; but five years later he took it by force and razed its wall to the ground. Mansur now sent in 757 an army of 70,000 men under the command of his cousin Abdalwahhāb, the son of Ibrāhīm the Imam, whom he had made governor of Mesopotamia, the real chief being Hasan b. Qaḥṭaba. They rebuilt all that the emperor had destroyed, and made this key of Asia Minor stronger than ever before. The Moslems then made a raid by the pass of Ḥadath (Adata) and invaded the land of the Byzantines. Two aunts of the caliph took part in this expedition, having made a vow that if the dominion of the Omayyads were ended they would wage war in the path of God. Constantine advanced with a numerous army, but was afraid of attacking the invaders. The Moslems also rebuilt Mopsuestia. But from 758 till 763 Mansur was so occupied with his own affairs that he could not think of further raids.

While Mansur was losing Africa and Spain, he was trying to recover the losses the empire had suffered on the northern frontier from the Byzantines. In 750-751, Emperor Constantine V (Copronymus) had unsuccessfully blockaded Malatia, but five years later, he captured it by force and destroyed its wall. In 757, Mansur sent an army of 70,000 men led by his cousin Abdalwahhāb, the son of Ibrāhīm the Imam, whom he had appointed governor of Mesopotamia, with Hasan b. Qaḥṭaba being the real leader. They rebuilt everything the emperor had destroyed and made this key location in Asia Minor stronger than ever. The Muslims then conducted a raid through the Ḥadath (Adata) pass and invaded Byzantine territory. Two of the caliph's aunts joined this expedition, having vowed to fight in the name of God if the Omayyad rule ended. Constantine gathered a large army but was too afraid to attack the invaders. The Muslims also rebuilt Mopsuestia. However, from 758 to 763, Mansur was so busy with his own matters that he couldn't consider any further raids.

In 758 (others say in 753 or 754) a body of 600 sectaries, called Rāwendīs (q.v.), went to Hāshimīya, the residence of the caliph, not far from Kufa. They believed that the caliph was their lord, to whom they owed their daily bread, and came to pay him divine honours. They began by marching in solemn procession round the palace, as if it had been the Ka‘ba. Mansur being told of it said: “I would rather they went to hell in obedience to us, than to heaven in disobedience.” But as they grew tumultuous, and he saw that this impious homage gave offence to his men, he caused the principal leaders to be seized and thrown into prison. The Rāwendīs immediately rose in revolt, broke the prison doors, rescued their chiefs, and returned to the palace. The unfortunate fanatics were hunted down and massacred to the last man, and thereby the ties that bound the Abbasids to the ultra-Shi‘ites were severed. From that time forward the Abbasid caliphs became the maintainers of orthodox Islam, just as the Omayyads had been. The name of Hāshimīya, which the reigning family still retained, was henceforward derived not from Abu Hāshim, but from Hāshim, the grandfather of Abbas, the great-grandfather of the Prophet.

In 758 (some say in 753 or 754), a group of 600 followers known as Rāwendīs (q.v.) went to Hāshimīya, the caliph’s residence near Kufa. They believed the caliph was their lord and that they owed their livelihood to him, so they came to pay him divine honors. They started by marching in a solemn procession around the palace, treating it as if it were the Ka‘ba. When Mansur heard about it, he said, “I would rather they go to hell in obedience to us than to heaven in disobedience.” However, as the crowd became unruly and he noticed that their disrespectful tribute angered his men, he had the main leaders captured and thrown into prison. The Rāwendīs quickly revolted, broke down the prison doors, freed their leaders, and returned to the palace. The unfortunate extremists were hunted down and killed to the last man, severing the ties between the Abbasids and the ultra-Shi‘ites. From that point on, the Abbasid caliphs became the protectors of orthodox Islam, just like the Umayyads before them. The name Hāshimīya, which the ruling family still kept, from then on was derived not from Abu Hāshim, but from Hāshim, the grandfather of Abbas and the great-grandfather of the Prophet.

A much greater danger now threatened Mansur. In the last days of the Omayyads, the Shi‘ites had chosen as caliph, Mahommed b. Abdallah b. Hasan, whom they called the Mahdi and the “pure soul,” and Mansur had been among those who pledged themselves to him by oath. Not unnaturally, the Alids in Medina were indignant at being supplanted by the Abbasids, and Mansur’s chief concern was to get Mahommed into his power. Immediately after his occupying the throne, he named Ziyād b. Obaidallah governor of Medina, with orders to lay hands on Mahommed and his brother Ibrāhīm, who, warned betimes, took refuge in flight. In 758 Mansur, informed that a revolt was in preparation, came himself to Medina and ordered Abdallah to tell him where his sons were. As he could not or would not tell, he together with all his brothers and some other relatives were seized and transported to Irak, where Abdallah and his brother Ali were beheaded and the others imprisoned. Notwithstanding all these precautions, a vast conspiracy was formed. On the same day Mahommed was to raise the standard of revolt in Medina, Ibrāhīm in Baṣra. But the Alids, though not devoid of personal courage, never excelled in politics or in tactics. In a.d. 762 Mahommed took Medina and had himself proclaimed caliph. The governor of Kufa, ‘Isā b. Mūsā, received orders to march against him, entered Arabia, and captured Medina, which, fortified by Mahommed by the same means as the Prophet had employed against the besieging Meccans, could not hold out against the well-trained Khorasanians. Mahommed was defeated and slain. His head was cut off and sent to Mansur. When on the point of death, Mahommed gave the famous sword of the Prophet called Dhu‘l-Fiqār to a merchant to whom he owed 400 dinars. It came later into the possession of Harun al-Rashid. In the meanwhile Ibrāhīm had not only gained possession of Baṣra, Ahwāz and Fārs, but had even occupied Wāsit. The empire of the Abbasids was in great jeopardy. For fifty days Mansur stayed in his room, neither changing his clothes nor allowing himself a moment’s repose. The greater part of his troops were in Rei with his son al-Mahdi, who had conquered Tabaristan, in Africa, with Mahommed b. Ash‘ath, and in Arabia with ‘Īsā b. Mūsā. Had Ibrāhīm marched at once against Kufa he might have crushed Mansur, but he let slip the opportunity. A terrible conflict took place at Bā-Khamra, 48 m. from Kufa. Ḥomaid b. Qaḥṭaba, the commander of Mansur’s army, was defeated, only a small division under ‘Īsā b. Mūsā holding its ground. At that moment Salm, the son of the famous Qotaiba b. Moslim, came to the rescue by attacking the rear of Ibrāhīm. Ḥomaid rallied his troops, and Ibrāhīm was overpowered. At last he fell, pierced by an arrow, and, in spite of the desperate efforts of his followers, his body remained in the hands of the enemy. His head was cut off and brought to Mansur.

A much greater danger now threatened Mansur. In the final days of the Omayyads, the Shi‘ites had chosen Mahommed b. Abdallah b. Hasan as caliph, whom they called the Mahdi and the “pure soul,” and Mansur had pledged his loyalty to him. Not surprisingly, the Alids in Medina were upset about being replaced by the Abbasids, and Mansur’s main concern was to capture Mahommed. Right after he took the throne, he appointed Ziyād b. Obaidallah as governor of Medina, with orders to capture Mahommed and his brother Ibrāhīm. However, they were warned in time and managed to escape. In 758, when Mansur learned that a revolt was being planned, he went to Medina himself and ordered Abdallah to reveal the location of his sons. Since Abdallah couldn’t or wouldn’t say, he and all his brothers, along with some other relatives, were seized and taken to Irak, where Abdallah and his brother Ali were executed, and the others were imprisoned. Despite these precautions, a massive conspiracy was formed. On the same day Mahommed was supposed to start the revolt in Medina, Ibrāhīm was to do so in Baṣra. But the Alids, while personally brave, were not strong in politics or tactics. In 762, Mahommed captured Medina and declared himself caliph. The governor of Kufa, ‘Isā b. Mūsā, received orders to march against him, entered Arabia, and captured Medina, which, fortified by Mahommed using the same methods as the Prophet against the besieging Meccans, could not withstand the well-trained Khorasanians. Mahommed was defeated and killed. His head was cut off and sent to Mansur. Right before he died, Mahommed gave the famous sword of the Prophet, called Dhu‘l-Fiqār, to a merchant he owed 400 dinars. It later ended up in the possession of Harun al-Rashid. Meanwhile, Ibrāhīm had not only taken control of Baṣra, Ahwāz, and Fārs but had even captured Wāsit. The Abbasid empire was in serious danger. For fifty days, Mansur remained in his room, neither changing his clothes nor allowing himself a moment’s rest. Most of his troops were in Rei with his son al-Mahdi, who had conquered Tabaristan, in Africa with Mahommed b. Ash‘ath, and in Arabia with ‘Īsā b. Mūsā. If Ibrāhīm had marched directly against Kufa, he might have defeated Mansur, but he missed that opportunity. A fierce battle took place at Bā-Khamra, 48 miles from Kufa. Ḥomaid b. Qaḥṭaba, the commander of Mansur’s army, was defeated, with only a small unit under ‘Īsā b. Mūsā holding its ground. At that moment, Salm, the son of the famous Qotaiba b. Moslim, came to the rescue by attacking Ibrāhīm’s rear. Ḥomaid rallied his troops, and Ibrāhīm was overpowered. He ultimately fell, struck by an arrow, and despite the desperate efforts of his followers, his body was captured by the enemy. His head was cut off and brought to Mansur.

Mansur could now give his mind to the founding of the new capital. When the tumult of the Rāwendīs took place he saw clearly that his personal safety was not assured in Hāshimīya,29 where a riot of the populace could be very dangerous, and his troops were continually exposed to the perverting influence of the fickle and disloyal citizens of Kufa. He had just made choice of the admirable site of the old market-town of Bagdad when the tidings came of the rising of Mahommed in Medina. In those days he saw that he had been very imprudent to denude himself of troops, and decided to keep henceforth always with him a body of 30,000 soldiers. So Bagdad, or properly “the round city” of Mansur, on the western bank of the Tigris, was built as the capital. Strictly it was a huge citadel, in the centre of which was the palace of the caliph and the great mosque. But around this nucleus there soon grew up the great metropolis which was to be the centre of the civilized world as long as the Caliphate lasted.30 The building lasted three years and was completed in the year 149 (a.d. 766). That year is really the beginning of the new era. “The Omayyads,” says the Spanish writer Ibn Ḥazm, “were an Arabic dynasty; they had no fortified residence, nor citadel; each of them dwelt in his villa, where he lived before becoming caliph; they did not desire that the Moslems should speak to them as slaves to their master, nor kiss the ground before them or their feet; they only gave their care to the appointment of able governors in the provinces of the empire. The Abbasids, on the contrary, were a Persian dynasty, under which the Arab tribal system, as regulated by Omar, fell to pieces; the Persians of Khorasan were the real rulers, and the government became despotic as in the days of Chrosroes.” The reign of Abu‘l-Abbas and the first part of that of Mansur had been almost a continuation of the former period. But now his equals in birth and rank, the Omayyads and the Alids, had been crushed; the principal actors in the great struggle, the leaders of the propaganda and Abu Moslim were out of the way; the caliph stood far above all his subjects; and his only possible antagonists were the members of his own family.

Mansur could now give his mind to the founding of the new capital. When the tumult of the Rāwendīs took place he saw clearly that his personal safety was not assured in Hāshimīya,29 where a riot of the populace could be very dangerous, and his troops were continually exposed to the perverting influence of the fickle and disloyal citizens of Kufa. He had just made choice of the admirable site of the old market-town of Bagdad when the tidings came of the rising of Mahommed in Medina. In those days he saw that he had been very imprudent to denude himself of troops, and decided to keep henceforth always with him a body of 30,000 soldiers. So Bagdad, or properly “the round city” of Mansur, on the western bank of the Tigris, was built as the capital. Strictly it was a huge citadel, in the centre of which was the palace of the caliph and the great mosque. But around this nucleus there soon grew up the great metropolis which was to be the centre of the civilized world as long as the Caliphate lasted.30 The building lasted three years and was completed in the year 149 (A.D. 766). That year is really the beginning of the new era. “The Omayyads,” says the Spanish writer Ibn Ḥazm, “were an Arabic dynasty; they had no fortified residence, nor citadel; each of them dwelt in his villa, where he lived before becoming caliph; they did not desire that the Moslems should speak to them as slaves to their master, nor kiss the ground before them or their feet; they only gave their care to the appointment of able governors in the provinces of the empire. The Abbasids, on the contrary, were a Persian dynasty, under which the Arab tribal system, as regulated by Omar, fell to pieces; the Persians of Khorasan were the real rulers, and the government became despotic as in the days of Chrosroes.” The reign of Abu‘l-Abbas and the first part of that of Mansur had been almost a continuation of the former period. But now his equals in birth and rank, the Omayyads and the Alids, had been crushed; the principal actors in the great struggle, the leaders of the propaganda and Abu Moslim were out of the way; the caliph stood far above all his subjects; and his only possible antagonists were the members of his own family.

‘Īsā b. Mūsā had been designated, as we have seen, by Abu‘l-Abbas as successor to Mansur. The latter having vainly tried to compel ‘Īsā to renounce his right of succession, in favour of Mansur’s son Mahommed al-Mahdi, produced false witnesses who swore that he had done so. However unwillingly, ‘Īsā was obliged at last to yield, but it was understood that, in case of Mahommed’s death, the succession should return to ‘Īsā. One of the false witnesses was, it is asserted, Khālid b. Barmak, the head of that celebrated family the Barmecides (q.v.), which played so important a part in the reign of Harun al-Rashid. This Khālid, who was descended from an old sacerdotal family in Balkh, and had been one of the trusty supporters of Abu Moslim, Mansur appointed as minister of finance.

‘Īsā b. Mūsā had been chosen, as we’ve seen, by Abu‘l-Abbas as the successor to Mansur. The latter, having unsuccessfully tried to force ‘Īsā to give up his right to succeed in favor of Mansur’s son Mahommed al-Mahdi, produced false witnesses who claimed that he had done so. Reluctantly, ‘Īsā eventually had to concede, but it was understood that if Mahommed died, the succession would go back to ‘Īsā. One of the false witnesses was reportedly Khālid b. Barmak, the head of the well-known Barmecides family (q.v.), which played a significant role during Harun al-Rashid's reign. This Khālid, who came from an old priestly family in Balkh and had been a reliable supporter of Abu Moslim, was appointed by Mansur as the minister of finance.

A son of Mahommed the Alid had escaped to India, where, 43 with the connivance of the governor Omar b. Hafs Hazarmerd, he had found refuge with an Indian king. Mansur discovered his abode, and caused him to be killed. His infant son was sent to Medina and delivered to his family. Omar Hazarmerd lost his government and received a command in Africa, where he died in 770.

A son of Muhammad the Alid had escaped to India, where, 43 with the help of the governor Omar b. Hafs Hazarmerd, he found refuge with an Indian king. Mansur uncovered his location and had him killed. His infant son was sent to Medina and returned to his family. Omar Hazarmerd lost his position as governor and received a post in Africa, where he died in 770.

In a.h. 158 (a.d. 775) Mansur undertook a pilgrimage to Mecca, but succumbed to dysentery at the last station on the route. He was about sixty-five years of age, and had reigned for twenty-two years. He was buried at Mecca. He was a man of rare energy and strength of mind. His ambition was boundless and no means, however perfidious, were despised by him. But he was a great statesman and knew how to choose able officers for all places. He was thrifty and anxious to leave to his son a full treasury. He seems to have cherished the ideal that this son, called Mahommed b. Abdallah, after the Prophet, should fulfil the promises of peace and happiness that had been tendered to the believers, and therefore to have called him al-Mahdi. For that purpose it was necessary that he should have the means not only to meet all state expenses, but also to be bounteous. But from the report of the historian Haitham b. ‘Adī31 about the last discourse which father and son had together, we gather that the former had misgivings in regard to the fulfilment of his wishes.

In a.h. 158 (AD 775) Mansur undertook a pilgrimage to Mecca, but succumbed to dysentery at the last station on the route. He was about sixty-five years of age, and had reigned for twenty-two years. He was buried at Mecca. He was a man of rare energy and strength of mind. His ambition was boundless and no means, however perfidious, were despised by him. But he was a great statesman and knew how to choose able officers for all places. He was thrifty and anxious to leave to his son a full treasury. He seems to have cherished the ideal that this son, called Mahommed b. Abdallah, after the Prophet, should fulfil the promises of peace and happiness that had been tendered to the believers, and therefore to have called him al-Mahdi. For that purpose it was necessary that he should have the means not only to meet all state expenses, but also to be bounteous. But from the report of the historian Haitham b. ‘Adī31 about the last discourse which father and son had together, we gather that the former had misgivings in regard to the fulfilment of his wishes.

Khalid b. Barmak took the greatest care of the revenues, but contrived at the same time to consult his own interests. Mansur discovered this in the same year in which he died, and threatened him with death unless he should pay to the treasury three millions of dirhems within three days. Khalid already had so many friends that the sum was brought together with the exception of 30,000 dirhems. At that moment tidings came about a rising in the province of Mosul, and a friend of Khalid said to the caliph that Khalid was the only man capable of putting it down. Thereupon Mansur overlooked the deficiency and gave Khalid the government of Mosul. “And,” said a citizen of that town, “we had such an awe and reverence for Khalid, that he appeased the disorders, almost without punishing anybody.”

Khalid b. Barmak was very careful with the finances, but he also managed to look out for his own interests. Mansur found out about this in the same year he died and threatened Khalid with death unless he paid three million dirhems to the treasury within three days. Khalid had so many friends that they managed to gather all but 30,000 dirhems. Just then, news arrived about a rebellion in the province of Mosul, and a friend of Khalid told the caliph that Khalid was the only person who could handle it. As a result, Mansur overlooked the missing amount and appointed Khalid as the governor of Mosul. “And,” said a local resident, “we were so in awe of Khalid that he managed to restore order without really punishing anyone.”

3. Reign of Mahdi.—As soon as Mansur was dead, Rabi’, his client and chamberlain, induced all the princes and generals who accompanied the caliph, to take the oath of allegiance to his son Mahommed al-Mahdi, who was then at Bagdad. Isa b. Musa hesitated, but was compelled to give in. In 776 Mahdi constrained him for a large bribe to renounce his right of succession in favour of his sons, Musa and Harun. Mansur wrote in his testament to his son that he had brought together so much money that, even if no revenue should come in for ten years, it would suffice for all the wants of the state. Mahdi, therefore, could afford to be munificent, and in order to make his accession doubly welcome to his subjects, he began by granting a general amnesty to political prisoners. Among these was a certain Ya’qub b. Da’ud, who, having insinuated himself into the confidence of the caliph, especially by discovering the hiding places of certain Alids, was afterwards (in 778) made prime minister. The provincial governors in whom his father had placed confidence, Mahdi superseded by creatures of his own.

3. Reign of Mahdi.—As soon as Mansur died, Rabi’, his client and chamberlain, got all the princes and generals who were with the caliph to pledge their loyalty to his son Mahommed al-Mahdi, who was in Bagdad at the time. Isa b. Musa hesitated but had no choice but to comply. In 776, Mahdi forced him to give up his claim to the succession in favor of his sons, Musa and Harun, for a substantial bribe. Mansur stated in his will that he accumulated so much money that even if no revenue came in for ten years, it would be enough to meet all the state's needs. Therefore, Mahdi could afford to be generous, and to make his rise to power especially appealing to his subjects, he started by offering a general pardon to political prisoners. Among those released was a man named Ya’qub b. Da’ud, who gained the caliph's trust, particularly by uncovering the hiding spots of certain Alids, and was later appointed prime minister in 778. Mahdi replaced the provincial governors his father had trusted with his own supporters.

In Khorasan many people were discontented. The promises made to them during the war against the Omayyads had not been fulfilled, and the new Mahdi did not answer at all to their ideal. A revolt in 160 under the leadership of a certain Yusuf b. Ibrahïm, surnamed al-Barm, was suppressed by Yazid b. Mazyad, who, after a desperate struggle, defeated Yusuf, took him prisoner and brought him in triumph to Bagdad, where he with several of his officers was killed and crucified. In the following year, Mahdi was menaced by a far more dangerous revolt, led by a sectary, known generally as Mokanna (q.v.), or “the veiled one,” because he always appeared in public wearing a mask. He took up his abode in the Transoxianian province of Kish and Nakhshab, where he gathered around him a great number of adherents. After some successes, the pretender was ultimately cornered at the castle of Sanam near Kish, and took poison together with all the members of his family. His head was cut off and sent to Mahdi in the year 163.

In Khorasan, many people were unhappy. The promises made to them during the war against the Omayyads hadn’t been kept, and the new Mahdi didn’t align with their expectations at all. A revolt in 160, led by a man named Yusuf b. Ibrahïm, who was nicknamed al-Barm, was suppressed by Yazid b. Mazyad. After a fierce battle, Yazid defeated Yusuf, captured him, and brought him back to Baghdad in triumph, where he and several of his officers were executed and crucified. The following year, the Mahdi faced an even more serious revolt led by a sectarian known commonly as Mokanna (q.v.), or “the veiled one,” because he always wore a mask in public. He settled in the Transoxiana province of Kish and Nakhshab, where he attracted a large number of followers. After some initial successes, the pretender was eventually trapped at the castle of Sanam near Kish, and he took poison along with his entire family. His head was severed and sent to the Mahdi in the year 163.

Mahdi had been scarcely a year on the throne when he resolved to accomplish the pilgrimage to Mecca. The chroniclers relate that on this occasion for the first time camels loaded with ice for the use of the caliph came to Mecca. Immediately on his arrival in the Holy City he applied himself, at the request of the inhabitants, to the renewal of the curtains which covered the exterior walls of the Ka‘ba. For a very long time no care had been taken to remove the old covering when a new one was put on; and the accumulated weight caused uneasiness respecting the stability of the walls. Mahdi caused the house to be entirely stripped and anointed with perfumes, and covered the walls again with a single cloth of great richness. The temple itself was enlarged and restored. On this occasion he distributed considerable largesses among the Meccans. From Mecca Mahdi went to Medina, where he caused the mosque to be enlarged, and where a similar distribution of gifts took place. During his stay in that city he formed for himself a guard of honour, composed of 500 descendants of the Ansār,32 to whom he assigned a quarter in Bagdad, named after them the Qatī‘a (Fief) of the Ansār. Struck by the difficulties of every kind which had to be encountered by poor pilgrims to Mecca from Bagdad and its neighbourhood, he ordered Yaqtīn, his freedman, to renew the milestones, to repair the old reservoirs, and to dig wells and construct cisterns at every station of the road where they were missing. He also had new inns built and decayed ones repaired. Yaqtīn remained inspector of the road till 767.

Mahdi had been scarcely a year on the throne when he resolved to accomplish the pilgrimage to Mecca. The chroniclers relate that on this occasion for the first time camels loaded with ice for the use of the caliph came to Mecca. Immediately on his arrival in the Holy City he applied himself, at the request of the inhabitants, to the renewal of the curtains which covered the exterior walls of the Ka‘ba. For a very long time no care had been taken to remove the old covering when a new one was put on; and the accumulated weight caused uneasiness respecting the stability of the walls. Mahdi caused the house to be entirely stripped and anointed with perfumes, and covered the walls again with a single cloth of great richness. The temple itself was enlarged and restored. On this occasion he distributed considerable largesses among the Meccans. From Mecca Mahdi went to Medina, where he caused the mosque to be enlarged, and where a similar distribution of gifts took place. During his stay in that city he formed for himself a guard of honour, composed of 500 descendants of the Ansār,32 to whom he assigned a quarter in Bagdad, named after them the Qatī‘a (Fief) of the Ansār. Struck by the difficulties of every kind which had to be encountered by poor pilgrims to Mecca from Bagdad and its neighbourhood, he ordered Yaqtīn, his freedman, to renew the milestones, to repair the old reservoirs, and to dig wells and construct cisterns at every station of the road where they were missing. He also had new inns built and decayed ones repaired. Yaqtīn remained inspector of the road till 767.

During the reign of Mansur the annual raids against the Byzantines had taken place almost without intermission, but the only feat of importance had been the conquest of Laodicea, called “the burnt” (ἡ κατακεκαυμένη), by Ma‘yūf b. Yahyā in the year 770. At first the armies of Mahdi were not successful. The Greeks even conquered Marash (Germanicia) and annihilated the Moslem army sent from Dābiq. In 778, however, Hasan b. Qaḥṭaba made a victorious raid as far as Adhrūliya (Dorylaeum); it was on his proposition that Mahdi resolved on building the frontier town called Ḥadath (Adata), which became an outpost. In 779 the caliph decided on leading his army in person. He assembled his army in the plains of Baradān north of Bagdad and began his march in the early spring of 780, taking with him his second son Hārūn, and leaving his elder son Mūsā as his lieutenant in Bagdad. Traversing Mesopotamia and Syria, he entered Cilicia, and established himself on the banks of the Jihan (Pyramus). Thence he despatched an expeditionary force, nominally under the command of Hārūn, but in reality under that of his tutor, the Barmecide Yahyā b. Khālid. Hārūn captured the fortress Samālu after a siege of thirty-eight days, the inhabitants surrendering on condition that they should not be killed or separated from one another. The caliph kept faith with them, and settled them in Bagdad, where they built a monastery called after their native place. In consequence of this feat, Mahdi made Hārūn governor of the whole western part of the empire, including Azerbaijan and Armenia. Two years later war broke out afresh between the Moslems and the Greeks. Leo IV., the East Roman emperor, had recently died, leaving the crown to Constantine VI. This prince being only ten years old, his mother Irene acted as regent and assumed the title Augusta. By her orders an army of 90,000 men, under the command of Michael Lachanodrakon, entered Asia Minor. The Moslems, on their side, invaded Cilicia under the orders of Abdalkabīr who, being afraid of encountering the enemy, retired with his troops. Irritated by this failure, the caliph in 781 sent Hārūn, accompanied by his chamberlain Rabī’, with an army of nearly 100,000 men, with orders to carry the war to the very gates of Constantinople. The patrician Nicetas, count of Opsikion, who sought to oppose his march, was defeated by Hārūn’s general, Yazid b. Mazyad, and put to flight. Hārūn then marched against Nicomedia, where he vanquished the domesticus, the chief commander of the Greek forces, and pitched his camp on the shores of the Bosporus. Irene took alarm, sued for peace, and obtained a truce for three years, but only on the humiliating terms of paying an annual 44 tribute of 90,000 denarii, and supplying the Moslems with guides and markets on their way home. This brilliant success so increased Mahdi’s affection for Hārūn that he appointed him successor-designate after Mūsā and named him al-Rashīd (“the follower of the right cause”). Three years later, he resolved even to give to him the precedence in the succession instead of Mūsā, yielding to the importunity of Khaizorān, the mother of the two princes, and to his own predilection. It was necessary first to obtain from Mūsā a renunciation of his rights; and for that purpose he was recalled from Jorjān, where he was engaged on an expedition against the rebels of Tabaristān. Mūsā, informed of his father’s intentions, refused to obey this order, and Mahdi determined to march in person against him. But, after his arrival at Māsabadhān, a place in Jabal (Media, the later Persian Irak), he died suddenly, at the age of only forty-three. Some attribute his death to an accident met with in hunting; others believe him to have been poisoned. Some European scholars have suspected Mūsā of having been concerned in it, but of this we have no proof whatever.

During Mansur's reign, annual raids against the Byzantines happened almost continuously, but the only significant achievement was the conquest of Laodicea, known as “the burnt” (the burnt-out), by Ma‘yūf b. Yahyā in 770. Initially, Mahdi’s armies were unsuccessful. The Greeks even captured Marash (Germanicia) and wiped out the Muslim army sent from Dābiq. However, in 778, Hasan b. Qaḥṭaba launched a successful raid all the way to Adhrūliya (Dorylaeum); it was his suggestion that led Mahdi to decide to build the frontier town called Ḥadath (Adata), which became an outpost. In 779, the caliph decided to lead his army himself. He gathered his troops in the plains of Baradān north of Baghdad and began his march in early spring of 780, bringing along his second son Hārūn and leaving his elder son Mūsā as his deputy in Baghdad. Marching through Mesopotamia and Syria, he entered Cilicia and set up camp on the banks of the Jihan (Pyramus). From there, he sent an expeditionary force, officially under Hārūn's command but actually led by his tutor, the Barmecide Yahyā b. Khālid. Hārūn captured the fortress Samālu after a thirty-eight-day siege, with the inhabitants surrendering on the condition that they would not be killed or separated. The caliph honored this agreement and settled them in Baghdad, where they built a monastery named after their hometown. As a result of this success, Mahdi appointed Hārūn as governor of the entire western part of the empire, including Azerbaijan and Armenia. Two years later, conflict broke out again between Muslims and Greeks. Leo IV, the Byzantine emperor, had recently died, leaving the crown to ten-year-old Constantine VI, whose mother Irene acted as regent and took the title Augusta. Under her orders, an army of 90,000 men, led by Michael Lachanodrakon, entered Asia Minor. The Muslims invaded Cilicia, led by Abdalkabīr, who, fearing an encounter with the enemy, withdrew with his troops. Frustrated by this failure, the caliph sent Hārūn, along with his chamberlain Rabī’, with an army of nearly 100,000 men in 781, commanding him to carry the war to the gates of Constantinople. The patrician Nicetas, count of Opsikion, attempted to thwart his advance but was defeated by Hārūn’s general, Yazid b. Mazyad, and forced to retreat. Hārūn then marched against Nicomedia, where he defeated the domesticus, the chief commander of the Greek forces, and camped on the shores of the Bosporus. Alarmed, Irene sought peace and secured a three-year truce, though only under the humiliating conditions of paying an annual tribute of 90,000 denarii and providing the Muslims with guides and supplies on their way home. This remarkable victory deepened Mahdi’s fondness for Hārūn, leading him to name Hārūn as his designated successor over Mūsā, calling him al-Rashīd (“the follower of the right cause”). Three years later, he decided to give Hārūn precedence in succession over Mūsā, influenced by Khaizorān, the mother of both princes, and his own preference. First, it was necessary to obtain Mūsā's renunciation of his rights; for this, he was summoned back from Jorjān, where he was on a mission against the rebels of Tabaristān. Learning of his father’s intentions, Mūsā refused to comply, prompting Mahdi to plan a personal campaign against him. However, upon reaching Māsabadhān, a location in Jabal (Media, later Persian Irak), he died suddenly at just forty-three. Some say his death was an accident while hunting; others suspect poison. Some European scholars have speculated that Mūsā may have played a role in it, but there is no concrete evidence to support this.

The reign of Mahdi was a time of great prosperity. Much was done for the organization of the huge empire; agriculture and commerce flourished; the revenues were increasing, whilst the people fared well. The power of the state was acknowledged even in the far east: the emperor of China, the king of Tibet, and many Indian princes concluded treaties with the caliph. He was an ardent champion of the orthodox faith, repudiating all the extravagant doctrine preached by the Abbasid missionaries and formerly professed by his father. In particular he persecuted mercilessly the Manichaeans and all kinds of freethinkers.

The reign of the Mahdi was a time of great prosperity. A lot was accomplished to organize the vast empire; agriculture and trade thrived; revenues increased, and the people lived well. The state's power was recognized even in the far east: the emperor of China, the king of Tibet, and many Indian princes made treaties with the caliph. He was a passionate defender of the orthodox faith, rejecting all the extravagant doctrines preached by the Abbasid missionaries and previously endorsed by his father. In particular, he mercilessly persecuted the Manichaeans and all kinds of free thinkers.

4. Reign of Hādī.—On the death of Mahdi, Hārūn, following the advice of Yahyā. b. Khālid, sent the insignia of the Caliphate, with letters of condolence and congratulation, to Mūsā in Jorjān, and brought the army which had accompanied Mahdi peacefully back from Media to Bagdad. Mūsā returned in all haste to the capital, and assumed the title of al-Hādī (“he who directs”). The accession of a new caliph doubtless appeared to the partisans of the house of Ali a favourable opportunity for a rising. Hosain b. Ali b. Hasan III. raised an insurrection at Medina with the support of numerous adherents, and proclaimed himself caliph. Thence he went to Mecca, where on the promise of freedom many slaves flocked to him, and many pilgrims also acknowledged him. Suleimān b. Mansur, the caliph’s representative in the pilgrimage of that year, was entrusted with the command against him. Hosain was attacked at Fakh, 3 m. from Mecca, and perished in the combat with many other Alids. His maternal uncle, Idrīs b. Abdallah, a brother of Mahommed and Ibrāhīm, the rivals of Mansur, succeeded in escaping, and fled to Egypt, whence by the help of the postmaster, himself a secret partisan of the Shi‘ites, he passed into West Africa, where at a later period his son founded the Idrisite dynasty in Fez (see Morocco).

4. Reign of Hādī.—On the death of Mahdi, Hārūn, following the advice of Yahyā. b. Khālid, sent the insignia of the Caliphate, with letters of condolence and congratulation, to Mūsā in Jorjān, and brought the army which had accompanied Mahdi peacefully back from Media to Bagdad. Mūsā returned in all haste to the capital, and assumed the title of al-Hādī (“he who directs”). The accession of a new caliph doubtless appeared to the partisans of the house of Ali a favourable opportunity for a rising. Hosain b. Ali b. Hasan III. raised an insurrection at Medina with the support of numerous adherents, and proclaimed himself caliph. Thence he went to Mecca, where on the promise of freedom many slaves flocked to him, and many pilgrims also acknowledged him. Suleimān b. Mansur, the caliph’s representative in the pilgrimage of that year, was entrusted with the command against him. Hosain was attacked at Fakh, 3 m. from Mecca, and perished in the combat with many other Alids. His maternal uncle, Idrīs b. Abdallah, a brother of Mahommed and Ibrāhīm, the rivals of Mansur, succeeded in escaping, and fled to Egypt, whence by the help of the postmaster, himself a secret partisan of the Shi‘ites, he passed into West Africa, where at a later period his son founded the Idrisite dynasty in Fez (see Morocco).

Hādī, who had never been able to forget that he had narrowly escaped being supplanted by his brother, formed a plan for excluding him from the Caliphate and transmitting the succession to his own son Ja‘far. To this he obtained the assent of his ministers and the principal chiefs of his army, with the exception of Yahyā b. Khālid, Hārūn’s former tutor, who showed such firmness and boldness that Hādī cast him into prison and resolved on his death. Some historians say that he had already given orders for his execution, when he himself was killed (September 14th, 786) by his mother Khaizorān, who had systematically and successfully intrigued against him with the object of gaining the real power for herself. Hādī, indignant at the fact that she was generally regarded as the real source of authority, had attempted to poison her, and Khaizorān, hoping to find a more submissive instrument of her will in her second and favourite son, caused Hādī to be smothered with cushions by two young slaves whom she had presented to him. She herself died three years later.

Hādī, who could never forget that he had barely avoided being replaced by his brother, came up with a plan to keep him out of the Caliphate and pass the succession to his own son Ja‘far. He got the approval of his ministers and the main leaders of his army, except for Yahyā b. Khālid, Hārūn’s former tutor, who stood his ground with such determination that Hādī imprisoned him and decided he must be executed. Some historians claim that he had already ordered Yahyā’s execution when he himself was killed (September 14th, 786) by his mother Khaizorān, who had been plotting against him to gain actual power for herself. Hādī, frustrated that she was seen as the real authority, tried to poison her. Khaizorān, hoping to find a more compliant ally in her second and favorite son, had Hādī suffocated with cushions by two young slaves she had given him. She died three years later.

5. Reign of Hārūn al-Rashīd.—We have now reached the most celebrated name among the Arabian caliphs, celebrated not only in the East, but in the West as well, where the stories of the Thousand and One Nights have made us familiar with that world which the narrators represent in such brilliant colours. Hārūn ascended the throne without opposition. His first act was to choose as prime minister his former tutor, the faithful Yahyā b. Khālid, and to confide important posts to the two sons of Yahyā, Faḍl and Ja‘far, of whom the former was his own foster-brother, the latter his intimate friend. The Barmecide family were endowed in the highest degree with those qualities of generosity and liberality which the Arabs prized so highly, and the chronicles never weary in their praises. Loaded with all the burdens of government, Yahyā brought the most distinguished abilities to the exercise of his office. He put the frontiers in a good state of defence; he filled the public treasury, and carried the splendour of the throne to the highest point. His sons, especially Faḍl, were worthy of their father.

5. Reign of Hārūn al-Rashīd.—We have now arrived at the most famous name among the Arabian caliphs, celebrated not just in the East but also in the West, where the tales of the Thousand and One Nights have made us familiar with that vibrant world portrayed by the storytellers. Hārūn took the throne without any opposition. His first action was to appoint his former tutor, the loyal Yahyā b. Khālid, as prime minister and to assign important roles to Yahyā's two sons, Faḍl and Ja‘far, with the former being his foster-brother and the latter his close friend. The Barmecide family was exceptionally known for the qualities of generosity and liberality that the Arabs valued greatly, and the chronicles never tire of praising them. Bearing the heavy responsibilities of government, Yahyā brought remarkable skills to his position. He secured the frontiers, filled the public treasury, and elevated the magnificence of the throne to new heights. His sons, especially Faḍl, lived up to their father's legacy.

Although the administration of Hãrūn’s states was committed to skilful hands, yet the first years of his long reign were not free from troubles. Towards the year 176 (a.d. 792-793) a man of the house of Ali, named Yahyā b. Abdallah, another brother of Mahommed and Ibrāhīm, who had taken refuge in the land of Dailam on the south-western shores of the Caspian Sea, succeeded in forming a powerful party, and publicly claimed the Caliphate. Hãrūn immediately sent against him an army of 50,000 men, under the command of Faḍl, whom he made governor of all the Caspian provinces. Reluctant, however, to fight against a descendant of the Prophet, Faḍl first attempted to induce him to submit by promising him safety and a brilliant position at the court of Bagdad. Yahyāaccepted the proposal, but required that the caliph should send him letters of pardon countersigned by the highest legal authorities and the principal personages of the empire. Hārūn consented and Yahyā went to Bagdad, where he met with a splendid reception. At the end of some months, however, he was calumniously accused of conspiracy, and the caliph, seizing the opportunity of ridding himself of a possible rival, threw him into prison, where he died, according to the majority of the historians, of starvation. Others say that Ja‘far b. Yahyā b. Khālid, to whose care he had been entrusted, suffered him to escape, and that this was the real cause of Hārūn’s anger against the Barmecides (q.v.). Dreading fresh insurrections of the Alids, Hārūn secured the person of another descendant of Ali, Mūsā b. Ja‘far, surnamed al-Kāzim, who enjoyed great consideration at Medina, and had already been arrested and released again by Mahdi. The unfortunate man was brought by the caliph himself to Bagdad, and there died, apparently by poison.

Even though Hãrūn’s rule was in capable hands, the early years of his lengthy reign were still troubled. Around the year 176 (a.d. 792-793), a man from the house of Ali named Yahyā b. Abdallah, a brother of Mahommed and Ibrāhīm who had sought refuge in Dailam on the southwestern shores of the Caspian Sea, managed to gather a strong following and openly claimed the Caliphate. Hãrūn quickly sent an army of 50,000 troops, led by Faḍl, whom he appointed governor of all the Caspian provinces. However, Faḍl was hesitant to fight against a descendant of the Prophet and initially tried to persuade him to surrender by offering safety and a prominent position at the court in Bagdad. Yahyā accepted the offer but insisted that the caliph send him letters of pardon signed by the highest legal authorities and the key figures of the empire. Hārūn agreed, and Yahyā traveled to Bagdad, where he received a lavish welcome. After a few months, though, he was falsely accused of conspiracy, and seizing the chance to eliminate a potential rival, the caliph imprisoned him, where he reportedly died of starvation, according to most historians. Others claim that Ja‘far b. Yahyā b. Khālid, who was responsible for him, allowed him to escape, and this was the true reason for Hārūn’s resentment toward the Barmecides (q.v.). Fearing further uprisings from the Alids, Hārūn detained another descendant of Ali, Mūsā b. Ja‘far, known as al-Kāzim, who was highly regarded in Medina and had already been arrested and released by Mahdi. The unfortunate man was brought to Bagdad by the caliph himself, where he seemingly died from poison.

Meanwhile Hārūn did not forget the hereditary enemy of Islam. In the first year of his reign all the strong places of Kinnesrin and Mesopotamia were formed into a special province, which received the name of al-‘Awāṣim (“the defending fortresses”), with Manbij (Hierapolis) as its capital. The building of the fortress of Hadath having been completed, Hārūn committed to Faraj the Turk the task of rebuilding and fortifying the city of Tarsus. Thanks to these and similar measures, the Moslem armies were able to advance boldly into Asia Minor. Almost every year successful raids were made, in the year 797 under the command of the caliph himself, so that Irene was compelled to sue for peace. An attack by the Khazars called the caliph’s attention from his successes in Asia Minor. This people had made an irruption into Armenia, and their attack had been so sudden that the Moslems and Christians were unable to defend themselves, and 100,000 had been reduced to captivity. Two valiant generals, Khozaima b. Khāzīm and Yazīd b. Mazyad, marched against the Khazars and drove them out of Armenia.

Meanwhile, Hārūn didn’t forget the long-standing enemy of Islam. In the first year of his rule, all the strongholds in Kinnesrin and Mesopotamia were organized into a new province called al-‘Awāṣim (“the defending fortresses”), with Manbij (Hierapolis) as its capital. After the construction of the fortress of Hadath was completed, Hārūn tasked Faraj the Turk with rebuilding and strengthening the city of Tarsus. Thanks to these and similar actions, the Muslim armies could confidently advance into Asia Minor. Almost every year, they conducted successful raids, and in 797, under the leadership of the caliph himself, they forced Irene to seek peace. However, an attack by the Khazars drew the caliph’s attention away from his successes in Asia Minor. This group had invaded Armenia so unexpectedly that both Muslims and Christians were unable to defend themselves, resulting in the capture of 100,000 people. Two brave generals, Khozaima b. Khāzīm and Yazīd b. Mazyad, marched against the Khazars and expelled them from Armenia.

In the midst of the cares of war, Hārūn was assiduous in his religious duties, and few years passed without his making the pilgrimage. Having determined to fix the order of succession in so formal a manner as to take away all pretext for future contentions, he executed a deed by which he appointed his eldest son Mahommed his immediate heir, and after him the second, Abdallah, and after Abdallah the third, Qāsim. Mahommed received the surname of al-Amīn (“the Sure”), Abdallah that of al-Ma‘mūn (“he in whom men trust”), and Qāsim that of al-Mo’tamin billāh (“he who trusts in God”). Hārūn further 45 stipulated that Mamun should have as his share during the lifetime of his brother the government of the eastern part of the empire. Each of the parties concerned swore to observe faithfully every part of this deed, which the caliph caused to be hung up in the Ka‘ba, imagining that it would be thus guaranteed against all violation on the part of men, a precaution which was to be rendered vain by the perfidy of Amīm.

In the midst of the challenges of war, Hārūn was dedicated to his religious duties, and not many years went by without him making the pilgrimage. He decided to establish the order of succession in such a clear way that it would eliminate any grounds for future disputes. He created a document in which he named his eldest son Mahommed as his immediate heir, followed by his second son, Abdallah, and then his third son, Qāsim. Mahommed was given the title al-Amīn (“the Sure”), Abdallah was called al-Ma‘mūn (“he in whom men trust”), and Qāsim received the title al-Mo’tamin billāh (“he who trusts in God”). Hārūn also specified that Mamun would govern the eastern part of the empire during his brother’s lifetime. Each involved party swore to faithfully uphold every part of this document, which the caliph had hung up in the Ka‘ba, believing it would protect against any future violations by men—a precaution that would ultimately be undermined by Amīm’s betrayal. 45

It was in the beginning of the following year, at the very moment when the Barmecides thought their position most secure, that Hārūn brought sudden ruin upon them. The causes of their disgrace have been differently stated by the annalists (see BARMECIDES). The principal cause appears to have been that they abused the sovereign power which they exercised. Not a few were jealous of their greatness and sought for opportunities of instilling distrust against them into the mind of Hārūn, and of making him feel that he was caliph only in name. The secret dissatisfaction thus aroused was increased, according to some apparently well-informed authorities, by the releasing of the Alid Yahyā b. Abdallah, already mentioned. Finally Hārūn resolved on their destruction, and Ja‘far b. Yahyā, who had just taken leave of him after a day’s hunting, was arrested, taken to the castle of Hārūn, and beheaded. The following day, his father Yahyā, his brother Fadl, and all the other Barmecides were arrested and imprisoned; all their property was confiscated. The only Barmecide who remained unmolested with his family was Mahommed the brother of Yahyā, who had been the chamberlain of the caliph till 795, when Fadl b. Rabi’ got his place. This latter had henceforward the greatest influence at court.

At the start of the next year, just when the Barmecides believed their position was completely secure, Hārūn brought them down without warning. The reasons for their downfall have been described differently by historians (see BARMECIDES). The main reason seems to be that they misused the power they held. Many were envious of their prominence and looked for ways to sow distrust in Hārūn's mind, making him feel that he was only a caliph in title. This growing discontent was reportedly worsened by the release of the Alid Yahyā b. Abdallah, as mentioned earlier. Ultimately, Hārūn decided to eliminate them, and Ja‘far b. Yahyā, who had just said goodbye to him after a day of hunting, was arrested, taken to Hārūn's castle, and executed. The next day, his father Yahyā, his brother Fadl, and all the other Barmecides were arrested and imprisoned, and all their property was seized. The only Barmecide left unharmed with his family was Mahommed, the brother of Yahyā, who had been the caliph's chamberlain until 795, when Fadl b. Rabi’ took over his role. From then on, Fadl had the most influence at court.

In the same year a revolution at Constantinople overthrew the empress Irene. The new emperor Nicephorus, thinking himself strong enough to refuse the payment of tribute, wrote an insulting letter to Hārūn, who contented himself with replying: “Thou shall not hear, but see, my answer.” He entered Asia Minor and took Heraclea, plundering and burning along his whole line of march, till Nicephorus, in alarm, sued for peace. Scarcely had the caliph returned into winter quarters when Nicephorus broke the treaty. When the news came to Rakka, where Hārūn was residing, not one of the ministers ventured to tell him, until at last a poet introduced it in a poem which pleased the monarch. Notwithstanding the rigour of the season, Hārūn retraced his steps, and Nicephorus was compelled to observe his engagements. In 805 the first great ransoming of Moslem prisoners took place on the banks of the little river Lamus in Cilicia. But Nicephorus, profiting by serious disturbances in Khorasan, broke the treaty again, and overran the country as far as Anazarba and Kanīsat as-saudā (“the black church”) on the frontier, where he took many prisoners, who were, however, recovered by the garrison of Mopsuestia. Thus Hārūn was obliged to take the field again. He entered Asia Minor with an army of 135,000 regulars, beside volunteers and camp followers. Heraclea was taken, together with many other places, and Tyana was made a military station. At the same time his admiral, Homaid b. Ma‘yūf, conquered Cyprus, which had broken the treaty, and took 16,000 of its people captive. Nicephorus was now so completely beaten that he was compelled to submit to very harsh conditions. In the year 808 the second ransoming between the Moslems and the Greeks took place near the river Lamus.

In the same year, a revolution in Constantinople ousted Empress Irene. The new emperor, Nicephorus, confident he could refuse tribute payments, sent a disrespectful letter to Hārūn, who simply replied, “You won’t hear my response, but you will see it.” He entered Asia Minor and captured Heraclea, looting and burning everything along his path until Nicephorus, alarmed, sought peace. Hardly had the caliph returned to his winter quarters when Nicephorus broke the treaty. When the news reached Rakka, where Hārūn was staying, none of the ministers dared to tell him until a poet revealed it in a poem that pleased the king. Despite the harsh season, Hārūn retraced his steps, forcing Nicephorus to honor his commitments. In 805, the first major ransoming of Muslim prisoners occurred on the banks of the small river Lamus in Cilicia. However, taking advantage of serious unrest in Khorasan, Nicephorus broke the treaty once more and invaded as far as Anazarba and Kanīsat as-saudā (“the black church”) on the border, where he captured many prisoners, though the garrison from Mopsuestia recovered them. Thus, Hārūn had to take military action again. He entered Asia Minor with an army of 135,000 regular soldiers, along with volunteers and camp followers. Heraclea was captured, along with many other locations, and Tyana was established as a military base. At the same time, his admiral, Homaid b. Ma‘yūf, conquered Cyprus, which had violated the treaty, capturing 16,000 of its inhabitants. Nicephorus was now so thoroughly defeated that he had to accept very strict terms. In 808, the second ransoming between the Muslims and the Greeks took place near the river Lamus.

The disturbances in Khorasan were caused by the malversations of the governor of that province, Ali b. ‘Īsā b. Māhān. The caliph went in person to Merv, in order to judge of the reality of the complaints which had reached him. Ali b. ‘Īsā hastened to meet the caliph on his arrival at Rai (Rhagae), near the modern Teheran, with a great quantity of costly presents, which he distributed with such profusion among the princes and courtiers that no one was anxious to accuse him. Hārūn confirmed him in his post, and, after having received the chiefs of Tabaristān who came to tender their submission, returned through Bagdad to Rakka on the Euphrates, which city was his habitual residence. In the following year Rāfi’ b. Laith, a grandson of Nasr b. Sayyār, raised the standard of revolt in Samarkand, and, at the head of a numerous army, defeated the son of Ali b. ‘Īsā. Thereupon Ali fled from Balkh, leaving the treasury, which was plundered by the populace after his departure. The caliph on learning that the revolt was due to Ali’s tyranny, sent Harthama b. A‘yan with stringent orders to seize Ali and confiscate his possessions. This order was carried out, and it is recorded that 1500 camels were required to transport the confiscated treasures. The caliph’s hope that Rāfi’ would submit on condition of receiving a free pardon was not fulfilled, and he resolved to set out himself to Khorasan, taking with him his second son Mamun. On the journey he was attacked by an internal malady, which carried him off, ten months after his departure from Bagdad, a.h. 193 (March 809), just on his arrival at the city of Tūs. Hārūn was only forty-five years of age. He was far from having the high qualifications of his grandfather Mansur; indeed he did not even possess the qualities of his father and his brother. When the latter asked him to renounce his right of succession, he was willing to consent, saying that a quiet life with his beloved wife, the princess Zobaida, was his highest wish, but he obeyed his mother and Yahyā b. Khālid. As long as the Barmecides were in office, he acted only on their direction. After their disgrace he was led into many impolitic actions by his violent and often cruel propensities. But the empire was, especially in the earlier part of his reign, in a very prosperous state, and was respected widely by foreign powers. Embassies passed between Charlemagne and Hārūn in the years 180 (a.d. 797) and 184 (a.d. 801), by which the former obtained facilities for the pilgrims to the Holy Land, the latter probably concessions for the trade on the Mediterranean ports. The ambassadors brought presents with them; on one of these occasions the first elephant reached the land of the Franks.

The disturbances in Khorasan were caused by the misconduct of the governor, Ali b. ‘Īsā b. Māhān. The caliph traveled to Merv himself to investigate the complaints he had received. Ali b. ‘Īsā quickly went to meet the caliph upon his arrival at Rai (Rhagae), near modern Tehran, bringing a large quantity of expensive gifts, which he distributed so generously among the princes and courtiers that no one wanted to accuse him. Hārūn kept him in his position, and after welcoming the leaders of Tabaristān who came to pledge their loyalty, he returned through Baghdad to Rakka on the Euphrates, which was his usual residence. The following year, Rāfi’ b. Laith, a grandson of Nasr b. Sayyār, raised a rebellion in Samarkand and, leading a large army, defeated the son of Ali b. ‘Īsā. Consequently, Ali fled from Balkh, abandoning the treasury, which was then looted by the locals after his escape. Upon learning that the revolt was a result of Ali’s tyranny, the caliph sent Harthama b. A‘yan with strict orders to capture Ali and seize his belongings. This order was carried out, and it is noted that 1,500 camels were needed to transport the confiscated treasures. The caliph's hope that Rāfi’ would submit in exchange for a full pardon was not met, and he decided to go to Khorasan himself, taking his second son Mamun with him. During the journey, he suffered from an internal illness that ultimately led to his death, ten months after leaving Baghdad, in the city of Tūs, in a.h. 193 (March 809). Hārūn was only forty-five years old. He lacked the impressive qualifications of his grandfather Mansur; in fact, he did not even share the qualities of his father and brother. When his brother requested he give up his claim to succession, he was willing to agree, expressing that a peaceful life with his beloved wife, Princess Zobaida, was his greatest desire, but he obeyed his mother and Yahyā b. Khālid. As long as the Barmecides held power, he followed their direction. After their downfall, he was led into many unwise actions by his violent and often cruel tendencies. However, the empire, especially in the earlier part of his reign, was quite prosperous and earned respect from foreign powers. Diplomatic relations existed between Charlemagne and Hārūn in the years 180 (AD 797) and 184 (AD 801), during which the former secured arrangements for pilgrims to the Holy Land, while the latter likely gained concessions for trade at Mediterranean ports. The ambassadors brought gifts; on one of these occasions, the first elephant reached the land of the Franks.

Under the reign of Hārūn, Ibrāhīm b. al-Aghlab, the governor of Africa, succeeded in making himself independent of the central government, on condition of paying a fixed annual tribute to his suzerain the caliph. This was, if we do not take Spain into the account, the first instance of dismemberment, later to be followed by many others.

Under Hārūn's rule, Ibrāhīm b. al-Aghlab, the governor of Africa, managed to gain independence from the central government, as long as he paid a set annual tribute to his overlord, the caliph. This was, excluding Spain, the first case of a breakup, which would later be followed by many others.

In the days of this caliph the first paper factories were founded in Bagdad.

During this caliph's reign, the first paper factories were established in Baghdad.

6. Reign of Amīn.—On the death of Hārūn his minister, Fadl b. Rabī’, with the view of gaining the new caliph’s confidence, hastened to call together all the troops of the late caliph and to lead them back to Bagdad, in order to place them in the hands of the new sovereign, Amīn. He even, in direct violation of Hārūn’s will, led back the corps which was intended to occupy Khorasan under the authority of Mamun. Aware, however, that in thus acting he was making Mamun his irreconcilable enemy, he persuaded Amīn to exclude Mamun from the succession. Mamun, on receiving his brother’s invitation to go to Bagdad, was greatly perplexed; but his tutor and later vizier, Fadl b. Sahl, a Zoroastrian of great influence, who in 806 had adopted Islam, reanimated his courage, and pointed out to him that certain death awaited him at Bagdad. Mamun resolved to hold out, and found pretexts for remaining in Khorasan. Amīn, in anger, caused the will of his father, which, as we have seen, was preserved in the Ka‘ba, to be destroyed, declared on his own authority that Mamun’s rights of succession were forfeited, and caused the army to swear allegiance to his own son Mūsā, a child of five, on whom he bestowed the title of an-Nātiq bil-Haqq (“he who speaks according to truth”), a.h. 194 (a.d. 809-810). On hearing the news, Mamun, strong in the rightfulness of his claim, retaliated by suppressing the caliph’s name in all public acts. Amīn immediately despatched to Khorasan an army of 40,000 under the command of Ali b. ‘Īsā, who had regained his former influence, and told the caliph that, at his coming to Khorasan, all the leading men would come over to his side. Zobaida, the mother of the caliph, entreated Ali to treat Mamun kindly when he should have made him captive. It is said that Fadl b. Sahl had, through a secret agent, induced Fadl b. Rabī’ to select Ali, knowing that the dislike felt towards him by the Khorasanians would double their strength in fighting against him. Mamun, on his side, sent in all haste an army of less than 4000 men of his faithful Khorasanians, and entrusted 46 their command to Ṭāhir b. Hosain, who displayed remarkable abilities in the war that ensued. The two armies met under the walls of Rai (Shaaban 195, May 811). By a bold attack, in the manner of the Kharijites of yore, Ṭāhir penetrated into the centre of the hostile army and killed Ali. The frightened army fled, leaving the camp with all its treasures to Ṭāhir, who from that day was named “the man with the two right hands.” A courier was despatched immediately to Merv, who performed the journey, a distance of about 750 miles, in three days. On the very day of his arrival, Harthama b. A‘yan had left Merv with reinforcements. Mamun now no longer hesitated to take the title of caliph.

6. Reign of Amīn.—After Hārūn died, his minister, Fadl b. Rabī’, rushed to gather all the troops from the late caliph and bring them back to Bagdad to win the new caliph, Amīn's, trust. He even disregarded Hārūn’s wishes by returning the forces meant to take Khorasan under Mamun's command. However, understanding that this would make Mamun his unavoidable enemy, he convinced Amīn to exclude Mamun from the line of succession. When Mamun received his brother’s invitation to come to Bagdad, he was confused, but his tutor and later vizier, Fadl b. Sahl, a powerful Zoroastrian who converted to Islam in 806, encouraged him and warned that going to Bagdad meant certain death. Mamun decided to stay and found excuses to remain in Khorasan. Furious, Amīn ordered the destruction of their father's will, which was kept in the Ka‘ba, and declared that Mamun’s succession rights were canceled. He made the army pledge loyalty to his own five-year-old son, Mūsā, giving him the title an-Nātiq bil-Haqq (“he who speaks according to truth”), a.h. 194 (AD 809-810). When Mamun heard this news, confident in his rightful claim, he retaliated by removing the caliph's name from all official documents. Amīn quickly sent an army of 40,000 led by Ali b. ‘Īsā, who had regained his influence, telling the caliph that all the key figures would support him upon his arrival in Khorasan. Zobaida, the caliph’s mother, urged Ali to be kind to Mamun when he captured him. It is said that Fadl b. Sahl used a secret agent to persuade Fadl b. Rabī’ to choose Ali, knowing that the Khorasanians' hatred for him would make them fight harder against him. Meanwhile, Mamun hurriedly sent an army of fewer than 4,000 loyal Khorasanians, placing the command in the hands of Ṭāhir b. Hosain, who showed impressive skill in the ensuing battle. The two armies clashed outside the walls of Rai (Shaaban 195, May 811). With a daring attack like the Kharijites of the past, Ṭāhir broke through the enemy ranks and killed Ali. The terrified army fled, abandoning their camp and all its riches to Ṭāhir, who earned the nickname “the man with the two right hands” from that day on. A courier was swiftly sent to Merv and completed the roughly 750-mile journey in just three days. On the day he arrived, Harthama b. A‘yan had already left Merv with reinforcements. Now, Mamun no longer hesitated to claim the title of caliph.

When the news of Ali’s defeat came to Bagdad, Amīn sent Abdarrahmān b. Jabala to Hamadān with 20,000 men. Ṭāhir defeated him, forced Hamadān to surrender, and occupied all the strong places in Jabal (Media). The year after, Amīn placed in the field two new armies commanded respectively by Ahmad b. Mazyad and Abdallah b. Ḥomaid b. Qaḥṭaba. The skilful Ṭāhir succeeded in creating divisions among the troops of his adversaries, and obtained possession, without striking a blow, of the city of Holwān, an advantage which opened the way to the very gates of Bagdad. He was here reinforced by troops sent from Khorasan under the command of Harthama b. A‘yan, who was appointed leader of the war against Amīn, with orders to send Ṭāhir to Ahwāz. Ṭāhir continued his victorious march, conquered Ahwāz, took Wāsit and Madāin, and pitched his camp near one of the gates of the capital, where he was rejoined by Harthama. One after the other the provinces fell away from Amīn, and he soon found himself in possession of Bagdad alone. The city, though blockaded on every side, made a desperate defence for nearly two years. Ultimately the eastern part of the city fell into the hands of Ṭāhir, and Amīn, deserted by his followers, was compelled to surrender. He resolved to treat with Harthama, as he was averse to Ṭāhir; but this step caused his ruin. Ṭāhir succeeded in intercepting him on his way to Harthama, and immediately ordered him to be put to death. His head was sent to Mamun (September 813). It was presented to him by his vizier, Faḍl b. Sahl, surnamed Dhu‘l-Riyāsatain, or “the man with two governments,” because his master had committed to him both the ministry of war and the general administration. Mamun hid his joy beneath a feigned display of sorrow.

When the news of Ali’s defeat reached Baghdad, Amin sent Abdarrahman b. Jabala to Hamadan with 20,000 men. Tahir defeated him, forced Hamadan to surrender, and took control of all the strongholds in Jabal (Media). The following year, Amin deployed two new armies led by Ahmad b. Mazyad and Abdallah b. Homaid b. Qahtaba. The skillful Tahir managed to create divisions among his enemies' troops and captured the city of Holwan without a fight, which opened the way to the very gates of Baghdad. He was reinforced by troops sent from Khorasan under the command of Harthama b. A'yan, who was named the leader of the war against Amin, with orders to send Tahir to Ahwaz. Tahir continued his victorious advance, conquered Ahwaz, took Wasit and Madain, and camped near one of the gates of the capital, where he was joined by Harthama. One by one, the provinces abandoned Amin, and he soon found himself solely in possession of Baghdad. Despite being blockaded on all sides, the city made a desperate defense for nearly two years. Eventually, the eastern part of the city fell to Tahir, and Amin, deserted by his followers, was forced to surrender. He decided to negotiate with Harthama because he was opposed to Tahir; however, this choice led to his downfall. Tahir intercepted him on his way to Harthama and immediately ordered his execution. His head was sent to Mamun (September 813). It was presented to him by his vizier, Fadl b. Sahl, known as Dhu’l-Riyasatain, or “the man with two governments,” because he had been entrusted with both the ministry of war and general administration. Mamun concealed his joy beneath a false display of sorrow.

Amīn was only twenty-eight years old. As a ruler he was wholly incompetent. He hardly comprehended the importance of the affairs with which he was called upon to deal. He acted invariably on the advice of those who for the time had his confidence, and occupied himself mainly with the affairs of his harem, with polo, fishing, wine and music. The five years of his reign were disastrous to the empire, and in particular to Bagdad which never entirely recovered its old splendour.

Amīn was just twenty-eight years old. As a ruler, he was completely ineffective. He barely understood the significance of the issues he was supposed to handle. He consistently acted on the advice of those he trusted at the time and focused mainly on his harem, polo, fishing, wine, and music. The five years of his reign were disastrous for the empire, especially for Baghdad, which never fully regained its former glory.

7. Reign of Mamun.—On the day following the death of Amīn Ṭāhir caused Mamun to be proclaimed at Bagdad, and promised in his name a general amnesty. The accession of this prince appeared likely to restore to the empire the order necessary for its prosperity. It was not so, however. The reign of Mamun—that reign in which art, science and letters, under the patronage of the caliph, threw so brilliant a lustre—had a very stormy beginning. Mamun was in no haste to remove to Bagdad, but continued to reside at Merv. In his gratitude to Faḍl b. Sahl, to whose service he owed his success, he not only chose him as prime minister of the empire, but also named his brother, Hasan b. Sahl, governor of Media, Fārs, Ahwāz, Arabia and Irak. The two generals to whom he owed still more were not treated as they deserved. Harthama was ordered to return to Khorasan; Ṭāhir was made governor of Mesopotamia and Syria, with the task of subduing Naṣr b. Shabath, who with numerous adherents refused submission to the caliph. The Alids seized on the elevation of Mamun as a pretext for fresh revolts. At Kufa a certain Ibn Ṭabāṭabā placed an army in the field under Abu‘l-Sarāyā, who had been a captain in the army of Harthama. An army sent by Hasan b. Sahl was defeated, and Abu‘l-Sarāyā, no longer content to play a second part, poisoned his chief, Ibn Ṭabāṭabā, and put in his place another of the family of Ali, Mahommed b. Mahommed, whom, on account of his extreme youth, he hoped to govern at his will. Abu‘l-Sarāyā’s success continued, and several cities of Irak—Basra, Wāsit and Madāin—fell into his hands. Mecca, Medina and Yemen also were mastered by the Alids, who committed all kinds of atrocities and sacrilege. Abu‘l-Sarāyā, who even struck money in Kufa, began to menace the capital, when Hasan b. Sahl hastily sent a messenger to Harthama b. A‘yan, who was already at Holwān on his way back to Merv, entreating him to come to his aid. Harthama, who was deeply offended by his dismissal, refused at first, but at last consented, and at once checked the tide of disaster. The troops of the Alids were everywhere driven back, and the whole of Irak fell again into the hands of the Abbasids. Kufa opened its gates; Basra was taken by assault. Abu‘l-Sarāyā and Mahommed b. Mahommed fled to Mesopotamia, but were made prisoners. The former was decapitated, the latter was sent to Khorasan, the revolt in Arabia was quickly suppressed, and peace seemed within reach. This, however, was by no means the case. The disorder of civil war had caused a multitude of robbers and vagabonds to emerge from the purlieus of Bagdad. These ruffians proceeded to treat the capital as a conquered city, and it became necessary for all good citizens to organize themselves into a regular militia. Harthama, having vanquished Abu‘l-Sarāyā, did not go to Hasan b. Sahl, but proceeded towards Merv with the purpose of telling Mamun that the state of affairs was not as Fadl b. Sahl represented it to him, and urging him to come to Bagdad, where his presence was necessary. Fadl, informed of his intentions, filled the caliph’s mind with distrust against the old general, so that when Harthama arrived Mamun had him cast into prison, where he died shortly afterwards. When the tidings of his disgrace came to Bagdad, the people expelled the lieutenant of Hasan b. Sahl, called by them the Mājūzī (“the Zoroastrian”), who had chosen Madāin for his residence, and put at their head Mansūr, a son of Mahdi, who refused to assume the title of caliph, but consented to be Mamun’s vicegerent instead of Hasan b. Sahl.

7. Reign of Mamun.—The day after the death of Amīn Ṭāhir, Mamun was proclaimed in Baghdad and promised a general amnesty in his name. It seemed that his accession could bring back the order the empire needed for prosperity. However, that was not the case. The reign of Mamun—during which art, science, and literature flourished under the caliph's patronage—had a very turbulent start. Mamun was in no rush to relocate to Baghdad and chose to stay in Merv. Grateful to Faḍl b. Sahl, who had helped him succeed, he not only appointed him as the empire's prime minister but also made his brother, Hasan b. Sahl, governor of Media, Fārs, Ahwāz, Arabia, and Iraq. The two generals he owed even more to were not treated as they should have been. Harthama was sent back to Khorasan, while Ṭāhir was appointed governor of Mesopotamia and Syria, tasked with subduing Naṣr b. Shabath, who refused to submit to the caliph with his numerous followers. The Alids used Mamun's rise as a reason for new revolts. In Kufa, a man named Ibn Ṭabāṭabā rallied an army under Abu‘l-Sarāyā, a former captain in Harthama’s army. An army sent by Hasan b. Sahl was defeated, and Abu‘l-Sarāyā, no longer wanting to play second fiddle, poisoned his leader, Ibn Ṭabāṭabā, and replaced him with another member of the Ali family, Mahommed b. Mahommed, whom he thought he could easily control due to his youth. Abu‘l-Sarāyā continued to succeed, capturing several cities in Iraq—Basra, Wāsit, and Madāin. The Alids also gained control of Mecca, Medina, and Yemen, committing many atrocities and acts of sacrilege. Abu‘l-Sarāyā, even minting coins in Kufa, began to threaten the capital, prompting Hasan b. Sahl to quickly send a message to Harthama b. A‘yan, who was already on his way back to Merv, asking for help. Initially, Harthama, upset about his dismissal, refused, but eventually agreed and quickly turned the tide of disaster. The Alids were pushed back everywhere, and all of Iraq came back under Abbasid control. Kufa opened its gates; Basra was captured. Abu‘l-Sarāyā and Mahommed b. Mahommed fled to Mesopotamia but were captured. Abu‘l-Sarāyā was executed, while Mahommed b. Mahommed was sent to Khorasan. The revolt in Arabia was swiftly put down, and peace seemed to be on the horizon. However, that was not the case. The chaos of civil war had led to a rise in robbers and vagabonds in the outskirts of Baghdad. These criminals began treating the capital like a conquered city, making it necessary for the citizens to organize into a militia. After defeating Abu‘l-Sarāyā, Harthama didn’t go to Hasan b. Sahl but headed towards Merv to inform Mamun that the situation was not as Faḍl b. Sahl described it and to urge him to come to Baghdad, where his presence was needed. When Faḍl found out about this, he filled Mamun's mind with doubt toward the old general, leading to Harthama being thrown into prison upon his arrival, where he died shortly after. When news of Harthama's disgrace reached Baghdad, the people expelled Hasan b. Sahl's lieutenant, referred to as the Mājūzī (“the Zoroastrian”), who had taken residence in Madāin, and chose Mansūr, a son of Mahdi, to lead them. He refused to take the title of caliph but agreed to be Mamun’s vicegerent instead of Hasan b. Sahl.

Meanwhile, at Merv, Mamun was adopting a decision which fell like a thunderbolt on the Abbasids. In a.h. 201 (a.d. 817), under pretence of putting an end to the continual revolts of the partisans of Ali, and acting on the advice of his prime minister Fadl, he publicly designated as his successor in the Caliphate Ali ar-Ridā, a son of that Mūsā al-Kāzim who perished in the prison of Mahdi, a direct descendant of Hosain, the son of Ali, and proscribed black, the colour of the Abbasids, in favour of that of the house of Ali, green. This step was well calculated to delight the followers of Ali, but it could not fail to exasperate the Abbasids and their partisans. The people of Bagdad refused to take the oath to Ali b. Mūsā, declared Mamun deposed, and elected his uncle, Ibrāhīm, son of Mahdi, to the Caliphate.33 It was only indirectly that the news reached the caliph, who then saw that Fadl had been treating him as a puppet. His anger was great, but he kept it carefully to himself. Fadl was one day found murdered, and Ali b. Mūsā died suddenly. The historians bring no open accusation against Mamun, but it seems clear that the opportune removal of these men was not due to chance. Mamun affected the profoundest grief, and, in order to disarm suspicion, appointed as his prime minister the brother of Fadl, Hasan b. Sahl, whose daughter Būrān he afterwards married. Soon after the news came to him that Hasan b. Sahl had become insane. Mamun appointed an officer to act as his lieutenant, and wrote that he was coming to Bagdad in a short time. From that moment the pseudo-caliph Ibrāhīm found himself deserted, and was obliged to seek safety in concealment. His precarious reign had, however, lasted nearly two years. Mamun had found out also that the general uneasiness was largely due to his treatment of Harthama and Tāhir, the latter having been put in a rebellious country without the men and the money to maintain his authority. The caliph therefore wrote to Tāhir to meet him at Nahrawān, where he was received with the greatest honour. 47 Having taken all precautions, Mamun now made his solemn entry into Bagdad, but, to show that he came as a master, he still displayed for several days the green colours, though at last, at the request of Tāhir, he consented to resume the black. From this time, a.h. 204 (August 819), the real reign of Mamun began, freed as he now was from the tutelage of Faḍl.

Meanwhile, at Merv, Mamun was adopting a decision which fell like a thunderbolt on the Abbasids. In a.h. 201 (A.D. 817), under pretence of putting an end to the continual revolts of the partisans of Ali, and acting on the advice of his prime minister Fadl, he publicly designated as his successor in the Caliphate Ali ar-Ridā, a son of that Mūsā al-Kāzim who perished in the prison of Mahdi, a direct descendant of Hosain, the son of Ali, and proscribed black, the colour of the Abbasids, in favour of that of the house of Ali, green. This step was well calculated to delight the followers of Ali, but it could not fail to exasperate the Abbasids and their partisans. The people of Bagdad refused to take the oath to Ali b. Mūsā, declared Mamun deposed, and elected his uncle, Ibrāhīm, son of Mahdi, to the Caliphate.33 It was only indirectly that the news reached the caliph, who then saw that Fadl had been treating him as a puppet. His anger was great, but he kept it carefully to himself. Fadl was one day found murdered, and Ali b. Mūsā died suddenly. The historians bring no open accusation against Mamun, but it seems clear that the opportune removal of these men was not due to chance. Mamun affected the profoundest grief, and, in order to disarm suspicion, appointed as his prime minister the brother of Fadl, Hasan b. Sahl, whose daughter Būrān he afterwards married. Soon after the news came to him that Hasan b. Sahl had become insane. Mamun appointed an officer to act as his lieutenant, and wrote that he was coming to Bagdad in a short time. From that moment the pseudo-caliph Ibrāhīm found himself deserted, and was obliged to seek safety in concealment. His precarious reign had, however, lasted nearly two years. Mamun had found out also that the general uneasiness was largely due to his treatment of Harthama and Tāhir, the latter having been put in a rebellious country without the men and the money to maintain his authority. The caliph therefore wrote to Tāhir to meet him at Nahrawān, where he was received with the greatest honour. 47 Having taken all precautions, Mamun now made his solemn entry into Bagdad, but, to show that he came as a master, he still displayed for several days the green colours, though at last, at the request of Tāhir, he consented to resume the black. From this time, a.h. 204 (August 819), the real reign of Mamun began, freed as he now was from the tutelage of Faḍl.

When welcoming Tāhir, Mamun bade him ask for any reward he might desire. Tāhir, fearing lest the caliph, not being able to endure the sight of the murderer of his brother, should change his mind towards him, contrived to get himself appointed governor of Khorasan. Like most of the great Moslem generals, Tāhir, it is said, had conceived the project of creating an independent kingdom for himself. His death, a.h. 207 (a.d. 822), prevented its realization; but as his descendants succeeded him one after the other in the post of governor, he may be said in reality to have founded a dynasty in Khorasan. His son Abdallah b. Tāhir was a special favourite of Mamun, He brought Naṣr b. Shabath to subjection in Mesopotamia, and overcame by great ability a very dangerous rebellion in Egypt. When he returned thence, the caliph gave him the choice between the government of Khorasan and that of the northern provinces, where he would have to combat Babak the Khorramite. Abdallah chose the former (see below, § 8).

When welcoming Tāhir, Mamun encouraged him to ask for any reward he wanted. Tāhir, worried that the caliph might change his mind upon seeing the murderer of his brother, managed to get himself appointed governor of Khorasan. Like many of the prominent Muslim generals, Tāhir reportedly aimed to establish an independent kingdom for himself. His death, a.h. 207 (A.D. 822), prevented this from happening; however, since his descendants took over the governorship one after another, he can be considered to have actually founded a dynasty in Khorasan. His son Abdallah b. Tāhir was a favored individual of Mamun. He conquered Naṣr b. Shabath in Mesopotamia and skillfully dealt with a significant rebellion in Egypt. Upon his return, the caliph offered him the choice between governing Khorasan or the northern provinces, where he would have to face Babak the Khorramite. Abdallah chose the former (see below, § 8).

The pseudo-caliph, Ibrāhim, who, since Mamun’s entry into Bagdad, had led a wandering life, was eventually arrested. But Mamun generously pardoned him, as well as Faḍl b. Rabi’, the chief promoter of the terrible civil war which had so lately shaken the empire. After that time, Ibrahim lived peacefully at the court, cultivating the arts of singing and music.

The fake caliph, Ibrāhim, who had been living a nomadic life since Mamun arrived in Bagdad, was eventually captured. However, Mamun kindly decided to forgive him, along with Faḍl b. Rabi’, the main instigator of the awful civil war that had recently troubled the empire. After that, Ibrāhim lived peacefully at the court, focusing on singing and music.

Tranquillity being now everywhere re-established, Mamun gave himself up to science and literature. He caused works on mathematics, astronomy, medicine and philosophy to be translated from the Greek, and founded in Bagdad a kind of academy, called the “House of Science,” with a library and an observatory. It was also by his orders that two learned mathematicians undertook the measurement of a degree of the earth’s circumference. Mamun interested himself too in questions of religious dogma. He had embraced the Motazilite doctrine about free will and predestination, and was in particular shocked at the opinion which had spread among the Moslem doctors that the Koran was the uncreated word of God. In the year 212 (a.d. 827) he published an edict by which the Motazilite (Mu’tazilite) doctrine was declared to be the religion of the state, the orthodox faith condemned as heretical. At the same time he ordered all his subjects to honour Ali as the best creature of God after the Prophet, and forbade the praise of Moawiya. In a.h. 218 (a.d. 833) a new edict appeared by which all judges and doctors were summoned to renounce the error of the uncreated word of God. Several distinguished doctors, and, among others, the celebrated Ahmad b. Ḥanbal (q.v.), founder of one of the four orthodox Moslem schools, were obliged to appear before an inquisitorial tribunal; and as they persisted in their belief respecting the Koran, they were thrown into prison. Mamun, being at Tarsus, received from the governor of Bagdad the report of the tribunal, and ordered that the culprits should be sent off to him. Happily for these unfortunate doctors, they had scarcely reached Adana, when news of the caliph’s death arrived and they were brought back to Bagdad. The two successors of Mamun maintained the edicts—Ahmad b. Ḥanbal, who obstinately refused to yield, was flogged in the year 834— but it seems that Motasim did not himself take much interest in the question, which perhaps he hardly understood, and that the prosecution of the inquisition by him was due in great part to the charge which was left him in Mamun’s will. In the reign of Motawakkil the orthodox faith was restored, never to be assailed again.34

Tranquillity being now everywhere re-established, Mamun gave himself up to science and literature. He caused works on mathematics, astronomy, medicine and philosophy to be translated from the Greek, and founded in Bagdad a kind of academy, called the “House of Science,” with a library and an observatory. It was also by his orders that two learned mathematicians undertook the measurement of a degree of the earth’s circumference. Mamun interested himself too in questions of religious dogma. He had embraced the Motazilite doctrine about free will and predestination, and was in particular shocked at the opinion which had spread among the Moslem doctors that the Koran was the uncreated word of God. In the year 212 (AD 827) he published an edict by which the Motazilite (Mu’tazilite) doctrine was declared to be the religion of the state, the orthodox faith condemned as heretical. At the same time he ordered all his subjects to honour Ali as the best creature of God after the Prophet, and forbade the praise of Moawiya. In a.h. 218 (A.D. 833) a new edict appeared by which all judges and doctors were summoned to renounce the error of the uncreated word of God. Several distinguished doctors, and, among others, the celebrated Ahmad b. Ḥanbal (q.v.), founder of one of the four orthodox Moslem schools, were obliged to appear before an inquisitorial tribunal; and as they persisted in their belief respecting the Koran, they were thrown into prison. Mamun, being at Tarsus, received from the governor of Bagdad the report of the tribunal, and ordered that the culprits should be sent off to him. Happily for these unfortunate doctors, they had scarcely reached Adana, when news of the caliph’s death arrived and they were brought back to Bagdad. The two successors of Mamun maintained the edicts—Ahmad b. Ḥanbal, who obstinately refused to yield, was flogged in the year 834— but it seems that Motasim did not himself take much interest in the question, which perhaps he hardly understood, and that the prosecution of the inquisition by him was due in great part to the charge which was left him in Mamun’s will. In the reign of Motawakkil the orthodox faith was restored, never to be assailed again.34

In spite of these manifold activities Mamun did not forget the hereditary enemy of Islam. In the years 830, 831 and 832 he made expeditions into Asia Minor with such success that Theophilus, the Greek emperor, sued for peace, which Mamun haughtily refused to grant. Accordingly, he decided on marching in the following year against Amorium, and thence to Constantinople itself. Having sent before him his son Abbas to make Tyana a strong fortress, he set out for Asia Minor to put himself at the head of the army, but died of a fever brought on by bathing in the chill river, Pedendon, 40 m. from Tarsus, in Rajab 218 (a.d. August 833), at the age of forty-eight.

Despite his many activities, Mamun didn't forget the long-standing enemy of Islam. In 830, 831, and 832, he launched successful campaigns into Asia Minor, so much so that Theophilus, the Greek emperor, pleaded for peace, which Mamun arrogantly refused. Consequently, he planned to march the following year against Amorium and then on to Constantinople itself. He sent his son Abbas ahead to strengthen Tyana as a fortress and set out for Asia Minor to lead the army himself, but he died of a fever caused by bathing in the cold river, Pedendon, 40 miles from Tarsus, in Rajab 218 (A.D. August 833), at the age of forty-eight.

Mamun was a man of rare qualities, and one of the best rulers of the whole dynasty after Mansur. By him the ascendancy of the Persian element over the Arabian was completed. Moreover, he began to attract young Turkish noblemen to his court, an example which was followed on a much larger scale by his successor and led to the supremacy of the Turks at a later period.

Mamun was a man of exceptional qualities and one of the best rulers of the entire dynasty after Mansur. Under his leadership, the Persian influence over the Arabian was fully established. Additionally, he started to draw young Turkish noblemen to his court, a trend that was significantly expanded by his successor and eventually led to the dominance of the Turks in a later period.

8. Reign of Motasim.—Abu Isḥāk al-Mo’taṣim had for a long time been preparing himself for the succession. Every year he had bought Turkish slaves, and had with him in the last expedition of Mamun a bodyguard of 3000. Backed by this force he seems to have persuaded the ailing caliph to designate him as his successor. The chroniclers content themselves with recording that he himself wrote in the name of the caliph to the chief authorities in Bagdad and elsewhere that he was to be the successor. His accession, however, met at first with active opposition in the army, where a powerful party demanded that Abbas should take the place of his father. Abbas, however, publicly renounced all pretension to the Caliphate, and the whole army accepted Motasim, who immediately had the fortifications of Tyana demolished and hastened back to Bagdad, where he made his public entry on the 20th of September 833.

8. Reign of Motasim.—Abu Isḥāk al-Mo’taṣim had been preparing for a long time to take over. Each year, he purchased Turkish slaves and had a bodyguard of 3,000 with him during Mamun's last expedition. With this support, he seems to have convinced the sick caliph to name him as his successor. The historians simply note that he wrote on behalf of the caliph to the key figures in Bagdad and beyond, stating that he was to be the successor. However, his rise to power initially faced strong opposition in the army, where a significant faction demanded that Abbas succeed his father. Abbas, however, publicly gave up any claims to the Caliphate, and the entire army accepted Motasim, who promptly had the fortifications of Tyana torn down and rushed back to Bagdad, where he made his public entrance on September 20, 833.

Motasim wanted officers for his bodyguard. Immediately after his coming to Bagdad, he bought all the Turkish slaves living there who had distinguished themselves. Among them were Ashnās, Itākh, Wasīf, Sīmā, all of whom later became men of great influence. The guard was composed of an undisciplined body of soldiers, who, moreover, held in open contempt the religious precepts of Islam. Tired of the excesses committed by these Turks, the people of Bagdad beat or killed as many of them as they could lay hands on, and Motasim, not daring to act with severity against either his guard or the citizens, took the course of quitting the city. Having bought in 834 territories at Sāmarrā, a small place situated a few leagues above Bagdad, he caused a new residence to be built there, whose name, which could be interpreted “Unhappy is he who sees it,” was changed by him into Sorra-man-ra‘ā, “Rejoiced is he who sees it.” Leaving the government of the capital in the hands of his son Hārūn al-Wāthiq, he established himself at Sāmarrā in 836. This resolution of Motasim was destined to prove fatal to his dynasty; for it placed the caliphs at the mercy of their praetorians. In fact, from the time of Wāthiq, the Caliphate became the plaything of the Turkish guard, and its decline was continuous.

Motasim wanted officers for his bodyguard. Right after he arrived in Baghdad, he bought all the Turkish slaves there who had stood out. Among them were Ashnās, Itākh, Wasīf, and Sīmā, who all later became very influential. The guard consisted of a chaotic group of soldiers who openly disregarded the religious practices of Islam. Fed up with the abuses committed by these Turks, the people of Baghdad beat or killed as many of them as they could catch, and Motasim, too afraid to take strong action against either his guard or the citizens, decided to leave the city. After purchasing land in 834 at Sāmarrā, a small place a few leagues north of Baghdad, he had a new residence built there, which he changed from its name meaning “Unhappy is he who sees it” to Sorra-man-ra‘ā, meaning “Rejoiced is he who sees it.” Leaving the governance of the capital to his son Hārūn al-Wāthiq, he settled in Sāmarrā in 836. This decision by Motasim would prove disastrous for his dynasty, as it left the caliphs at the mercy of their guards. In fact, from Wāthiq’s time onward, the Caliphate became a plaything of the Turkish guard, leading to its continuous decline.

In the time of the civil war the marshlands in Irak between Basra and Wāsit had been occupied by a large population of Indians, called yat, or, according to the Arabic pronunciation, Zoṭṭ, who infested the roads and levied a heavy tribute from the ships ascending and descending the Tigris. From the year 821 onwards Mamun had tried in vain to bring them to submission. When Motasim came back to Bagdad, after the death of his brother, he found the people in great distress, their supply of dates from Basra having been cut off by the Zoṭṭ, and resolved to put them down with all means. After seven months of vigorous resistance, they at last yielded on condition of safety of life and property. In January 835 the Zoṭṭ in their national costume and with their own music were conducted on a great number of boats through Bagdad. Thence they were transported to Ainzarba (Anazarba) on the frontier of the Greek empire. Twenty years later they entered Asia Minor, whence in a later period they came into Europe, under the name of Athinganoi (Ziganes) and Egyptians (gipsies).35

In the time of the civil war the marshlands in Irak between Basra and Wāsit had been occupied by a large population of Indians, called yat, or, according to the Arabic pronunciation, Zoṭṭ, who infested the roads and levied a heavy tribute from the ships ascending and descending the Tigris. From the year 821 onwards Mamun had tried in vain to bring them to submission. When Motasim came back to Bagdad, after the death of his brother, he found the people in great distress, their supply of dates from Basra having been cut off by the Zoṭṭ, and resolved to put them down with all means. After seven months of vigorous resistance, they at last yielded on condition of safety of life and property. In January 835 the Zoṭṭ in their national costume and with their own music were conducted on a great number of boats through Bagdad. Thence they were transported to Ainzarba (Anazarba) on the frontier of the Greek empire. Twenty years later they entered Asia Minor, whence in a later period they came into Europe, under the name of Athinganoi (Ziganes) and Egyptians (gipsies).35

A far more difficult task lay before Motasim, the subjection of Bābak al-Khorramī in Azerbaijan. Though the name Khorramī is often employed by the Moslem writers to designate such 48 extravagant Moslem sectaries as the Hāshimīya, the real Khorramī were not Moslems, but Persian Mazdaqites, or communists. The name Khorramī, or Khorramdīnī, “adherent of the pleasant religion,” seems to be a nickname. As they bore red colours, they were also called Mohammira, or Redmakers. Their object was to abolish Islam and to restore “the white religion.” We find the first mention of them in the year 808, when Harun al-Rashid sent an army against them. During the civil war their power was steadily increasing, and spread not only over Azerbaijan, but also over Media (Jabal) and Khorasan. The numerous efforts of Mamun to put them down had been all in vain, and they were now in alliance with the Byzantine emperor. Therefore, in the year 835, Motasim made Afshīn, a Turkish prince who had distinguished himself already in the days of Mamun, governor of Media, with orders to take the lead of the war against Bābak. After three years’ fighting, Bābak was taken prisoner. He was carried to Sāmarrā, led through the city on the back of an elephant, and then delivered to the executioners, who cut off his arms and legs. His head was sent to Khorasan, his body was crucified. For long afterwards the place where this happened bore the name of “Bābak’s Cross.”

A much tougher challenge awaited Motasim: defeating Bābak al-Khorramī in Azerbaijan. While Muslim writers often used the term Khorramī to refer to sects like the Hāshimīya, the true Khorramī were not Muslims but Persian Mazdaqites, or communists. The name Khorramī, or Khorramdīnī, meaning “follower of the pleasant religion,” seems to be a nickname. Since they wore red, they were also known as Mohammira, or Redmakers. Their goal was to eliminate Islam and restore “the white religion.” The first record of them dates back to 808 when Harun al-Rashid sent an army against them. During the civil war, their influence steadily grew, spreading not just across Azerbaijan but also into Media (Jabal) and Khorasan. Despite Mamun's numerous attempts to suppress them, they remained powerful and formed an alliance with the Byzantine emperor. So, in 835, Motasim appointed Afshīn, a Turkish prince who had already made a name for himself during Mamun's reign, as governor of Media, instructing him to lead the war against Bābak. After three years of fighting, Bābak was captured. He was taken to Sāmarrā, paraded through the city on the back of an elephant, and then handed over to executioners, who amputated his arms and legs. His head was sent to Khorasan, and his body was crucified. For a long time afterward, the location of this event was known as “Bābak’s Cross.”

In the hope of creating a diversion in Bābak’s favour, Theophilus in 837 fell upon and laid waste the frontier town of Zibatra. There and in several other places he took a great number of prisoners, whom he mutilated. The news arrived just after that of the capture of Bābak, and Motasim swore to take exemplary vengeance. He assembled a formidable army, penetrated into Asia Minor, and took the city of Amorium, where he gained rich plunder. During his return the caliph was informed of a conspiracy in the army in favour of ‘Abbās the son of Mamun, of which ‘Ojaif b. ‘Anbasa was the ringleader. The unfortunate prince was arrested and died soon after in prison. The conspirators were killed, many of them with great cruelty. (For the campaign see Bury in J.H.S., 1909, xxix. pt. i.)

In an effort to create a distraction in favor of Bābak, Theophilus launched an attack on the border town of Zibatra in 837, destroying it. He captured a significant number of prisoners there and in several other locations, subjecting them to mutilation. This news reached the caliph right after the report of Bābak's capture, and Motasim vowed to take severe revenge. He gathered a powerful army, moved into Asia Minor, and seized the city of Amorium, where he acquired significant loot. On his way back, the caliph learned about a conspiracy in his army led by ‘Ojaif b. ‘Anbasa in support of ‘Abbās, the son of Mamun. The unfortunate prince was arrested and soon died in prison. The conspirators were executed, many facing brutal treatment. (For the campaign see Bury in J.H.S., 1909, xxix. pt. i.)

Motasim had just returned to Sāmarrā when a serious revolt broke out in Tabaristan, Māziyār, one of the hereditary chiefs of that country, refusing to acknowledge the authority of Abdallah Ibn Ṭāhir, the governor of Khorasan, of which Tabaristan was a province. The revolt was suppressed with great difficulty, and it came out that it was due to the secret instigation of Afshīn, who hoped thereby to cause the fall of the Ṭāhirids, and to take their place, with the ulterior object of founding an independent kingdom in the East. Afshīn, who stood at that moment in the highest favour of the caliph, was condemned and died in prison. Motasim died a year later, January 842.

Motasim had just returned to Samarra when a serious revolt broke out in Tabaristan. Māziyār, one of the hereditary chiefs of that region, refused to recognize the authority of Abdallah Ibn Tahir, the governor of Khorasan, of which Tabaristan was a province. The revolt was suppressed with great difficulty, and it turned out to be secretly instigated by Afshin, who hoped to bring about the downfall of the Tahirids and take their place, with the ulterior goal of establishing an independent kingdom in the East. Afshin, who was at that moment in the caliph's good graces, was condemned and died in prison. Motasim died a year later, in January 842.

9. Reign of Wāthiq.—His son Wāthiq, who succeeded, though not in the least to be compared with Mamun, had yet in common with him a thirst for knowledge—perhaps curiosity would be a more appropriate term—which prompted him, as soon as he became caliph, to send the famous astronomer Mahommed b. Mūsā into Asia Minor to find out all about the Seven Sleepers which he discovered in the neighbourhood of Arabissus,36 and Sallām the Interpreter to explore the situation of the famous wall of Gog and Magog, which he reached at the north-west frontier of China.37 For these and other personal pursuits he raised money by forcing a number of high functionaries to disgorge their gains. In so vast an empire the governors and administrators had necessarily enjoyed an almost unrestricted power, and this had enabled them to accumulate wealth. Omar had already compelled them to furnish an account of their riches, and, when he found that they had abused their trust, to relinquish half to the state. As time went on, nomination to an office was more and more generally considered a step to wealth. During the reign of the Omayyads a few large fortunes were made thus. But with the increasing luxury after Mansur, the thirst for money became universal, and the number of honest officials lessened fast. Confiscation of property had been employed with success by Hārūn al-Rashīd after the disgrace of the Barmecides, and occasionally by his successors, but Wāthiq was the first to imprison high officials and fine them heavily on the specific charge of peculation.

9. Reign of Wāthiq.—His son Wāthiq, who succeeded, though not in the least to be compared with Mamun, had yet in common with him a thirst for knowledge—perhaps curiosity would be a more appropriate term—which prompted him, as soon as he became caliph, to send the famous astronomer Mahommed b. Mūsā into Asia Minor to find out all about the Seven Sleepers which he discovered in the neighbourhood of Arabissus,36 and Sallām the Interpreter to explore the situation of the famous wall of Gog and Magog, which he reached at the north-west frontier of China.37 For these and other personal pursuits he raised money by forcing a number of high functionaries to disgorge their gains. In so vast an empire the governors and administrators had necessarily enjoyed an almost unrestricted power, and this had enabled them to accumulate wealth. Omar had already compelled them to furnish an account of their riches, and, when he found that they had abused their trust, to relinquish half to the state. As time went on, nomination to an office was more and more generally considered a step to wealth. During the reign of the Omayyads a few large fortunes were made thus. But with the increasing luxury after Mansur, the thirst for money became universal, and the number of honest officials lessened fast. Confiscation of property had been employed with success by Hārūn al-Rashīd after the disgrace of the Barmecides, and occasionally by his successors, but Wāthiq was the first to imprison high officials and fine them heavily on the specific charge of peculation.

The caliph also shared Mamun’s intolerance on the doctrinal question of the uncreated Koran. He carried his zeal to such a point that, on the occasion of an exchange of Greek against Moslem prisoners in 845, he refused to receive those Moslem captives who would not declare their belief that the Koran was created. The orthodox in Bagdad prepared to revolt, but were discovered in time by the governor of the city. The ringleader Ahmad b. Naṣr al-Khozā‘ī was seized and brought to Sāmarrā, where Wāthiq beheaded him in person. The only other event of importance in the reign of Wāthiq was a rising of the Arabian tribes in the environs of Medina, which the Turkish general Boghā with difficulty repressed. When he reached Sāmarrā with his prisoners, Wāthiq had just died (August 846). That the predominance of the praetorians was already established is clear from the fact that Wāthiq gave to two Turkish generals, Ashnās and Itākh respectively, the titular but lucrative supreme government of all the western and all the eastern provinces. In his days the soldiery at Sāmarrā was increased by a large division of Africans (Maghribīs).

The caliph also shared Mamun’s intolerance regarding the issue of the uncreated Koran. He was so zealous that, during an exchange of Greek and Muslim prisoners in 845, he refused to accept the Muslim captives who wouldn't say they believed the Koran was created. The orthodox in Baghdad were ready to revolt, but the governor of the city discovered their plan in time. The leader, Ahmad b. Naṣr al-Khozā‘ī, was captured and brought to Sāmarrā, where Wāthiq personally executed him. The only other significant event during Wāthiq's reign was a rebellion by Arabian tribes near Medina, which Turkish general Boghā narrowly managed to suppress. When he arrived in Sāmarrā with his prisoners, Wāthiq had just died (August 846). It’s clear that the praetorians already had a strong influence, as Wāthiq appointed two Turkish generals, Ashnās and Itākh, to the nominal but profitable top positions of government over all the western and eastern provinces, respectively. During his reign, the military presence in Sāmarrā was bolstered by a large group of African soldiers (Maghribīs).

10. Reign of Motawakkil.—As Wāthiq had appointed no successor the vizier Mahommed Zayyāt had cast his eye on his son Mahommed, who was still a child, but the generals Wasīf and Itākh, seconded by the upper cadi Ibn abī Da’ud, refused their consent, and offered the supreme power to Wāthiq’s brother Ja‘far, who at his installation adopted the name of al-Motawakkil ‘alā ‘llāh (“he who trusts in God”). The new caliph hated the vizier Zayyāt, who had opposed his election, and had him seized and killed with the same atrocious cruelty which the vizier himself had inflicted on others. His possessions, and those of others who had opposed the caliph’s election, were confiscated. But the arrogance of Itākh, to whom he owed his Caliphate, became insufferable. So, with the perfidy of his race, the caliph took him off his guard, and had him imprisoned and killed at Bagdad. He was succeeded by Wasīf.

10. Reign of Motawakkil.—Since Wāthiq hadn't appointed a successor, the vizier Mahommed Zayyāt had set his sights on his young son Mahommed, who was still just a child. However, the generals Wasīf and Itākh, backed by the upper cadi Ibn abī Da’ud, refused to agree and offered the top position to Wāthiq’s brother Ja‘far. When Ja‘far took over, he chose the name al-Motawakkil ‘alā ‘llāh (“he who trusts in God”). The new caliph despised the vizier Zayyāt for opposing him and had him captured and killed with the same brutal cruelty that Zayyāt had shown to others. He confiscated the belongings of Zayyāt and others who had resisted his rise to power. However, Itākh, who had helped him gain the Caliphate, became unbearably arrogant. So, betraying his own kind, the caliph caught him off guard, had him imprisoned, and killed in Baghdad. Wasīf then became his successor.

About this time an impostor named Mahmūd b. Faraj had set himself up as a prophet, claiming to be Dhu‘l-Qarnain (Alexander the Great) risen from the dead. Asserting that Gabriel brought him revelations, he had contrived to attract twenty-seven followers. The caliph had him flogged, and compelled each of the twenty-seven to give him ten blows on the head with his fist. The “prophet” expired under the blows (850).

About this time, a con artist named Mahmūd b. Faraj claimed to be a prophet, saying he was Dhu‘l-Qarnain (Alexander the Great) brought back to life. He claimed that Gabriel had sent him revelations and managed to gather twenty-seven followers. The caliph had him whipped and forced each of the twenty-seven to hit him ten times on the head with their fists. The “prophet” died from the blows (850).

One of the first acts of Motawakkil was the release of all those who had been imprisoned for refusing to admit the dogma of the created Koran, and the strict order to abstain from any litigation about the Book of God. The upper cadi Ibn abī Da’ud, the leader of the movement against orthodoxy, who had stood in great esteem with Mamun and had fulfilled his high office under the reigns of Motasim and Wāthiq, had a stroke of paralysis in the year 848. His son Mahommed was put in his place till 851, when all the members of the family were arrested. They released themselves by paying the enormous sum of 240,000 dinārs and 16,000,000 dirhems, which constituted nearly their whole fortune, and were then sent to Bagdad, where father and son died three years later. An orthodox upper cadi was named instead, and the dogma of the created Koran was declared heresy; therewith began a persecution of all the adherents of that doctrine and other Motazilite tenets. Orthodoxy triumphed, never again to lose its place as the state religion. Hand in hand with these reactionary measures came two others, one against Jews and Christians, one against the Shi‘ites. The first caliph who imposed humiliating conditions on the Dhimmis, or Covenanters, who, on condition of paying a certain not over-heavy tribute, enjoyed the protection of the state and the free exercise of their cult, was Omar II., but this policy was not continued. A proposition by the cadi Abū Yūsuf to Hārūn al-Rashid to renew it had not been adopted. Motawakkil, in 850, formulated an edict by which these sectaries were compelled to wear a distinctive dress and to distinguish their houses by a figure of 49 the devil nailed to the door, excluding them at the same time from all public employments, and forbidding them to send their children to Moslem schools. Nevertheless, he kept his Christian medical men, some of whom were high in favour. He showed his hatred for the Shi‘ites by causing the mausoleum erected over the tomb of Hosain at Kerbela, together with all the buildings surrounding it, to be levelled to the ground and the site to be ploughed up, and by forbidding any one to visit the spot. A year before, a descendant of Hosain, Yahyā b. Omar, had been arrested and flogged on his orders. He escaped afterwards, rose in rebellion at Kufa in 864, and was killed in battle. It is reported that the caliph even permitted one of his buffoons to turn the person of Ali into mockery.

One of the first things Motawakkil did was release everyone who had been imprisoned for refusing to accept the idea of the created Koran, and he strictly ordered that there would be no more debates about the Book of God. The chief judge, Ibn abī Da’ud, who had been a key figure in the movement against orthodoxy and held in high regard by Mamun, served under Motasim and Wāthiq, suffered a stroke in 848. His son Mahommed took over his position until 851, when the entire family was arrested. They managed to secure their release by paying an enormous amount of 240,000 dinārs and 16,000,000 dirhems, nearly their entire fortune, before being sent to Bagdad, where both father and son died three years later. A more orthodox chief judge was appointed, and the belief in the created Koran was deemed heretical; this marked the start of a persecution against those who held that belief as well as other Motazilite doctrines. Orthodoxy prevailed, never again losing its status as the state religion. Alongside these reactionary measures, two others were enacted: one targeting Jews and Christians, and the other against the Shi‘ites. The first caliph to impose humiliating conditions on the Dhimmis, or Covenanters, who, in exchange for a relatively light tax, enjoyed state protection and the freedom to practice their religion, was Omar II, but this policy was not maintained. A proposal from the judge Abū Yūsuf to Hārūn al-Rashid to reinstate it was not accepted. In 850, Motawakkil issued an edict requiring these sectarians to wear distinctive clothing and mark their houses with a figure of the devil nailed to the door, while also barring them from all public positions and prohibiting their children from attending Muslim schools. However, he kept his Christian doctors, some of whom were highly favored. He showed his disdain for the Shi‘ites by having the mausoleum over the tomb of Hosain in Kerbela, along with all the surrounding buildings, demolished and the site plowed under, while also forbidding anyone from visiting it. A year earlier, a descendant of Hosain, Yahyā b. Omar, had been arrested and whipped on his orders. He later escaped, led a rebellion in Kufa in 864, and was killed in battle. It’s reported that the caliph even allowed one of his jesters to mock Ali.

In the year 848-849 Ibn Ba‘īth, who had rendered good service in the war against Bābak, but had for some cause been arrested, fled from Sāmarrā to Marand in Azerbaijan and revolted. Not without great difficulty Boghā, the Turkish general, succeeded in taking the town and making Ibn Ba‘īth prisoner. He was brought before Motawakkil and died in prison. In the year 237 (a.d. 851-852) a revolt broke out in Armenia. Notwithstanding a vigorous resistance, Boghā subdued and pacified the province in the following year. In that same year, 852-853, the Byzantines made a descent on Egypt with 300 vessels. ‘Anbasa the governor had ordered the garrison of Damietta to parade at the capital Fostāt. The denuded town was taken, plundered and burned. The Greeks then destroyed all the fortifications at the mouth of the Nile near Tinnis, and returned with prisoners and booty. The annual raids of Moslems and Greeks in the border districts of Asia Minor were attended with alternate successes, though on the whole the Greeks had the upper hand. In 856 they penetrated as far as Amid (Diārbekr), and returned with 10,000 prisoners. But in the year 859 the Greeks suffered a heavy defeat with losses of men and cattle, the emperor Michael himself was in danger, whilst the fleet of the Moslems captured and sacked Antalia. This was followed by a truce and an exchange of prisoners in the following year.

In the years 848-849, Ibn Ba‘īth, who had done valuable work in the fight against Bābak but had been arrested for some reason, escaped from Sāmarrā to Marand in Azerbaijan and started a revolt. After a lot of effort, Boghā, the Turkish general, managed to capture the town and take Ibn Ba‘īth prisoner. He was brought before Motawakkil and died in prison. In the year 237 (a.d. 851-852), a rebellion broke out in Armenia. Despite strong resistance, Boghā managed to subdue and calm the province the following year. In that same year, 852-853, the Byzantines launched an attack on Egypt with 300 ships. ‘Anbasa, the governor, had ordered the garrison of Damietta to assemble at the capital, Fostāt. The unprotected town was captured, looted, and burned. The Greeks then destroyed all the fortifications at the mouth of the Nile near Tinnis and returned with prisoners and plunder. Annual raids by Muslims and Greeks in the border areas of Asia Minor had alternating successes, though overall the Greeks had the advantage. In 856, they advanced as far as Amid (Diārbekr) and came back with 10,000 prisoners. However, in 859, the Greeks faced a significant defeat, suffering heavy losses of men and livestock, and Emperor Michael himself was in danger while the Muslim fleet captured and ransacked Antalia. This led to a truce and an exchange of prisoners the following year.

In 855 a revolt broke out in Homs (Emesa), where the harsh conditions imposed by the caliph on the Christians and Jews had caused great discontent. It was repressed after a vigorous resistance. A great many leading men were flogged to death, all churches and synagogues were destroyed and all the Christians banished.

In 855, a revolt erupted in Homs (Emesa), where the severe conditions imposed by the caliph on Christians and Jews had led to widespread discontent. It was put down after strong resistance. Many prominent individuals were flogged to death, all churches and synagogues were destroyed, and all Christians were exiled.

In the year 851 the Boja (or Beja), a wild people living between the Red Sea and the Nile of Upper Egypt, the Blemmyes of the ancients, refused to pay the annual tribute, and invaded the land of the gold and emerald mines, so that the working of the mines was stopped. The caliph sent against them Mahommed al-Qommī, who subdued them in 856 and brought their king Ali Bābā to Sāmarrā before Motawakkil, on condition that he should be restored to his kingdom.

In 851, the Boja (or Beja), a fierce group living between the Red Sea and the Nile in Upper Egypt, known to the ancients as the Blemmyes, refused to pay their annual tribute and invaded the land of the gold and emerald mines, halting their operations. The caliph dispatched Mahommed al-Qommī against them, who defeated them in 856 and brought their king, Ali Bābā, to Sāmarrā before Motawakkil, with the condition that he would be reinstated to his kingdom.

About this time Sijistan liberated itself from the supremacy of the Ṭāhirids. Ya’qūb b. Laith al-Saffār proclaimed himself amīr of that province in the year 860, and was soon after confirmed in this dignity by the caliph.

About this time, Sijistan freed itself from the rule of the Ṭāhirids. Ya’qūb b. Laith al-Saffār declared himself the leader of that province in the year 860, and shortly after, the caliph officially recognized him in this position.

In 858 Motawakkil, hoping to escape from the arrogant patronage of Waṣīf, who had taken the place of Itākh as head of the Turkish guard, transferred his residence to Damascus. But the place did not agree with him, and he returned to Sāmarrā, where he caused a magnificent quarter to be built 3 m. from the city, which he called after his own name Ja‘farīya, and on which he spent more than two millions of dinars (about £900,000). He found the means by following the example of his predecessor in depriving many officials of their ill-gotten gains. He contrived to enrol in his service nearly 12,000 men, for the greater part Arabs, in order to crush the Turks. In the year of his elevation to the Caliphate, he had regulated the succession to the empire in his own family by designating as future caliphs his three sons, al-Montaṣir billāh (“he who seeks help in God”), al-Mo’tazz billāh (“he whose strength is of God”), and al-Mowayyad billāh (“he who is assisted by God”). By and by he conceived an aversion to his eldest son, and wished to supplant him by Motazz, the son of his favourite wife Qabīha. The day had been fixed on which Montasir, Waṣīf and several other Turkish generals were to be assassinated. But Waṣīf and Montasir had been informed, and resolved to anticipate him. In the night before, Shawwāl a.h. 247 (December 861), Motawakkil, after one of his wonted orgies, was murdered, together with his confidant, Fatḥ b. Khāqān. The official report, promulgated by his successor, was that Fatḥ b. Khāqān had murdered his master and had been punished for it by death. For the administrative system in this reign see Mahommedan Institutions.

In 858 Motawakkil, hoping to escape from the arrogant patronage of Waṣīf, who had taken the place of Itākh as head of the Turkish guard, transferred his residence to Damascus. But the place did not agree with him, and he returned to Sāmarrā, where he caused a magnificent quarter to be built 3 m. from the city, which he called after his own name Ja‘farīya, and on which he spent more than two millions of dinars (about £900,000). He found the means by following the example of his predecessor in depriving many officials of their ill-gotten gains. He contrived to enrol in his service nearly 12,000 men, for the greater part Arabs, in order to crush the Turks. In the year of his elevation to the Caliphate, he had regulated the succession to the empire in his own family by designating as future caliphs his three sons, al-Montaṣir billāh (“he who seeks help in God”), al-Mo’tazz billāh (“he whose strength is of God”), and al-Mowayyad billāh (“he who is assisted by God”). By and by he conceived an aversion to his eldest son, and wished to supplant him by Motazz, the son of his favourite wife Qabīha. The day had been fixed on which Montasir, Waṣīf and several other Turkish generals were to be assassinated. But Waṣīf and Montasir had been informed, and resolved to anticipate him. In the night before, Shawwāl a.h. 247 (December 861), Motawakkil, after one of his wonted orgies, was murdered, together with his confidant, Fatḥ b. Khāqān. The official report, promulgated by his successor, was that Fatḥ b. Khāqān had murdered his master and had been punished for it by death. For the administrative system in this reign see Mahommedan Institutions.

11. Reign of Montasir.—On the very night of his father’s assassination Montasir had himself proclaimed caliph. He was a man of very feeble character, and a mere puppet in the hands of his vizier Ahmad b. Khaṣīb and the Turkish generals. He was compelled to send Wasif, the personal enemy of Ibn Khaṣīb, to the frontier for a term of four years, and then to deprive his two brothers Motazz and Mowayyad, who were not agreeable to them, of their right of succession. He died six months after, by poison, it is said.

11. Reign of Montasir.—On the very night his father was assassinated, Montasir had himself declared caliph. He was a weak-willed individual, nothing more than a puppet controlled by his vizier Ahmad b. Khaṣīb and the Turkish generals. He was forced to send Wasif, his personal enemy, to the frontier for four years, and then to strip his two brothers, Motazz and Mowayyad, who were not favored by them, of their right to succeed him. He died six months later, reportedly by poison.

12. Reign of Mosta‘īn.—The Turkish soldiery, now the chief power in the state, chose, by the advice of Ibn Khaṣīb, in succession to Montasir, his cousin Ahmad, who took the title of al-Mosta‘īn billāh (“he who looks for help to God”). In the reign of this feeble prince the Greeks inflicted serious losses on the Moslems in Asia Minor. A great many volunteers from all parts, who offered their services, were hunted down as rioters by the Turkish generals, who were wholly absorbed by their own interests. The party which had placed Mosta‘īn on the throne, led by Ibn Khaṣīb and Otāmish, were soon overpowered by Waṣīf and Boghā. Ibn Khaṣīb was banished to Crete, Otāmish murdered. The superior party, however, maintained Mosta‘īn on the throne, because they feared lest Motazz should take vengeance upon them for the murder of his father Motawakkil. But in the year 865 Waṣīf and Boghā fled with Mosta‘īn to Bagdad, and Motazz was proclaimed caliph at Sāmarrā. A terrible war ensued; Mosta‘īn was obliged to abdicate, and was killed in the following year.

12. Reign of Mosta‘īn.—The Turkish soldiers, now the main power in the state, chose Ahmad, Montasir's cousin, as their ruler based on the advice of Ibn Khaṣīb. He took the title of al-Mosta‘īn billāh (“he who looks for help to God”). During the reign of this weak prince, the Greeks dealt significant blows to the Muslims in Asia Minor. Many volunteers from everywhere who offered their help were treated as troublemakers by the Turkish generals, who were completely focused on their own interests. The group that put Mosta‘īn on the throne, led by Ibn Khaṣīb and Otāmish, was soon overpowered by Waṣīf and Boghā. Ibn Khaṣīb was exiled to Crete, and Otāmish was murdered. However, the ruling faction kept Mosta‘īn on the throne out of fear that Motazz would retaliate against them for killing his father Motawakkil. But in the year 865, Waṣīf and Boghā fled with Mosta‘īn to Baghdad, and Motazz was declared caliph at Sāmarrā. A brutal war followed; Mosta‘īn was forced to abdicate and was killed the following year.

In 864 a descendant of Ali, named Hasan b. Zaid, gained possession of Tabaristan and occupied the great city of Rai (Rey) near Teheran. A year later the province was reconquered by the Ṭāhirid governor of Khorasan, so that Hasan was obliged to retreat for refuge to the land of the Dailam. But he returned soon, and after many reverses ruled over Tabaristan and Jorjān for many years.

In 864, a descendant of Ali named Hasan b. Zaid took control of Tabaristan and captured the major city of Rai (Rey) near Tehran. A year later, the province was retaken by the Ṭāhirid governor of Khorasan, forcing Hasan to retreat to the land of the Dailam for safety. However, he returned soon after, and despite many setbacks, he ruled over Tabaristan and Jorjān for many years.

13. Reign of Motazz.—Motazz, proclaimed caliph at Bagdad in the first month of 252 (January 866), devoted himself to the object of freeing himself from the omnipotent Turkish generals, especially Waṣīf and Boghā, who had opposed his election. But such a task demanded an ability and energy which he did not possess. He was obliged to grant them amnesty and to recall them to Sāmarrā. He mistrusted also his brothers Mowayyad and Mowaffaq, who had interceded for them. He put the former to death and drove the latter into exile to Bagdad. Some time after he had the satisfaction of seeing Waṣīf killed by his own troops, and succeeded, a year later, in having Boghā assassinated. But a more difficult problem was the payment of the Turkish, Persian and African guards, which was said to have amounted in a.h. 252 to 200,000,000 dirhems38 (about £6,500,000), or apparently twice the revenue derived from the land tax. As the provincial revenues annually decreased, it became impossible to pay this sum, and Ṣāliḥ the son of Waṣīf, in spite of the remonstrances of the caliph, confiscated the property of state officials. Upon a further demand, Motazz, having failed to procure money from his mother Qabīha, who was enormously rich, was seized upon and tortured, and died of starvation in prison (Shaaban 255, July 868).

13. Reign of Motazz.—Motazz, proclaimed caliph at Bagdad in the first month of 252 (January 866), devoted himself to the object of freeing himself from the omnipotent Turkish generals, especially Waṣīf and Boghā, who had opposed his election. But such a task demanded an ability and energy which he did not possess. He was obliged to grant them amnesty and to recall them to Sāmarrā. He mistrusted also his brothers Mowayyad and Mowaffaq, who had interceded for them. He put the former to death and drove the latter into exile to Bagdad. Some time after he had the satisfaction of seeing Waṣīf killed by his own troops, and succeeded, a year later, in having Boghā assassinated. But a more difficult problem was the payment of the Turkish, Persian and African guards, which was said to have amounted in a.h. 252 to 200,000,000 dirhems38 (about £6,500,000), or apparently twice the revenue derived from the land tax. As the provincial revenues annually decreased, it became impossible to pay this sum, and Ṣāliḥ the son of Waṣīf, in spite of the remonstrances of the caliph, confiscated the property of state officials. Upon a further demand, Motazz, having failed to procure money from his mother Qabīha, who was enormously rich, was seized upon and tortured, and died of starvation in prison (Shaaban 255, July 868).

The dismemberment of the empire continued fast in these years, and the caliph was compelled to recognize the virtual independence of the governors Ya’qūb the Saffārid (see Saffārids and Persia, History, § B) in Seistan, and Ahmad b. Tūlūn in Egypt.

The dismemberment of the empire continued fast in these years, and the caliph was compelled to recognize the virtual independence of the governors Ya’qūb the Saffārid (see Saffārids and Persia, History, § B) in Seistan, and Ahmad b. Tūlūn in Egypt.

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14. Reign of Mohtadī.—Immediately after the seizure of Motazz, the Turks, led by Ṣāliḥ b. Waṣīf, proclaimed as caliph one of the sons of Wāthiq with the title of al-Mohtadī billāh (“the guided by God”), who, however, refused to occupy the throne until his predecessor had solemnly abdicated. Mohtadī, who was a man of noble and generous spirit and had no lack of energy, began by applying the precarious measure of power which was left him to the reform of the court. He banished the musicians and singers, and forbade all kinds of games; he devoted himself to the administration of justice, and gave public audiences to the people for the redress of their grievances. At the same time he contrived to elevate the power of the Abnā, the descendants of those Persian soldiers who had established the dynasty of the Abbasids, in order to break the supremacy of the Turks and other mercenaries. But Mohtadī came too late, and the Turks did not leave him time to finish his work.

14. Reign of Mohtadī.—Right after the capture of Motazz, the Turks, led by Ṣāliḥ b. Waṣīf, declared one of Wāthiq's sons as caliph, giving him the title al-Mohtadī billāh (“the guided by God”). However, he refused to take the throne until his predecessor had officially stepped down. Mohtadī, a man of noble and generous spirit who had plenty of energy, started using the limited power he had to reform the court. He banished musicians and singers, and prohibited all forms of games; he focused on administering justice and held public meetings to address people's complaints. At the same time, he worked to strengthen the influence of the Abnā, the descendants of Persian soldiers who had founded the Abbasid dynasty, to challenge the dominance of the Turks and other mercenaries. But Mohtadī was too late, and the Turks did not give him enough time to complete his work.

On the news of the conspiracy against Motazz, Mūsā, the son of the famous general Boghā,39 then governor of Media (Jabal), ordered his deputy-general Mofliḥ to return at once from a proposed invasion of Dailam, and moved with his army towards Sāmarrā, notwithstanding the peremptory orders of the caliph. At his approach Ṣāliḥ, who was afraid of Mūsā, hid himself, but was soon discovered and killed. At that moment a Kharijite, named Mosāwir, who in 867 had risen in Mesopotamia and beaten more than one general of the government, took Balad and menaced Mosūl. Mūsā could not refuse to comply with the formal command of the caliph to march against him. During the absence of these troops, Mohtadī seems to have tried to get rid of the principal Turkish leaders. A brother of Musa and one of his best generals, Bāyikbeg (Baiekbāk), were killed, but the soldiery he had gained over for himself were not strong enough. Mohtadī was overwhelmed and killed, Rajab 256 (June 870).

On the news of the conspiracy against Motazz, Mūsā, the son of the famous general Boghā,39 then governor of Media (Jabal), ordered his deputy-general Mofliḥ to return at once from a proposed invasion of Dailam, and moved with his army towards Sāmarrā, notwithstanding the peremptory orders of the caliph. At his approach Ṣāliḥ, who was afraid of Mūsā, hid himself, but was soon discovered and killed. At that moment a Kharijite, named Mosāwir, who in 867 had risen in Mesopotamia and beaten more than one general of the government, took Balad and menaced Mosūl. Mūsā could not refuse to comply with the formal command of the caliph to march against him. During the absence of these troops, Mohtadī seems to have tried to get rid of the principal Turkish leaders. A brother of Musa and one of his best generals, Bāyikbeg (Baiekbāk), were killed, but the soldiery he had gained over for himself were not strong enough. Mohtadī was overwhelmed and killed, Rajab 256 (June 870).

15. Reign of Motamid.—Whether from weariness or from repentance, the Turkish soldiery discontinued for a time their hateful excesses, and their new leader, Mūsā b. Boghā, was without the greed and ambition of his predecessors. A son of Motawakkil was brought out of prison to succeed his cousin, and reigned for twenty-three years under the name of al-Mo’tamid ‘alā‘llāh (“he whose support is God”). He was a feeble, pleasure-loving monarch, but Mohtadī had regained for the Caliphate some authority, which was exercised by Obaidallah b. Khāqān, the able vizier of Mohtadī, and by Motamid’s talented brother Abū Ahmad al-Mowaffaq; Mūsā b. Boghā himself remained till his death a staunch servant of the government. During the reign of Motamid great events took place. The great power long wielded by the Ṭāhirids, not only in the eastern provinces, but also at Bagdad itself, had been gradually diminishing, and came to an end in the year 873, when Ya’qūb the Saffārid occupied Nīshāpur and imprisoned Mahommed b. Ṭāhir with his whole family. The power of Ya’qūb then increased to such an extent that he was not content with the caliph’s offer to recognize him as supreme in the provinces he had conquered, and military governor of Bagdad, but marched against Irak. The caliph himself, wearing the mantle and the staff of the Prophet, then went out against him, and after a vigorous resistance he was beaten by Mowaffaq, who had the command of the troops, and fled to Jondisāpūr in Khūzistān, where he died three years later, leaving his empire to his brother ‘Amr. This prince maintained himself in power till the year 900, when he was beaten and taken prisoner by Ismā‘īl b. Ahmed the Sāmānid. The Sāmānids had been governors of Transoxiana from the time of Mamun, and after the fall of the Ṭāhirids, had been confirmed in this office by the caliph. After 287 (900) they were independent princes, and under their dominion these districts attained to high prosperity.

15. Reign of Motamid.—Whether out of fatigue or regret, the Turkish soldiers temporarily stopped their dreadful excesses, and their new leader, Mūsā b. Boghā, lacked the greed and ambition of those before him. A son of Motawakkil was released from prison to take over after his cousin and ruled for twenty-three years under the name of al-Mo’tamid ‘alā‘llāh (“he whose support is God”). He was a weak, pleasure-seeking ruler, but Mohtadī had restored some authority to the Caliphate, which was exercised by Obaidallah b. Khāqān, Mohtadī's capable vizier, and by Motamid’s talented brother Abū Ahmad al-Mowaffaq; Mūsā b. Boghā remained a loyal servant of the government until his death. During Motamid's reign, significant events unfolded. The considerable power held by the Ṭāhirids, both in the eastern provinces and in Baghdad itself, slowly diminished and ended in the year 873, when Ya’qūb the Saffārid took Nīshāpur and imprisoned Mahommed b. Ṭāhir along with his entire family. Ya’qūb’s power grew to the point where he wasn't satisfied with the caliph’s offer to acknowledge him as supreme in the provinces he conquered and military governor of Baghdad, but instead marched against Irak. The caliph himself, wearing the mantle and staff of the Prophet, went out to confront him, and after a fierce resistance, he was defeated by Mowaffaq, who commanded the troops, and he fled to Jondisāpūr in Khūzistān, where he died three years later, leaving his empire to his brother ‘Amr. This prince remained in power until the year 900 when he was defeated and captured by Ismā‘īl b. Ahmed the Sāmānid. The Sāmānids had been governors of Transoxiana since the time of Mamun and were confirmed in this role by the caliph after the Ṭāhirids fell. After 287 (900) they became independent princes, and under their rule, these regions flourished.

Motamid had also to deal with a rising of the negro slaves in the province of Basra, led by one Ali b. Mahommed, who called himself a descendant of Ali. It lasted from 869 to 883, and tasked the government to its utmost.40

Motamid had also to deal with a rising of the negro slaves in the province of Basra, led by one Ali b. Mahommed, who called himself a descendant of Ali. It lasted from 869 to 883, and tasked the government to its utmost.40

In the west, Ahmad b. Tūlūn became a mighty prince, whose sway extended over Syria and a part of Mesopotamia. Motamid, who wished to free himself from the guardianship of his brother Mowaffaq, concerted with him a plan to emigrate to Egypt, Ahmad being himself angered against Mowaffaq on personal grounds. Motamid’s flight was stopped by his vizier Ibn Makhlad, and the caliph himself was reconducted to Sāmarrā as a prisoner in the year 882. From that time there was war between the Abbasids and the Ṭūlūnids. Ahmad died in 270 (884). His son Khomārūya succeeded him, and maintained himself in power till his death in 896, in which year his daughter was married to the caliph Motadid. Ten years later Egypt was conquered by a general of the caliph Moktafī.

In the west, Ahmad b. Tūlūn became a powerful ruler whose influence reached across Syria and parts of Mesopotamia. Motamid, wanting to break free from the control of his brother Mowaffaq, came up with a plan to escape to Egypt, as Ahmad himself held personal grudges against Mowaffaq. However, Motamid's attempt to flee was stopped by his vizier Ibn Makhlad, and the caliph was taken back to Sāmarrā as a prisoner in the year 882. From that point on, there was conflict between the Abbasids and the Ṭūlūnids. Ahmad died in 270 (884). His son Khomārūya took over and stayed in power until his death in 896, the same year his daughter was married to the caliph Motadid. Ten years later, Egypt was conquered by a general of the caliph Moktafī.

During the reign of Motamid the emperor Basil I. conducted the war against the Moslems with great success, till in the year 270 (a.d. 884) his army suffered a terrible defeat near Tarsus, in which the greater part of the army, the commander Andreas, and many other patricians perished.

During the reign of Motamid, Emperor Basil I led a successful campaign against the Muslims until the year 270 (AD 884), when his army faced a devastating defeat near Tarsus, resulting in the loss of most of the army, the commander Andreas, and many other nobles.

Motamid had appointed his son al-Mofawwid as successor to the Caliphate, and after him his brother Mowaffaq. When the latter died in the year 891, his son Aḅū ‘l-‘Abbās, al-Mo’taḍid (“he who seeks his support in God”), was put in his place. Next year Mofawwid was compelled to abdicate in favour of his cousin. Shortly after Motamid died, Rajab 279 (October 892). Not long before these events, the seat of the Caliphate had been restored to Bagdad.

Motamid had named his son al-Mofawwid as his successor to the Caliphate, followed by his brother Mowaffaq. When Mowaffaq died in 891, his son Aḅū ‘l-‘Abbās, al-Mo’taḍid (“he who seeks his support in God”), took over. The next year, Mofawwid was forced to step down in favor of his cousin. Shortly after that, Motamid passed away in Rajab 279 (October 892). Not long before these events, the Caliphate had been reestablished in Baghdad.

16. Reign of Motadid.—Motadid may be called, after Mansūr, the most able and energetic of all the Abbasid rulers. He took good care of the finances, reformed the administration, was an excellent commander in war, and maintained order as far as possible. The Kharijites in Mesopotamia, who for many years had molested the government, were finally crushed with the aid of their former ally Ḥamdān, who became the founder of the well-known dynasty of the Ḥamdānites. The mighty house of Abū Dolaf in the south-west of Media, which had never ceased to encroach on the Caliphate, was put down. The governor of Azerbaijan and Armenia, belonging to the powerful Turkish house of the Sājids or Sājites, whose loyalty was always doubtful, planned an invasion of Syria and Egypt. Motadid frustrated it by a quick movement. The citizens of Tarsus who were involved in the plot were severely punished. The chief punishment, however, the burning of the fleet, was a very impolitic measure, as it strengthened the hands of the Byzantines.

16. Reign of Motadid.—Motadid can be considered, after Mansūr, the most capable and energetic of all the Abbasid rulers. He managed the finances well, reformed the administration, was an excellent military leader, and maintained order as much as he could. The Kharijites in Mesopotamia, who had troubled the government for many years, were finally defeated with the help of their former ally Ḥamdān, who went on to establish the well-known Ḥamdānite dynasty. The powerful Abū Dolaf family in the southwest of Media, which had continuously threatened the Caliphate, was put in check. The governor of Azerbaijan and Armenia, from the influential Turkish Sājid family, whose loyalty was always questionable, plotted an invasion of Syria and Egypt. Motadid thwarted this plan with a swift response. The citizens of Tarsus involved in the conspiracy faced harsh punishments. However, the main punishment, the burning of the fleet, was a poorly thought-out move, as it strengthened the Byzantines.

Almost simultaneously with the rising of the negro slaves in Basra there arose in the province of Kūfa the celebrated sect of the Carmathians (q.v.), Fātimites41 or Isma‘ilites. This powerful sect, which save for a difference of opinion would have joined the negro rising, remained outwardly quiet during Motamid’s reign, but under Motadid the government began to have misgivings about them. Abū Sa‘īd al-Jannābī, who had founded a Carmathian state in Bahrein, the north-eastern province of Arabia (actually called Laḥsā), which could become dangerous for the pilgrim road as well as for the commerce of Basra, in the year 900 routed an army sent against him by Motadid, and warned the caliph that it would be safer to let the Carmathians alone. In the same year the real chief of the sect, whose abode had been discovered by the caliph, fled from Salamia in Syria, where he lived, to Africa, and hid himself at Sijilmāsa (in Tafilalt) in the far west, whence he reappeared ten years later at Kairawan as the Mahdi, the first caliph of the Fatimites.42

Almost simultaneously with the rising of the negro slaves in Basra there arose in the province of Kūfa the celebrated sect of the Carmathians (q.v.), Fātimites41 or Isma‘ilites. This powerful sect, which save for a difference of opinion would have joined the negro rising, remained outwardly quiet during Motamid’s reign, but under Motadid the government began to have misgivings about them. Abū Sa‘īd al-Jannābī, who had founded a Carmathian state in Bahrein, the north-eastern province of Arabia (actually called Laḥsā), which could become dangerous for the pilgrim road as well as for the commerce of Basra, in the year 900 routed an army sent against him by Motadid, and warned the caliph that it would be safer to let the Carmathians alone. In the same year the real chief of the sect, whose abode had been discovered by the caliph, fled from Salamia in Syria, where he lived, to Africa, and hid himself at Sijilmāsa (in Tafilalt) in the far west, whence he reappeared ten years later at Kairawan as the Mahdi, the first caliph of the Fatimites.42

Motadid died in Rabia II. a.h. 289 (March 902), leaving the Caliphate to his son al-Moktāfī billāh (“he who sufficeth himself in God”).

Motadid died in Rabia II. a.h. 289 (March 902), leaving the Caliphate to his son al-Moktāfī billāh (“he who is sufficient in God”).

17. Reign of Moktafi.—Moktafi inherited his father’s intrepidity, and seems to have had high personal qualities, but his reign of six years was a constant struggle against the Carmathians in Syria, who defeated the Syrian and Egyptian troops, and 51 conquered Damascus and other cities. Moktafi led his troops in person, and his general, Mahommed b. Suleimān, gained a signal victory. Three of their chiefs were taken and put to death. But, to avenge their defeat, they lay in wait for the great pilgrim caravan on its return from Mecca in the first days of 294 (906), and massacred 20,000 pilgrims, making an immense booty. This horrible crime raised the whole Moslem world against them. Zikrūya their chief was defeated at last and perished.

17. Reign of Moktafi.—Moktafi inherited his father's bravery and seemed to have impressive personal qualities, but his six-year reign was a constant battle against the Carmathians in Syria, who defeated the Syrian and Egyptian troops and conquered Damascus and other cities. Moktafi personally led his troops, and his general, Mahommed b. Suleimān, achieved a significant victory. Three of their leaders were captured and executed. However, to retaliate for their defeat, they ambushed the major pilgrim caravan returning from Mecca in the early days of 294 (906) and killed 20,000 pilgrims, seizing immense wealth. This terrible act turned the entire Muslim world against them. Zikrūya, their chief, was ultimately defeated and met his end.

After the defeat of the Syrian Carmathians, Mahommed b. Suleimān was sent by the caliph to Egypt, where he overthrew the dominion of the Tūlūnids. ‘Īsā b. Mahommed al-Naushari was made governor in their stead (905).

After the defeat of the Syrian Carmathians, Mahommed b. Suleimān was sent by the caliph to Egypt, where he took down the rule of the Tūlūnids. ‘Īsā b. Mahommed al-Naushari was appointed governor in their place (905).

The war with the Byzantines was conducted with great energy during the reign of Moktafi. In the year 905 the Greek general Andronicus took Marash, and penetrated as far as Haleb (Aleppo), but the Moslems were successful at sea, and in 907 captured Iconium, whilst Andronicus went over to the caliph’s side, so that the Byzantine emperor sent an embassy to Bagdad to ask for a truce and an exchange of prisoners.

The war with the Byzantines was fought with a lot of intensity during Moktafi's reign. In 905, the Greek general Andronicus captured Marash and advanced as far as Aleppo, but the Muslims had success at sea, and in 907, they took Iconium. Meanwhile, Andronicus switched sides to support the caliph, which led the Byzantine emperor to send a delegation to Baghdad to request a truce and arrange for a prisoner exchange.

18. Reign of Moqtadir.—The sudden death of Moktafi, Dhu‘l-qa‘da 295 (August 908), was a fatal blow to the prestige of the Caliphate, which had revived under the successive governments of Mowaffaq, Motadid and himself. The new caliph, al-Moqtadir billāh (“the powerful through God”), a brother of Moktafi, was only thirteen years of age when he ascended the throne. Owing to his extreme youth many of the leading men at Bagdad rebelled and swore allegiance to Abdallah, son of the former caliph Motazz, a man of excellent character and of great poetical gifts; but the party of the house of Motadid prevailed, and the rival caliph was put to death. Moqtadir, though not devoid of noble qualities, allowed himself to be governed by his mother and her ladies and eunuchs. He began by squandering the 15,000,000 dinars which were in the treasury when his brother died in largesses to his courtiers, who, however, merely increased their demands. His very able vizier, the noble and disinterested Ali b. ‘Īsā, tried to check this foolish expenditure, but his efforts were more than counterbalanced by the vizier Ibn abi‘l-Forāt and the court. The most shameless bribery and the robbery of the well-to-do went together with the most extravagant luxury. The twenty-four years of Moqtadir’s reign are a period of rapid decay. The most important event in the reign was the foundation of the Fātimite dynasty, which reigned first in the Maghrib and then in Egypt for nearly three centuries (see Fatimites and Egypt: History, “Mahommedan”).

18. Reign of Moqtadir.—The sudden death of Moktafi, Dhu‘l-qa‘da 295 (August 908), was a fatal blow to the prestige of the Caliphate, which had revived under the successive governments of Mowaffaq, Motadid and himself. The new caliph, al-Moqtadir billāh (“the powerful through God”), a brother of Moktafi, was only thirteen years of age when he ascended the throne. Owing to his extreme youth many of the leading men at Bagdad rebelled and swore allegiance to Abdallah, son of the former caliph Motazz, a man of excellent character and of great poetical gifts; but the party of the house of Motadid prevailed, and the rival caliph was put to death. Moqtadir, though not devoid of noble qualities, allowed himself to be governed by his mother and her ladies and eunuchs. He began by squandering the 15,000,000 dinars which were in the treasury when his brother died in largesses to his courtiers, who, however, merely increased their demands. His very able vizier, the noble and disinterested Ali b. ‘Īsā, tried to check this foolish expenditure, but his efforts were more than counterbalanced by the vizier Ibn abi‘l-Forāt and the court. The most shameless bribery and the robbery of the well-to-do went together with the most extravagant luxury. The twenty-four years of Moqtadir’s reign are a period of rapid decay. The most important event in the reign was the foundation of the Fātimite dynasty, which reigned first in the Maghrib and then in Egypt for nearly three centuries (see Fatimites and Egypt: History, “Mahommedan”).

Far more dangerous, however, for the Caliphate of Bagdad at the time were the Carmathians of Bahrein, then guided by Abu Ṭāhir, the son of Abu Sa‘īd Jannābi. In 311 (a.d. 923) they took and ransacked Basra; in the first month of the following year the great pilgrim caravan on its return from Mecca was overpowered; 2500 men perished, while an even larger number were made prisoners and brought to Lahsā, the residence of the Carmathian princes, together with an immense booty. The caravan which left Bagdad towards the end of this year returned in all haste before it had covered a third of the way. Then Kufa underwent the fate that had befallen Basra. In 313 (a.d. 926) the caravan was allowed to pass on payment of a large sum of money. The government of Bagdad resolved to crush the Carmathians, but a large army was utterly defeated by Abu Ṭāhir in 315 (927), and Bagdad was seriously threatened. Next year Mecca was taken and plundered; even the sacred Black Stone was transported to Lahsā, where it remained till 339 (950), when by the express order of the Imām, the Fātimite caliph, it was restored to the Ka‘ba.

Far more dangerous for the Caliphate of Baghdad at the time were the Carmathians of Bahrain, led by Abu Ṭāhir, the son of Abu Sa‘īd Jannābi. In 311 (A.D. 923), they seized and looted Basra; in the first month of the following year, the large pilgrimage caravan returning from Mecca was attacked; 2,500 men died, while an even greater number were captured and taken to Lahsā, the home of the Carmathian leaders, along with a huge amount of loot. The caravan that left Baghdad at the end of that year hurried back before it had even completed a third of the journey. Then Kufa suffered the same fate as Basra. In 313 (A.D. 926), the caravan was permitted to pass after paying a large sum of money. The government of Baghdad decided to defeat the Carmathians, but a big army was completely defeated by Abu Ṭāhir in 315 (927), putting Baghdad in serious danger. The following year, Mecca was captured and looted; even the sacred Black Stone was taken to Lahsā, where it remained until 339 (950), when, by the direct order of the Imām, the Fatimid caliph, it was returned to the Ka‘ba.

In 317 (929) a conspiracy was formed to dethrone Moqtadir, to which Mūnis, the chief commander of the army, at first assented, irritated by false reports. Very soon he withdrew, and though he could not prevent the plundering of the palace, and the proclamation as caliph of another son of Motadid with the title al-Qāhir billāh (“the victorious through God”), he rescued Moqtadir and his mother, and at the same time his imprisoned friend Ali b. ‘Īsā, and brought them to his own house. A few days later, a counter-revolution took place; the leaders of the revolt were killed, and Moqtadir, against his wish, was replaced on the throne. In 320 (a.d. 932) Mūnis, discovering a court intrigue against him, set out for Mosul, expecting that the Hamdānids, who owed to him their power, would join him. Instead of doing this, they opposed him with a numerous army, but were defeated. Mūnis took Mosul, and having received reinforcements from all parts, marched against Bagdad. The caliph, who wished nothing more than to be reconciled to his old faithful servant, was forced to take arms against him, and fell in battle Shawwāl 320 (October 932), at the age of 38 years. His reign, which lasted almost twenty-five years, was in all respects injurious to the empire.

In 317 (929), a conspiracy was created to unseat Moqtadir, which initially Mūnis, the chief commander of the army, agreed to after being provoked by false reports. Very quickly, he backed out, and although he couldn’t stop the looting of the palace and the declaration of another son of Motadid as caliph with the title al-Qāhir billāh (“the victorious through God”), he managed to save Moqtadir and his mother, along with his imprisoned friend Ali b. ‘Īsā, and took them to his own home. A few days later, a counter-revolution erupted; the leaders of the revolt were killed, and Moqtadir, against his wishes, was restored to the throne. In 320 (A.D. 932), after discovering a court plot against him, Mūnis headed for Mosul, hoping that the Hamdānids, who owed their power to him, would support him. Instead, they opposed him with a large army, but were defeated. Mūnis captured Mosul, and after receiving reinforcements from various regions, marched towards Baghdad. The caliph, who only wanted to reconcile with his longtime loyal servant, was forced to take up arms against him and died in battle in Shawwāl 320 (October 932), at the age of 38. His reign, which lasted nearly twenty-five years, was harmful to the empire in every way.

19. Reign of Qāhir.—After the victory Mūnis acted with great moderation and proclaimed a general amnesty. His own wish was to call Abu Ahmad, a son of Moktafi, or a son of Moqtadir, to the Caliphate, but the majority of generals preferring Qāhir because he was an adult man and had no mother at his side, he acquiesced, although he had a personal dislike for him, knowing his selfish and cruel character. Qāhir was a drunkard, and derived the money for his excesses from promiscuous confiscation. He ill-treated the sons of Moqtadir and Abu Ahmad, and ultimately assassinated his patrons Mūnis and Yalbak, whose guardianship he resented. In Jomada I. 322 (April 934) he was dethroned and blinded, and died in poverty seven years later.

19. Reign of Qāhir.—After the victory, Mūnis acted with great restraint and announced a general amnesty. He wanted to elevate either Abu Ahmad, a son of Moktafi, or a son of Moqtadir, to the Caliphate, but most of the generals preferred Qāhir because he was an adult and had no mother by his side. Mūnis reluctantly went along with their choice, even though he personally disliked Qāhir for his selfish and cruel nature. Qāhir was a drunkard who funded his vices through arbitrary confiscation. He mistreated the sons of Moqtadir and Abu Ahmad and ultimately murdered his benefactors, Mūnis and Yalbak, who were supposed to protect him. In Jomada I. 322 (April 934), he was overthrown and blinded, dying in poverty seven years later.

During the last years of Moqtadir and the reign of Qāhir a new dynasty rose. Būya, the chief of a clan of the Dailam, a warlike people who inhabit the mountainous country south-west of the Caspian Sea, had served under the Sāmānids, and found a footing in the south of Media (Jabal), whence his three sons— well known under the titles they assumed at a later period: ’Imād addaula (“prop of the dynasty”), Rokn addaula (“pillar of the dynasty”), and Mo‘izz addaula (“strengthener of the dynasty”)—succeeded in subduing the province of Fārs, at the time of Qāhir’s dethronement (see Persia: History).

During the last years of Moqtadir and the reign of Qāhir a new dynasty rose. Būya, the chief of a clan of the Dailam, a warlike people who inhabit the mountainous country south-west of the Caspian Sea, had served under the Sāmānids, and found a footing in the south of Media (Jabal), whence his three sons— well known under the titles they assumed at a later period: ’Imād addaula (“prop of the dynasty”), Rokn addaula (“pillar of the dynasty”), and Mo‘izz addaula (“strengthener of the dynasty”)—succeeded in subduing the province of Fārs, at the time of Qāhir’s dethronement (see Persia: History).

20. Reign of Radi.—Moqtadir’s son, who was then proclaimed caliph under the name of ar-Rādī billāh (“the content through God”), was pious and well-meaning, but inherited only the shadow of power. The vizier Ibn Moqla tried to maintain his authority at least in Irak and Mesopotamia, but without success. The treasury was exhausted, the troops asked for pay, the people in Bagdad were riotous. In this extremity the caliph bade Ibn Rāiq, who had made himself master of Basra and Wāsit, and had command of money and men, to come to his help. He created for him the office of Amīr al-Omarā, “Amir of the Amirs,” which nearly corresponds to that of Mayor of the Palace among the Franks.43 Thenceforth the worldly power of the Caliphate was a mere shadow. The empire was by this time practically reduced to the province of Bagdad; Khorasan and Transoxiana were in the hands of the Sāmānids, Fārs in those of the Būyids; Kirman and Media were under independent sovereigns; the Hāmdānids possessed Mesopotamia; the Sājids Armenia and Azerbaijan; the Ikshīdites Egypt; as we have seen, the Fātimites Africa, the Carmathians Arabia. The Amir al-Omarā was obliged to purchase from the latter the freedom of the pilgrimage to Mecca, at the price of a disgraceful treaty.

20. Reign of Radi.—Moqtadir’s son, who was then proclaimed caliph under the name of ar-Rādī billāh (“the content through God”), was pious and well-meaning, but inherited only the shadow of power. The vizier Ibn Moqla tried to maintain his authority at least in Irak and Mesopotamia, but without success. The treasury was exhausted, the troops asked for pay, the people in Bagdad were riotous. In this extremity the caliph bade Ibn Rāiq, who had made himself master of Basra and Wāsit, and had command of money and men, to come to his help. He created for him the office of Amīr al-Omarā, “Amir of the Amirs,” which nearly corresponds to that of Mayor of the Palace among the Franks.43 Thenceforth the worldly power of the Caliphate was a mere shadow. The empire was by this time practically reduced to the province of Bagdad; Khorasan and Transoxiana were in the hands of the Sāmānids, Fārs in those of the Būyids; Kirman and Media were under independent sovereigns; the Hāmdānids possessed Mesopotamia; the Sājids Armenia and Azerbaijan; the Ikshīdites Egypt; as we have seen, the Fātimites Africa, the Carmathians Arabia. The Amir al-Omarā was obliged to purchase from the latter the freedom of the pilgrimage to Mecca, at the price of a disgraceful treaty.

During the troubles of the Caliphate the Byzantines had made great advances; they had even taken Malatia and Samosata (Samsat). But the great valour of the Hamdanid prince Saif-addaula checked their march. The Greek army suffered two severe defeats and sued for peace.

During the challenges of the Caliphate, the Byzantines made significant progress; they even captured Malatia and Samosata (Samsat). However, the remarkable bravery of the Hamdanid prince Saif-addaula halted their advance. The Greek army faced two major defeats and sought peace.

21. Reign of Mottaqi.—Radi died in Rabia I. a.h. 329 (December 940). Another son of Moqtadir was then proclaimed caliph under the name of al-Mottaqī billāh (“he who guards himself by God”). At the time of his accession the Amīr al-Omarā was the Turkish general Bajkam, in whose favour Ibn Rāiq had been obliged to retire. Unfortunately Bajkam died soon after, and his death was followed by general anarchy. A certain Barīdī, who had carved out for himself a principality in the province of Basra, marched against Bagdad and made himself master of the capital, but was soon driven out by the Dailamite general 52 Kūrtakīn. Ibn Rāiq came back and reinstated himself as Amīr al-Omarā. But Barīdī again laid siege to Bagdad, and Mottaqi fled to Nāsir addaula the Hamdānid prince of Mosul, who then marched against Bagdad, and succeeded in repelling Barīdī. In return he obtained the office of Amīr al-Omarā. But the Dailamite and Turkish soldiery did not suffer him to keep this office longer than several months. Tūzūn, a former captain of Bajkam, compelled him to return to Mosul and took his place. Mottaqi fled again to Mosul and thence to Rakka. The Ikshīd, sovereign of Egypt and Syria, offered him a refuge, but Tūzūn, fearing to see the caliph obtain such powerful support, found means to entice him to his tent, and had his eyes put out, Saphar 333 (October 944).

21. Reign of Mottaqi.—Radi died in Rabia I. a.h. 329 (December 940). Another son of Moqtadir was then made caliph under the name of al-Mottaqī billāh (“he who guards himself by God”). When he took power, the Amīr al-Omarā was the Turkish general Bajkam, to whom Ibn Rāiq had been forced to step aside. Unfortunately, Bajkam died shortly after, leading to widespread chaos. A man named Barīdī, who had declared himself a ruler in the Basra province, marched against Baghdad and took control of the capital, but was soon expelled by the Dailamite general Kūrtakīn. Ibn Rāiq returned and reinstated himself as Amīr al-Omarā. However, Barīdī laid siege to Baghdad again, which forced Mottaqi to flee to Nāsir addaula, the Hamdānid prince of Mosul, who then came to Baghdad and successfully drove Barīdī away. In return, he was granted the title of Amīr al-Omarā. However, the Dailamite and Turkish soldiers didn’t allow him to hold that position for more than a few months. Tūzūn, a former captain of Bajkam, forced him to go back to Mosul and took over his role. Mottaqi fled once more to Mosul and then to Rakka. The Ikshīd, ruler of Egypt and Syria, offered him shelter, but Tūzūn, worried about the caliph receiving such strong support, found a way to lure him to his tent and had him blinded, Saphar 333 (October 944).

22. Reign of Mostakfi.—As successor Tūzūn chose al-Mostakfī billāh (“he who finds full sufficiency with God”), a son of Moktafi. This prince, still more than his predecessors, was a mere puppet in the hands of Tūzūn, who died a few months later, and his successor Ibn Shīrzād. Such was the weakness of the caliph that a notorious robber, named Hamdī, obtained immunity for his depredations by a monthly payment of 25,000 dinars. One of the Būyid princes, whose power had been steadily increasing, marched about this time against Bagdad, which he entered in Jomada I. a.h. 334 (December 945), and was acknowledged by the caliph as legal sovereign, under the title of Sultan. He assumed at this time the name of Mo‘izz addaula. Mostakfi was soon weary of this new master, and plotted against him. At least Mo‘izz addaula suspected him and deprived him of his eyesight, Jomada II. a.h. 334 (January 946). There were thus in Bagdad three caliphs who had been dethroned and blinded, Qāhir, Mottaqi and Mostakfi.

22. Reign of Mostakfi.—As his successor, Tūzūn chose al-Mostakfī billāh (“he who finds full sufficiency with God”), the son of Moktafi. This prince, even more than his predecessors, was nothing more than a puppet in the hands of Tūzūn, who died a few months later, followed by his successor Ibn Shīrzād. The caliph was so weak that a notorious robber named Hamdī secured immunity from his crimes by paying 25,000 dinars each month. Around this time, one of the Būyid princes, whose power had been steadily growing, marched against Baghdad, entering it in Jomada I. a.h. 334 (December 945), and was recognized by the caliph as the legitimate ruler, taking the title of Sultan. He adopted the name Mo‘izz addaula. Mostakfi soon grew tired of this new authority and plotted against him. At least Mo‘izz addaula suspected him and had him blinded in Jomada II. a.h. 334 (January 946). Thus, there were three dethroned and blinded caliphs in Baghdad: Qāhir, Mottaqi, and Mostakfi.

23. Reign of Moti.—Mo‘izz addaula soon abandoned his original idea of restoring the title of caliph to one of the descendants of Ali, fearing a strong opposition of the people, and also dreading lest this should lead to the recovery by the caliphs of their former supremacy. His choice fell on a son of Moqtadir, who took the title of al-Moti’ billāh (“he who obeys God”). The sultan, reserving to himself all the powers and revenues of the Caliphate, allowed the caliph merely a secretary and a pension of 5000 dirhems a day. Though in public prayers and on the coins the name of the caliph remained as that of the supreme authority, he had in reality no authority out of the palace, so that the saying became proverbial, “he contents himself with sermon and coin.”

23. Reign of Moti.—Mo‘izz addaula quickly gave up his plan to restore the title of caliph to a descendant of Ali because he was worried about strong public opposition and the possibility of the caliphs regaining their former power. Instead, he chose a son of Moqtadir, who took the title of al-Moti’ billāh (“he who obeys God”). The sultan kept all the powers and income of the Caliphate for himself, allowing the caliph only a secretary and a daily pension of 5000 dirhems. Although the caliph's name was still used in public prayers and on coins as that of the supreme authority, he had no real power outside the palace, leading to the saying, “he is satisfied with sermon and coin.”

The Hamdānid prince of Mosul, who began to think his possessions threatened by Mo‘izz addaula, tried without success to wrest Bagdad from him, and was obliged to submit to the payment of tribute. He died in 358 (a.d. 969), and ten years later the power of this branch of the Hamdanids came to an end. The representative of the other branch, Saif addaula, the prince of Haleb (Aleppo), conducted the war against the Byzantines with great valour till his death in 356 (a.d. 967), but could not stop the progress of the enemy. His descendants maintained themselves, but with very limited power, till a.h. 413 (a.d. 1022).

The Hamdānid prince of Mosul, worried that his territory was threatened by Mo‘izz addaula, tried unsuccessfully to take Baghdad from him and had to agree to pay tribute. He died in 358 (a.d. 969), and ten years later, the power of this branch of the Hamdanids came to an end. The representative of the other branch, Saif addaula, the prince of Haleb (Aleppo), fought valiantly against the Byzantines until his death in 356 (a.d. 967), but he couldn't stop the enemy's advance. His descendants held on to some power, but it was very limited, until a.h. 413 (a.d. 1022).

Mo‘izz addaula died in the same year as Saif addaula, leaving his power to his son Bakhtiyār ‘Izz addaula, who lacked his father’s energy and loved pleasure more than business.

Mo‘izz addaula died in the same year as Saif addaula, leaving his power to his son Bakhtiyār ‘Izz addaula, who didn't have his father’s drive and preferred pleasure over work.

While the Abbāsid dynasty was thus dying out in shame and degradation, the Fātimites, in the person of Mo‘izz li-dīn-allah (or Mo‘izz Abu Tamin Ma‘add) (“he who makes God’s religion victorious”), were reaching the highest degree of power and glory in spite of the opposition of the Carmathians, who left their old allegiance and entered into negotiations with the court of Bagdad, offering to drive back the Fātimites, on condition of being assisted with money and troops, and of being rewarded with the government of Syria and Egypt. The former condition was granted, but the caliph emphatically refused the latter demand, saying: “Both parties are Carmathians, they profess the same religion and are enemies of Islam.” The Carmathians drove the Fātimites out of Syria, and threatened Egypt, but, notwithstanding their intrepidity, they were not able to cope with their powerful rival, who, however, in his turn could not bring them to submission. In 978-979 peace was made on condition that the Carmathians should evacuate Syria for an annual payment of 70,000 dinars. But the losses sustained by the Carmathians during that struggle had been enormous. Their power henceforward declined, and came to an end in a.h. 474 (a.d. 1081).

While the Abbasid dynasty was fading away in shame and disgrace, the Fatimids, represented by Mo‘izz li-dīn-allah (or Mo‘izz Abu Tamin Ma‘add) (“he who makes God’s religion victorious”), were achieving the peak of power and prestige despite the opposition from the Carmathians. The Carmathians, who had broken their old loyalty, entered negotiations with the court of Baghdad, promising to push back the Fatimids in exchange for money, troops, and the governing authority over Syria and Egypt. The caliph agreed to provide financial support but firmly rejected the latter request, stating: “Both parties are Carmathians, they share the same religion and are enemies of Islam.” The Carmathians succeeded in driving the Fatimids out of Syria and threatened Egypt, but despite their bravery, they couldn't compete with their strong rival, who, in turn, couldn't force them into submission. In 978-979, a peace deal was struck whereby the Carmathians would leave Syria for an annual payment of 70,000 dinars. However, the losses the Carmathians faced during that conflict were significant. Their power gradually declined and ended in a.h. 474 (AD 1081).

Mo‘izz addaula, as we have seen, professed a great veneration for the house of Ali. He not only caused the mourning for the death of Hosain and other Shi‘ite festivals to be celebrated at Bagdad, but also allowed imprecations against Moawiya and even against Mahomet’s wife Ayesha and the caliphs Abu Bekr, Omar and Othman, to be posted up at the doors of the mosques. These steps annoyed the people and the Turkish soldiery, who were Sunnites, and led at last to an insurrection. Moti was compelled to abdicate, and Bakhtiyār was driven out of Bagdad Dhu‘l-qa‘da 363 (August 974).

Mo‘izz addaula, as we’ve noted, had a deep respect for the house of Ali. He not only arranged for mourning over Hosain's death and other Shi‘ite festivals to be observed in Baghdad, but also permitted curses against Moawiya and even Mahomet’s wife Ayesha, as well as the caliphs Abu Bekr, Omar, and Othman, to be displayed at the doors of the mosques. These actions upset the people and the Turkish soldiers, who were Sunnites, eventually leading to a revolt. Moti was forced to step down, and Bakhtiyār was expelled from Baghdad Dhu‘l-qa‘da 363 (August 974).

24. Reign of Tai.—Moti left the empty title of caliph to his son al-Tā‘i li-amri‘llāh (“the obedient to the command of God”). The Turks who had placed him on the throne could not maintain themselves, but so insignificant was the person of the caliph that ‘Adod addaula, who succeeded his cousin Bakhtiyār in Bagdad, did not think of replacing him by another. Under this prince, or king, as he was called, the power of the Būyids reached its zenith. His empire stretched from the Caspian to the Persian Sea, and in the west to the eastern frontier of Syria. He did his best to remedy the misery caused by the intestine Wars, repaired the ruined mosques and other public edifices, founded hospitals and libraries—his library in Shirāz was one of the wonders of the world—and improved irrigation. It was also he who built the mausoleum of Hosain at Kerbela, and that of Ali at Kufa. But after his death in the year 372 (a.d. 983), his sons, instead of following the example of their predecessors, the three sons of Būya, fought one against the other. In 380 (a.d. 990) the youngest of them, Bahā addaula, had the upper hand. This prince, who was as avaricious as he was ambitious, wishing to deprive the caliph Ta‘i of his possessions, compelled him to abdicate a.h. 381 (a.d. 991).

24. Reign of Tai.—Moti passed the empty title of caliph to his son al-Tā‘i li-amri‘llāh (“the obedient to the command of God”). The Turks who had placed him on the throne were unable to maintain their position, and the caliph was so insignificant that ‘Adod addaula, who succeeded his cousin Bakhtiyār in Baghdad, didn’t consider replacing him. Under this prince, or king, as he was called, the power of the Būyids reached its peak. His empire extended from the Caspian Sea to the Persian Gulf, and in the west to the eastern border of Syria. He did his best to address the suffering caused by internal wars, repaired damaged mosques and other public buildings, established hospitals and libraries—his library in Shirāz was one of the wonders of the world—and improved irrigation. He also built the mausoleum of Hosain at Kerbela and that of Ali at Kufa. However, after his death in the year 372 (A.D. 983), his sons fought amongst themselves instead of following the example of their predecessors, the three sons of Būya. In 380 (AD 990), the youngest of them, Bahā addaula, gained the upper hand. This prince, who was as greedy as he was ambitious, sought to strip the caliph Ta‘i of his possessions, forcing him to abdicate in a.h. 381 (AD 991).

25. Reign of Qādir.—A grandson of Moqtadir was then made caliph under the name of al-Qādir billāh (“the powerful through God”). The only deed of power, however, that is recorded of him, is that he opposed himself to the substitution of a Shi‘ite head cadi for the Sunnite, so that Bahā addaula had to content himself with giving to the Shi‘ites a special judge, to whom he gave the title of naqīb (superintendent). During this caliphate the Būyid princes were in continual war with one another. Meanwhile events were preparing the fall of their dynasty. In 350 (a.d. 961) a Turkish general of the Sāmānids had founded for himself a principality in Ghazni, arid at his death in 366 (a.d. 976) his successor Sabuktagin had conquered Bost in Sijistān and Qosdār in Baluchistan, beaten the Indian prince Diaya Pala, and been acknowledged as master of the lands west of the Indus. At his death in 387 his son Mahmud conquered the whole of Khorasan and Sijistān, with a great part of India. He then attacked the Būyids, and would have destroyed their dynasty but for his death in the year 421 (a.d. 1030).

25. Reign of Qādir.—A grandson of Moqtadir was then made caliph under the name of al-Qādir billāh (“the powerful through God”). The only notable action recorded during his reign is his opposition to replacing the Sunni head judge with a Shi‘ite one. As a result, Bahā addaula had to settle for appointing a special judge for the Shi‘ites, giving him the title of naqīb (superintendent). During this caliphate, the Būyid princes were constantly at war with each other, while events were unfolding that would lead to the downfall of their dynasty. In 350 (AD 961), a Turkish general from the Sāmānids established a principality in Ghazni. When he died in 366 (A.D. 976), his successor Sabuktagin conquered Bost in Sijistān and Qosdār in Baluchistan, defeated the Indian prince Diaya Pala, and was recognized as the ruler of the territories west of the Indus. After his death in 387, his son Mahmud conquered all of Khorasan and Sijistān, along with a large part of India. He then launched attacks against the Būyids and would have likely destroyed their dynasty if not for his death in the year 421 (A.D. 1030).

In 389 (a.d. 999) Ilek-khān, the prince of Turkistan, took Bokhārā and made an end to the glorious state of the Sāmānids, the last prince of which was murdered in 395 (a.d. 1005). The Sāmānids had long been a rampart of the Caliphate against the Turks, whom they held under firm control. From their fall dates the invasion of the empire by that people. The greatest gainer for the moment was Mahmūd of Ghazni. In Mesopotamia and Irak several petty states arose on the ruins of the dominions of the Hamdānids and of the Abbasids.

In 389 (a.d. 999), Ilek-khān, the prince of Turkistan, captured Bokhārā and ended the glorious Sāmānid dynasty, whose last prince was killed in 395 (a.d. 1005). The Sāmānids had long served as a strong defense for the Caliphate against the Turks, whom they kept firmly under control. After their fall, the Turks began invading the empire. The biggest beneficiary at that time was Mahmūd of Ghazni. In Mesopotamia and Iraq, several small states emerged from the ruins of the Hamdānid and Abbasid territories.

Qādir died in the last month of a.h. 422 (November 1031). He is the author of some theological treatises.

Qādir died in the last month of a.h. 422 (November 1031). He wrote several theological essays.

26. Reign of Qāim.—He was succeeded by his son, who at his accession took the title of al-Qāim bi-amri‘llāh (“he who maintains the cause of God”). During the first half of his long reign took place the development of the power of the Ghūzz, a great Turkish tribe, who took the name Seljuk from Seljuk their chief in Transoxiana. Already during the reign of Mahmūd large bodies had passed the Oxus and spread over Khorasan and the adjacent 53 countries. In the time of his successor the bulk of the tribe followed, and in the year 429 (a.d. 1038) Toghrul Beg, their chief, beat the army of the Ghaznevids and made his entry into Nishapur. Thenceforth this progress was rapid (see Seljuks). The situation in Bagdad had become so desperate that the caliph called Toghrul to his aid. This prince entered Bagdad in the month of Ramadan a.h. 447 (December 1055), and overthrew finally the dynasty of the Būyids.44 In 449 (a.d. 1058) the caliph gave him the title of “King of the East and West.” But in the following year, 450, during his absence, the Shi‘ites made themselves masters of the metropolis, and proclaimed the Caliphate of the Fātimite prince Mostansir. They were soon overthrown by Toghrul, who was now supreme, and compelled the caliph to give him his daughter in marriage. Before the marriage, however, he died, and was succeeded by his nephew Alp Arslān, who died in 465 (25th December) (a.d. 1072). Qāim died two years later, Shaaban a.h. 467 (April 1075).

26. Reign of Qāim.—He was succeeded by his son, who at his accession took the title of al-Qāim bi-amri‘llāh (“he who maintains the cause of God”). During the first half of his long reign took place the development of the power of the Ghūzz, a great Turkish tribe, who took the name Seljuk from Seljuk their chief in Transoxiana. Already during the reign of Mahmūd large bodies had passed the Oxus and spread over Khorasan and the adjacent 53 countries. In the time of his successor the bulk of the tribe followed, and in the year 429 (AD 1038) Toghrul Beg, their chief, beat the army of the Ghaznevids and made his entry into Nishapur. Thenceforth this progress was rapid (see Seljuks). The situation in Bagdad had become so desperate that the caliph called Toghrul to his aid. This prince entered Bagdad in the month of Ramadan a.m. 447 (December 1055), and overthrew finally the dynasty of the Būyids.44 In 449 (a.d. 1058) the caliph gave him the title of “King of the East and West.” But in the following year, 450, during his absence, the Shi‘ites made themselves masters of the metropolis, and proclaimed the Caliphate of the Fātimite prince Mostansir. They were soon overthrown by Toghrul, who was now supreme, and compelled the caliph to give him his daughter in marriage. Before the marriage, however, he died, and was succeeded by his nephew Alp Arslān, who died in 465 (25th December) (A.D. 1072). Qāim died two years later, Shaaban a.h. 467 (April 1075).

In the year 440 Mo‘izz b. Bādīs, the Zeirid ruler of the Maghrib, made himself independent, and substituted in prayer the name of the Abbasid caliph for that of Mostansir. In order to punish him, the latter gave permission to the Arab tribes in Egypt to cross the Nile, and granted them possession of all the lands they should conquer. This happened in 442 (a.d. 1050) and was of the greatest significance for the subsequent fate of Africa.

In 440, Mo‘izz b. Bādīs, the Zeirid ruler of the Maghrib, declared his independence and replaced the name of the Abbasid caliph with Mostansir in prayers. To retaliate, Mostansir allowed the Arab tribes in Egypt to cross the Nile and granted them control over any lands they conquered. This occurred in 442 (a.d. 1050) and was hugely important for the future of Africa.

27. Reign of Moqtadi.—In the first year of the Caliphate of al-Moqtadī bi-amri‘llāh (“he who follows the orders of God”), a grandson of Qāim, the power of the Seljuk empire reached its zenith. All the eastern provinces, a great part of Asia Minor, Syria with the exception of a few towns on the shore, the main part of West Africa acknowledged the caliph of Bagdad as the Imām. Yemen had been subjected, and at Mecca and Medina his name was substituted in the public prayers for that of the Fātimite caliph. But after the death of Malik-Shah a contest for the sultanate took place. The caliph, who had in 1087 married the daughter of Malik-Shah, had been compelled two years after to send her back to her father, as she complained of being neglected by her husband. Just before his death, the Sultan had ordered him to transfer his residence from Bagdad to Basra. After his death he stayed and supported the princess Turkān Khātūn. This lost him his life. The day after Barki-yāroq’s triumphant entry into Bagdad, Muharram 487 (February 1094), he died suddenly, apparently by poison.

27. Reign of Moqtadi.—In the first year of the Caliphate of al-Moqtadī bi-amri‘llāh (“he who follows the orders of God”), a grandson of Qāim, the power of the Seljuk empire reached its peak. All the eastern provinces, a large part of Asia Minor, Syria except for a few towns on the coast, and most of West Africa recognized the caliph of Baghdad as the Imām. Yemen had been conquered, and in Mecca and Medina, his name was used in public prayers instead of that of the Fātimite caliph. But after Malik-Shah’s death, a struggle for the sultanate began. The caliph, who had married Malik-Shah’s daughter in 1087, had been forced two years later to send her back to her father because she complained of being ignored by her husband. Just before he died, the Sultan had ordered him to move from Baghdad to Basra. After his death, he stayed and supported the princess Turkān Khātūn. This cost him his life. The day after Barki-yāroq’s triumphant entry into Baghdad, Muharram 487 (February 1094), he died suddenly, apparently from poison.

28. Reign of Mostazhir.—Al-Mostazhir billāh (“he who seeks to triumph through God”), son of Moqtadi, was only sixteen years old when he was proclaimed caliph. His reign is memorable chiefly for the growing power of the Assassins (q.v.) and for the first Crusade (see Crusades). The Seljuk princes were too much absorbed by internal strife to concentrate against the new assailants. After the death of Barkiyāroq in November 1104, his brother Mahommed reigned till April 1118. His death was followed about four months later by that of Mostazhir.

28. Reign of Mostazhir.—Al-Mostazhir billāh (“he who seeks to triumph through God”), son of Moqtadi, was only sixteen years old when he was proclaimed caliph. His reign is memorable chiefly for the growing power of the Assassins (q.v.) and for the first Crusade (see Crusades). The Seljuk princes were too much absorbed by internal strife to concentrate against the new assailants. After the death of Barkiyāroq in November 1104, his brother Mahommed reigned till April 1118. His death was followed about four months later by that of Mostazhir.

29. Reign of Mostarshid.Al-Mostarshid billāh (“he who asks guidance from God”), who succeeded his father in Rabia II. 512 (August 1118), distinguished himself by a vain attempt to reestablish the power of the caliph. Towards the end of the year 529 (October 1134) he was compelled to promise that he would confine himself to his palace and never again take the field. Not long after he was assassinated. About the same time Dobais was killed, a prince of the family of the Banu Mazyad, who had founded the Arabian state of Hillah in the vicinity of the ruins of Babel in 1102.

29. Reign of Mostarshid.Al-Mostarshid billāh (“he who asks guidance from God”), who took over from his father in Rabia II. 512 (August 1118), stood out for his futile attempt to restore the power of the caliph. By the end of the year 529 (October 1134), he was forced to vow that he would stay inside his palace and would never again lead troops into battle. Shortly after, he was assassinated. Around the same time, Dobais, a prince from the Banu Mazyad family, who had established the Arabian state of Hillah near the ruins of Babel in 1102, was also killed.

30. Reign of Rāshid.Al-Rāshid billāh (“the just through God”) tried to follow the steps of his father, with the aid of Zengī, the prince of Mosul. But the sultan Mas‘ūd beat the army of the allies, took Bagdad and had Rāshid deposed (August 1136). Rāshid escaped, but was murdered two years later.

30. Reign of Rāshid.Al-Rāshid billāh (“the just through God”) attempted to follow in his father's footsteps, with support from Zengī, the prince of Mosul. However, Sultan Mas‘ūd defeated the allied forces, captured Baghdad, and had Rāshid removed from power (August 1136). Rāshid managed to escape but was killed two years later.

31. Reign of Moqtafi.—His successor Al-Moqtafi li-amri‘llāh (“he who follows the orders of God”), son of Mostazhir, had better success. He was real ruler not only of the district of Bagdad, but also of the rest of Irak, which he subdued by force. He died in the month of Rabia II. 555 (March 1160). Under his reign the central power of the Seljuks was rapidly sinking. In the west of Atabeg (prince’s guardian) Zengī, the prince of Mosul, had extended his dominion over Mesopotamia and the north of Syria, where he had been the greatest defender of Islam against the Franks. At his death in the year 541 (a.d. 1146), his noble son, the well-known Nūreddīn, who was called “the just king,” continued his father’s glorious career. Transoxiana was conquered by the heathen hordes of Khatā, who towards the end of 535 (a.d. 1141) under the king Ghurkhān defeated the great army of the Seljuk prince and compelled the Turkish tribes of the Ghuzz to cross the Oxus and to occupy Khorasan.

31. Reign of Moqtafi.—His successor Al-Moqtafi li-amri‘llāh (“he who follows the orders of God”), son of Mostazhir, was more successful. He was a true ruler not only of Baghdad but also of the rest of Iraq, which he conquered by force. He died in the month of Rabia II, 555 (March 1160). During his reign, the central power of the Seljuks was rapidly declining. In the west, the Atabeg (prince’s guardian) Zengī, the prince of Mosul, had expanded his control over Mesopotamia and northern Syria, where he was the leading defender of Islam against the Franks. At his death in the year 541 (A.D. 1146), his noble son, the well-known Nūreddīn, known as “the just king,” carried on his father's illustrious legacy. Transoxiana was conquered by the pagan hordes of Khatā, who, towards the end of 535 (A.D. 1141), under King Ghurkhān, defeated the vast army of the Seljuk prince and forced the Turkish Ghuzz tribes to cross the Oxus and occupy Khorasan.

32. Reign of Mostanjid.Al-Mostanjid billāh (“he who invokes help from God”), the son of Moqtafi, enlarged the dominion of the Caliphate by making an end to the state of the Mazyadites in Hillah. His allies were the Arabic tribe of the Montafiq, who thenceforth were powerful in southern Irak. The greatest event towards the end of his Caliphate was the conquest of Egypt by the army of Nūreddīn, the overthrow of the Fātimite dynasty, and the rise of Saladin. He was killed by his majordomo in Rabia II. 566 (December 1170).

32. Reign of Mostanjid.Al-Mostanjid billāh (“the one who seeks help from God”), the son of Moqtafi, expanded the Caliphate's territory by putting an end to the Mazyadites in Hillah. His allies were the Arabic tribe of the Montafiq, who became influential in southern Iraq from that point on. The most significant event toward the end of his Caliphate was the conquest of Egypt by Nūreddīn's army, the fall of the Fātimite dynasty, and the rise of Saladin. He was killed by his head servant in Rabia II. 566 (December 1170).

33. Reign of Mostadi.—His son and successor al-Mostadī’ bi-amri‘llāh (“he who seeks enlightenment by the orders of God “), though in Egypt his name was now substituted in public prayers for that of the Fātimite caliph, was unable to obtain any real authority. By the death of Nūreddīn in 569 (a.d. 1174) Saladin’s power became firmly rooted. The dynasty founded by him is called that of the Ayyūbites, after the name of his father Ayyūb. Mostadi died in the month of Dhu‘l-qa‘da 575 (March 1180).

33. Reign of Mostadi.—His son and successor al-Mostadī’ bi-amri‘llāh (“he who seeks enlightenment by the orders of God”), although in Egypt his name was now used in public prayers instead of the Fātimite caliph's, was unable to gain any real power. After Nūreddīn died in 569 (A.D. 1174), Saladin’s influence became solidified. The dynasty established by him is known as the Ayyūbites, named after his father Ayyūb. Mostadi passed away in the month of Dhu‘l-qa‘da 575 (March 1180).

34. Reign of Nāsir.—Quite a different man from his father was his successor al-Nāsir li-dīni‘llāh (“he who helps the religion of God”). During his reign Jerusalem was reconquered by Saladin, 27 Rajab 583 (October 2nd, 1187). Not long before that event the well-known Spanish traveller Ibn Jubair visited the empire of Saladin, and came to Bagdad in 580, where he saw the caliph himself. Nāsir was very ambitious; he had added Khūzistān to his dominions, and desired to become also master of Media (Jabal, or Persian Irak, as it was called in the time of the Seljuks). Here, however, he came into conflict with the then mighty prince of Khwārizm (Khīva), who, already exasperated because the caliph refused to grant him the honours he asked for, resolved to overthrow the Caliphate of the Abbasids, and to place a descendant of Ali on the throne of Bagdad. In his anxiety, Nāsir took a step which brought the greatest misery upon western Asia, or at least accelerated its arrival.

34. Reign of Nāsir.—His successor al-Nāsir li-dīni‘llāh (“he who helps the religion of God”) was a very different person from his father. During his reign, Saladin recaptured Jerusalem on 27 Rajab 583 (October 2nd, 1187). Just before that, the famous Spanish traveler Ibn Jubair visited Saladin's empire and arrived in Baghdad in 580, where he met the caliph. Nāsir was highly ambitious; he had expanded his territory to include Khūzistān and aimed to also become the ruler of Media (Jabal, or Persian Irak, as it was known during the Seljuks' time). However, he clashed with the powerful prince of Khwārizm (Khīva), who, already frustrated by the caliph's refusal to grant him the honors he sought, decided to overthrow the Abbasid Caliphate and place a descendant of Ali on the throne of Baghdad. In his worry, Nāsir took a step that brought great suffering to western Asia, or at least sped up its arrival.

In the depths of Asia a great conglomeration of east Turkish tribes (Tatars or Mongols), formed by a terrible warrior, known under his honorific title Jenghiz Khān, had conquered the northern provinces of China, and extended its power to the frontiers of the Transoxianian regions. To this heathen chief the Imām of the Moslems sent a messenger, inducing him to attack the prince of Khwārizm, who already had provoked the Mongolian by a disrespectful treatment of his envoys. Neither he nor the caliph had the slightest notion of the imminent danger they conjured up. When Nāsir died, Ramadan 622 (October 1225), the eastern provinces of the empire had been trampled down by the wild hordes, the towns burned, and the inhabitants killed without mercy.

In the heart of Asia, a large group of eastern Turkish tribes (Tatars or Mongols), led by a formidable warrior known by his title Jenghiz Khān, had conquered the northern provinces of China and expanded their influence to the borders of the Transoxiana regions. The Imām of the Muslims sent a message to this pagan leader, urging him to attack the prince of Khwārizm, who had already angered the Mongols by disrespecting their envoys. Neither he nor the caliph had any idea of the impending danger they had created. When Nāsir died in Ramadan 622 (October 1225), the eastern provinces of the empire had been overrun by savage hordes, cities were burned, and the people were killed without mercy.

35. Reign of Zāhir.—Al-Zāhir bi-amri‘llāh (“the victorious through the orders of God”) died within a year after his father’s death, in Rajab 623 (July 1226). He and his son and successor are praised as beneficent and just princes.

35. Reign of Zāhir.—Al-Zāhir bi-amri‘llāh (“the victorious through the orders of God”) died less than a year after his father passed away, in Rajab 623 (July 1226). He and his son, who succeeded him, are regarded as generous and fair rulers.

36. Reign of Mostansir.—Al-Mostansir billāh (“he who asks help from God”) was caliph till his death in Jornada II. 640 (December 1242). In the year 624 (1227) Jenghiz Khān died, but the Mongol invasion continued to advance with immense strides. The only man who dared, and sometimes with success, to combat them was Jelaleddin, the ex-king of Khwārizm, but after his death in 628 (a.d. 1231) all resistance was paralysed.

36. Reign of Mostansir.—Al-Mostansir billāh (“he who asks help from God”) was caliph until his death in Jornada II. 640 (December 1242). In the year 624 (1227), Genghis Khan died, but the Mongol invasion kept moving forward rapidly. The only person who dared to fight back, and sometimes succeeded, was Jelaleddin, the former king of Khwarazm, but after his death in 628 (A.D. 1231), all resistance came to a halt.

37. Reign of Mostasim.—Al-Mosta‘ṣim billāh (“he who clings to God for protection”), son of Mostansir, the last caliph of Bagdad, was a narrow-minded, irresolute man, guided moreover 54 by bad counsellors. In the last month of the year 653 (January 1256) Hulaku or Hulagu, the brother of the gteat khān of the Mongols, crossed the Oxus, and began by destroying all the strongholds of the Ismā‘īlīs. Then the turn of Bagdad came. On the 11th of Muharram 656 (January 1258) Hulaku arrived under the walls of the capital. In vain did Mostasim sue for peace. Totally devoid of dignity and heroism, he ended by surrendering and imploring mercy from the barbarian victor. On the 4th of Saphar (February 10th) he came with his retinue into the camp. The city was then given up to plunder and slaughter; many public buildings were burnt; the caliph, after having been compelled to bring forth all the hidden treasures of the family, was killed with two of his sons and many relations. With him expired the eastern Caliphate of the Abbasids, which had lasted 524 years, from the entry of Abu’I-Abbas into Kufa.

37. Reign of Mostasim.—Al-Mosta‘ṣim billāh (“he who clings to God for protection”), son of Mostansir, the last caliph of Baghdad, was a narrow-minded and indecisive man, further led astray by poor advisers. In the last month of the year 653 (January 1256), Hulaku or Hulagu, the brother of the great khān of the Mongols, crossed the Oxus and started by annihilating all the strongholds of the Ismā‘īlīs. Then it was Baghdad’s turn. On the 11th of Muharram 656 (January 1258), Hulaku reached the walls of the capital. Mostasim's pleas for peace were in vain. Completely lacking dignity and bravery, he ultimately surrendered and begged for mercy from the barbarian conqueror. On the 4th of Saphar (February 10th), he entered the camp with his entourage. The city was then subjected to plunder and slaughter; many public buildings were set on fire; the caliph, after being forced to reveal all the hidden treasures of his family, was killed along with two of his sons and many relatives. With him, the eastern Caliphate of the Abbasids came to an end, lasting 524 years from the entry of Abu’I-Abbas into Kufa.

In vain, three years later, did Abu’I-Qasim Ahmad, a scion of the race of the Abbasids, who had taken refuge in Egypt with Bibars the Mameluke sultan, and who had been proclaimed caliph under the title al-Mostanṣir billāh (“he who seeks help from God”), make an effort to restore a dynasty which was now for ever extinct. At the head of an army he marched against Bagdad, but was defeated and killed before he reached that city. Then another descendant of the Abbasids, who also had found an asylum in Egypt, was proclaimed caliph at Cairo under the name of al-Hākim bi-amrillāh (“he who decides according to the orders of God”). His sons inherited his title, but, like their father, remained in Egypt without power or influence (see Egypt: History, “Mahommedan period”). This shadow of sovereignty continued to exist till the conquest of Egypt by the Turkish sultan Selim I., who compelled the last of them, Motawakkil, to abdicate in his favour (see Turkey: History). He died at Cairo, a pensionary of the Ottoman government, in 1538.

In vain, three years later, did Abu’I-Qasim Ahmad, a scion of the race of the Abbasids, who had taken refuge in Egypt with Bibars the Mameluke sultan, and who had been proclaimed caliph under the title al-Mostanṣir billāh (“he who seeks help from God”), make an effort to restore a dynasty which was now for ever extinct. At the head of an army he marched against Bagdad, but was defeated and killed before he reached that city. Then another descendant of the Abbasids, who also had found an asylum in Egypt, was proclaimed caliph at Cairo under the name of al-Hākim bi-amrillāh (“he who decides according to the orders of God”). His sons inherited his title, but, like their father, remained in Egypt without power or influence (see Egypt: History, “Mahommedan period”). This shadow of sovereignty continued to exist till the conquest of Egypt by the Turkish sultan Selim I., who compelled the last of them, Motawakkil, to abdicate in his favour (see Turkey: History). He died at Cairo, a pensionary of the Ottoman government, in 1538.

Another scion of the Abbasid family, Mahommed, a great-grandson of the caliph Mostansir, found at a later period a refuge in India, where the sultan of Delhi received him with the greatest respect, named him Makhdumzādeh, “the Master’s son,” and treated him as a prince. Ibn Batūta saw him when he visited India, and says that he was very avaricious. On his return to Bagdad the traveller found there a young man, son of this prince, who gained a single dirhem daily for serving as imām in a mosque, and did not get the least relief from his rich father. It seems that this Mahommed, or his son, emigrated later to Sumatra, where in the old Samūtra the graves of their descendants have been lately discovered.

Another member of the Abbasid family, Mahommed, a great-grandson of the caliph Mostansir, later found refuge in India, where the sultan of Delhi welcomed him with great respect, called him Makhdumzādeh, meaning “the Master’s son,” and treated him like a prince. Ibn Batūta met him during his visit to India and mentioned that he was very greedy. When he returned to Baghdad, the traveler found a young man, the son of this prince, who earned just one dirhem a day serving as an imām in a mosque, with no support from his wealthy father. It seems that Mahommed, or his son, later moved to Sumatra, where the graves of their descendants have recently been discovered in the old Samūtra.

(M. J. de G.)

1 Throughout this article, well-known names of persons and places appear in their most familiar forms, generally without accents or other diacritical signs. For the sake of homogeneity the articles on these persons or places are also given under these forms, but in such cases, the exact forms, according to the system of transliteration adopted, are there given in addition.

1 Throughout this article, well-known names of persons and places appear in their most familiar forms, generally without accents or other diacritical signs. For the sake of homogeneity the articles on these persons or places are also given under these forms, but in such cases, the exact forms, according to the system of transliteration adopted, are there given in addition.

2 See Noldeke, Beiträge zur Kenntniss der Poesie der alten Araber (1864), pp. 89 seq.

2 See Noldeke, Beiträge zur Kenntniss der Poesie der alten Araber (1864), pp. 89 seq.

3 De Goeje, Mémoires d’hist. et de géog. orient. No. 2 (2nd ed., Leiden, 1864); Nöldeke, D.M.Z., 1875, p. 76 sqq.; Balādhurī 137.

3 De Goeje, Mémoires d’hist. et de géog. orient. No. 2 (2nd ed., Leiden, 1864); Nöldeke, D.M.Z., 1875, p. 76 sqq.; Balādhurī 137.

4 The accounts differ; see Balādhurī 305. The chronology of the conquests is in many points uncertain.

4 The accounts differ; see Balādhurī 305. The chronology of the conquests is in many points uncertain.

5 Balādhurī 315 sq.; Tabarī. i. 1068.

5 Balādhurī 315 sq.; Tabarī. i. 1068.

6 He sought to make the whole nation a great host of God; the Arabs were to be soldiers and nothing else. They were forbidden to acquire landed estates in the conquered countries; all land was either made state property or was restored to the old owners subject to a perpetual tribute which provided pay on a splendid scale for the army.

6 He sought to make the whole nation a great host of God; the Arabs were to be soldiers and nothing else. They were forbidden to acquire landed estates in the conquered countries; all land was either made state property or was restored to the old owners subject to a perpetual tribute which provided pay on a splendid scale for the army.

7 Nöldeke, Tabari, 246. To Omar is due also the establishment of the Era of the Flight (Hegira).

7 Nöldeke, Tabari, 246. To Omar is due also the establishment of the Era of the Flight (Hegira).

8 Even in the list of the slain at the battle of Honain the Emigrants are enumerated along with the Meccans and Koreish, and distinguished from the men of Medina.

8 Even in the list of the slain at the battle of Honain the Emigrants are enumerated along with the Meccans and Koreish, and distinguished from the men of Medina.

9 It was the same opposition of the spiritual to the secular nobility that afterwards showed itself in the revolt of the sacred cities against the Omayyads. The movement triumphed with the elevation of the Abbasids to the throne. But, that the spiritual nobility was fighting not for principle but for personal advantage was as apparent in Ali’s hostilities against Zobair and Ṭalḥa, as in that of the Abbasids against the followers af Ali.

9 It was the same opposition of the spiritual to the secular nobility that afterwards showed itself in the revolt of the sacred cities against the Omayyads. The movement triumphed with the elevation of the Abbasids to the throne. But, that the spiritual nobility was fighting not for principle but for personal advantage was as apparent in Ali’s hostilities against Zobair and Ṭalḥa, as in that of the Abbasids against the followers af Ali.

10 Or, at least, so they thought. The history of the letter to ‘Abdallah b. abī Sarḥ seems to have been a trick played on the caliph, who suspected Ali of having had a hand in it.

10 Or, at least, so they thought. The history of the letter to ‘Abdallah b. abī Sarḥ seems to have been a trick played on the caliph, who suspected Ali of having had a hand in it.

11 Ma‘ad is in the genealogical system the father of the Moḍar and the Rab‘īa tribes. Qais is the principal branch of the Moḍar.

11 Ma‘ad is in the genealogical system the father of the Moḍar and the Rab‘īa tribes. Qais is the principal branch of the Moḍar.

12 The Arabs always call them Rūm, i.e. Romans.

12 The Arabs always call them Rūm, i.e. Romans.

13 A single genealogist, Abu Yaqazān, says that he was a legitimate son of Abu Sofiān, and that his mother was Asmā, daughter of A’war. But all others call his mother Somayya, who is said to have been a slave-girl of Hind, the wife of Abu Sofiān, and who became later also the mother of Abu Bakra. We cannot make out whether Abu Sofiān acknowledged him as his son or not. At a later period, the Abbasid caliph Mahdi had the names of Ziyād and his descendants struck off the rolls of the Koreish; but, after his death, the persons concerned gained over the chief of the rolls office, and had their names replaced in the lists (see Tabari iii. 479).

13 A single genealogist, Abu Yaqazān, says that he was a legitimate son of Abu Sofiān, and that his mother was Asmā, daughter of A’war. But all others call his mother Somayya, who is said to have been a slave-girl of Hind, the wife of Abu Sofiān, and who became later also the mother of Abu Bakra. We cannot make out whether Abu Sofiān acknowledged him as his son or not. At a later period, the Abbasid caliph Mahdi had the names of Ziyād and his descendants struck off the rolls of the Koreish; but, after his death, the persons concerned gained over the chief of the rolls office, and had their names replaced in the lists (see Tabari iii. 479).

14 Aghāni xx. p. 13, Ibn abi Osaibia i. p. 118.

14 Aghāni xx. p. 13, Ibn abi Osaibia i. p. 118.

15 Tabari ii. p. 82.

__A_TAG_PLACEHOLDER_0__ Tabari vol. 2, p. 82.

16 See Chodzko, Théâtre persan (Paris, 1878).

__A_TAG_PLACEHOLDER_0__ See Chodzko, Persian Theatre (Paris, 1878).

17 Dozy took communis for a gloss to civiliter

__A_TAG_PLACEHOLDER_0__ Dozy took communis as a gloss for civiliter

18 Formerly the capital of the homonymous province of Syria; it lies a day’s march west from Haleb (Aleppo).

18 Formerly the capital of the homonymous province of Syria; it lies a day’s march west from Haleb (Aleppo).

19 This account of the conquest is based partly on the researches of Dozy, but mainly on those of Saavedra in his Estudio sobre la Invasion de los Arabes en España (Madrid, 1892). Some of the details, however, e.g. the battle near Tamames and the part played by the sons of Witiza, are based, not on documentary evidence, but on probable inferences. For other accounts of the deaths of Musa and Abdalaziz see Sir Wm. Muir, Caliphate (London, 1891), pp. 368-9.

19 This account of the conquest is based partly on the researches of Dozy, but mainly on those of Saavedra in his Estudio sobre la Invasion de los Arabes en España (Madrid, 1892). Some of the details, however, e.g. the battle near Tamames and the part played by the sons of Witiza, are based, not on documentary evidence, but on probable inferences. For other accounts of the deaths of Musa and Abdalaziz see Sir Wm. Muir, Caliphate (London, 1891), pp. 368-9.

20 Solaiman is the Arabic form of Solomon. The prophecy is to be found in the Kitāb al-Oyūn, p. 24; cf. Tabari ii. p. 1138.

20 Solaiman is the Arabic form of Solomon. The prophecy is to be found in the Kitāb al-Oyūn, p. 24; cf. Tabari ii. p. 1138.

21 Seyid Ameer Ali, A Critical Examination of the Life and Teachings of Mahomet, pp. 341-343.

21 Seyid Ameer Ali, A Critical Examination of the Life and Teachings of Mahomet, pp. 341-343.

22 Cf. Van Vloten, Recherches sur la domination arabe, le Chiitisme et les croyances messianiques sous le Khalifat des Omayades (Amsterdam, 1894), p. 63 seq.

22 Cf. Van Vloten, Recherches sur la domination arabe, le Chiitisme et les croyances messianiques sous le Khalifat des Omayades (Amsterdam, 1894), p. 63 seq.

23 Cf. Wellhausen, Die Kampfe der Araber mit den Rom. in der Zeit der Umaijiden (Göttingen, 1901), p. 31.

23 Cf. Wellhausen, Die Kampfe der Araber mit den Rom. in der Zeit der Umaijiden (Göttingen, 1901), p. 31.

24 Bayān i. p. 42; Dozy, Histoire des musulmans d’Espagne, i. p. 246, names the place Bacdoura or Nafdoura, the Spanish chronist Nauam.

24 Bayān i. p. 42; Dozy, Histoire des musulmans d’Espagne, i. p. 246, names the place Bacdoura or Nafdoura, the Spanish chronist Nauam.

25 Dozy i. p. 268.

__A_TAG_PLACEHOLDER_0__ Dozy p. 268.

26 Merwan has been nicknamed al-Ja‘di and al-Ḥimār (the Ass). As more than one false interpretation of these names has been given, it is not superfluous to cite here Qaisarānī (ed. de Jong, p. 31), who says on good authority that a certain al-Ja‘d b. Durham, killed under the reign of Hishām for heretical opinions, had followers in Mesopotamia, and that, when Merwan became caliph, the Khorasanians called him a Ja‘d, pretending that all’Ja‘d had been his teacher. As to al-Ḥimār this was substituted also by the Khorasanians for his usual title, al-Faras, “the race-horse.”

26 Merwan has been nicknamed al-Ja‘di and al-Ḥimār (the Ass). As more than one false interpretation of these names has been given, it is not superfluous to cite here Qaisarānī (ed. de Jong, p. 31), who says on good authority that a certain al-Ja‘d b. Durham, killed under the reign of Hishām for heretical opinions, had followers in Mesopotamia, and that, when Merwan became caliph, the Khorasanians called him a Ja‘d, pretending that all’Ja‘d had been his teacher. As to al-Ḥimār this was substituted also by the Khorasanians for his usual title, al-Faras, “the race-horse.”

27 The Arabic word for “shedder of blood,” as-Saffāh, which by that speech became a name of the caliph, designates the liberal host who slaughters his camels for his guests. European scholars have taken it unjustly in the sense of the bloodthirsty, and found in it an allusion to the slaughter of the Omayyads and many others. At the same time, it was not without much bloodshed that Abū‘l-Abbas finally established his power.

27 The Arabic word for “shedder of blood,” as-Saffāh, which by that speech became a name of the caliph, designates the liberal host who slaughters his camels for his guests. European scholars have taken it unjustly in the sense of the bloodthirsty, and found in it an allusion to the slaughter of the Omayyads and many others. At the same time, it was not without much bloodshed that Abū‘l-Abbas finally established his power.

28 The rule of the caliphs in Morocco, which had never been firmly established, had already, in 740, given place to that of independent princes (see MOROCCO, History).

28 The rule of the caliphs in Morocco, which had never been firmly established, had already, in 740, given place to that of independent princes (see MOROCCO, History).

29 This Hāshimīya near Kufa is not to be confused with that founded by Abu‘l-Abbas near Anbar.

29 This Hāshimīya near Kufa is not to be confused with that founded by Abu‘l-Abbas near Anbar.

30 Cf. G. le Strange, Baghdad during the Abbasid Caliphate (Oxford, 1900).

30 Cf. G. le Strange, Baghdad during the Abbasid Caliphate (Oxford, 1900).

31 Tabari iii. p. 443 seq.

__A_TAG_PLACEHOLDER_0__ Tabari iii. p. 443 onwards.

32 The first citizens of Medina who embraced Islam were called Anṣār (“helpers”).

32 The first citizens of Medina who embraced Islam were called Anṣār (“helpers”).

33 On this event, see a remarkable essay by Barbier de Meynard in the Journal Asiatique for March-April, 1869.

33 On this event, see a remarkable essay by Barbier de Meynard in the Journal Asiatique for March-April, 1869.

34 Cf. W.M. Patton, Ahmed ibn Hanbal and the Mihna (Leiden, 1897); and article Mahommedan Religion.

34 Cf. W.M. Patton, Ahmed ibn Hanbal and the Mihna (Leiden, 1897); and article Mahommedan Religion.

35 See M.J. de Goeje, Memoire sur les migrations des Ziganes travers l’Asie (Leiden, 1903); also Gipsies.

35 See M.J. de Goeje, Memoire sur les migrations des Ziganes travers l’Asie (Leiden, 1903); also Gipsies.

36 See M.J. de Goeje, “De legende der Zevenslapers van Efeze,” Versl. en Meded. der K. Akad. v. Wetensch. Afd. Letterk. 4e Reeks, iii., 1900.

36 See M.J. de Goeje, “De legende der Zevenslapers van Efeze,” Versl. en Meded. der K. Akad. v. Wetensch. Afd. Letterk. 4e Reeks, iii., 1900.

37 See M.J. de Goeje, “De muur van Gog en Magog,” Versl. en Meded. 3e Reeks, v., 1888.

37 See M.J. de Goeje, “De muur van Gog en Magog,” Versl. en Meded. 3e Reeks, v., 1888.

38 “Dinars” in the text of Tabari iii. 1685, must be an error for “dirhems.”

38 “Dinars” in the text of Tabari iii. 1685, must be an error for “dirhems.”

39 This Boghā was called al-Kabir, or major; the ally of Waṣīf, a man of much inferior consideration, al-Saghir, or minor.

39 This Boghā was called al-Kabir, or major; the ally of Waṣīf, a man of much inferior consideration, al-Saghir, or minor.

40 See Nöldeke, Orientalische Skizzen, pp. 155 seq.

40 See Nöldeke, Orientalische Skizzen, pp. 155 seq.

41 For the connexion between Carmathians and Fatimites see under FATIMITES.

41 For the connexion between Carmathians and Fatimites see under FATIMITES.

42 M.J. de Goeje, Mémoire sur les Carmathes du Bahraïn et les Fatimides (Leiden, 1886).

42 M.J. de Goeje, Mémoire sur les Carmathes du Bahraïn et les Fatimides (Leiden, 1886).

43 See Defrémery, Mémoire sur les Emirs al-Omara (Paris, 1848).

43 See Defrémery, Mémoire sur les Emirs al-Omara (Paris, 1848).

44 Henceforward the history of the Caliphate is largely that of the Seljuk princes (see Seljuks).

44 Henceforward the history of the Caliphate is largely that of the Seljuk princes (see Seljuks).


CALIVER, a firearm used in the 16th century. The word is an English corruption of “calibre,” and arises from the “arquebus of calibre,” that is, of standard bore, which replaced the older arquebus. “Caliver,” therefore, is practically synonymous with “arquebus.” The heavier musket, fired from a rest, replaced the caliver or arquebus towards the close of the century.

CALIVER, a firearm used in the 16th century. The term is an English version of “calibre,” and comes from the “arquebus of calibre,” meaning it had a standard bore, which took over from the older arquebus. “Caliver” is basically the same as “arquebus.” The heavier musket, which was fired from a rest, replaced the caliver or arquebus towards the end of the century.


CALIXTUS, or Callistus, the name of three popes.

CALIXTUS, or Callistus, the name of three popes.

Calixtus I., pope from 217 to 222, was little known before the discovery of the book of the Philosophumena. From this work, which is in part a pamphlet directed against him, we learn that Calixtus was originally a slave and engaged in banking. Falling on evil times, he was brought into collision with the Jews, who denounced him as a Christian and procured his exile to Sardinia. On his return from exile he was pensioned by Pope Victor, and, later, was associated by Pope Zephyrinus in the government of the Roman church. On the death of Zephyrinus (217) he was elected in his place and occupied the papal chair for five years. His theological adversary Hippolytus, the author of the Philosophumena, accused him of having favoured the medalist or Patripassian doctrines both before and after his election. Calixtus, however, condemned Sabellius, the most prominent champion of that system. Hippolytus accused him also of certain relaxations of discipline. It appears that Calixtus reduced the penitential severities applied until his time to those guilty of adultery and other analogous sins. Under Calixtus and his two immediate successors, Hippolytus was the leader of a schismatic group, organized by way of protest against the election of Calixtus. Calixtus died in 222, in circumstances obscured by legends. In the time of Constantine the Roman church reckoned him officially among the martyr popes.

Calixtus I, pope from 217 to 222, was relatively unknown until the discovery of the book of the Philosophumena. This work, which partially serves as a critique against him, reveals that Calixtus was originally a slave and worked in banking. After facing tough times, he clashed with the Jews, who denounced him as a Christian and arranged for his exile to Sardinia. Upon his return from exile, he was supported by Pope Victor, and later, he was made a co-administrator of the Roman church by Pope Zephyrinus. When Zephyrinus died in 217, Calixtus was elected to succeed him and served as pope for five years. His theological opponent, Hippolytus, the author of the Philosophumena, accused him of supporting the medalist or Patripassian beliefs both before and after his election. However, Calixtus condemned Sabellius, the key advocate of that doctrine. Hippolytus also criticized him for certain leniencies in discipline. It seems that Calixtus eased the strict penalties previously imposed on those guilty of adultery and similar sins. During Calixtus's papacy and that of his two immediate successors, Hippolytus led a schismatic group formed in protest against Calixtus's election. Calixtus died in 222 under circumstances clouded by legends. In the time of Constantine, the Roman church officially recognized him as one of the martyr popes.

(L. D.*)

Calixtus II. (d. 1124), pope from 1119 to 1124, was Guido, a member of a noble Burgundian family, who became archbishop of Vienne about 1088, and belonged to the party which favoured reform in the Church. In September 1112, after Pope Paschal II. had made a surrender to the emperor Henry V., Guido called a council at Vienne, which declared against lay investiture, and excommunicated Henry. In February 1119 he was chosen pope at Cluny in succession to Gelasius II., and in opposition to the anti-pope Gregory VIII., who was in Rome. Soon after his consecration he opened negotiations with the emperor with a view to settling the dispute over investiture. Terms of peace were arranged, but at the last moment difficulties arose and the treaty was abandoned; and in October 1119 both emperor and anti-pope were excommunicated at a synod held at Reims. The journey of Calixtus to Rome early in 1120 was a triumphal march. He was received with great enthusiasm in the city, while Gregory, having fled to Sutri, was delivered into his hands and treated with great ignominy. Through the efforts of some German princes negotiations between pope and emperor were renewed, and the important Concordat of Worms made in September 1122 was the result. This treaty, made possible by concessions on either side, settled the investiture controversy, and was confirmed by the Lateran council of March 1123. During his short reign Calixtus strengthened the authority of the papacy in southern Italy by military expeditions, and restored several buildings within the city of Rome. During preparations for a crusade he died in Rome on the 13th or 14th of December 1124.

Calixtus II. (d. 1124), pope from 1119 to 1124, was Guido, a member of a noble Burgundian family, who became archbishop of Vienne around 1088 and was part of the faction that supported reform in the Church. In September 1112, after Pope Paschal II had made a concession to Emperor Henry V, Guido convened a council in Vienne that opposed lay investiture and excommunicated Henry. In February 1119, he was elected pope at Cluny, succeeding Gelasius II and opposing the anti-pope Gregory VIII, who was in Rome. Shortly after his consecration, he started negotiations with the emperor to resolve the dispute over investiture. Peace terms were arranged, but last-minute complications arose, leading to the abandonment of the treaty; in October 1119, both the emperor and the anti-pope were excommunicated at a synod held in Reims. Calixtus's journey to Rome in early 1120 was a triumphant one. He received a warm welcome in the city, while Gregory, having fled to Sutri, was captured and treated with great disrespect. Thanks to the efforts of some German princes, negotiations between the pope and the emperor resumed, leading to the significant Concordat of Worms in September 1122. This treaty settled the investiture dispute through mutual concessions and was ratified by the Lateran council in March 1123. During his brief reign, Calixtus strengthened the authority of the papacy in southern Italy through military campaigns and restored several buildings in the city of Rome. He died during preparations for a crusade in Rome on December 13 or 14, 1124.

See M. Maurer, Pabst Calixt II. (Munich, 1889); U. Robert, Hisloire du pape Calixte II. (Paris, 1891); and A. Hauck’s Realencyklopädie, Band iii. (Leipzig, 1897).

See M. Maurer, Pabst Calixt II. (Munich, 1889); U. Robert, Histoire du pape Calixte II. (Paris, 1891); and A. Hauck’s Realencyklopädie, Volume iii. (Leipzig, 1897).

Calixtus III. (c. 1378-1458), pope from 1455 to 1458, was a Spaniard named Alphonso de Borgia, or Borja. A native of Xativa, he gained a great reputation as a jurist, becoming professor at Lerida; in 1429 he was made bishop of Valencia, and in 1444 a cardinal, owing his promotion mainly to his close friendship with Alphonso V., king of Aragon and Sicily. Chosen pope in April 1455, he was very anxious to organize a crusade against the Turks, and having sold many of his possessions, succeeded in equipping a fleet. Neither the princes nor the people of Europe, however, were enthusiastic in this cause, and very little result came from the pope’s exertions. During his papacy Calixtus became involved in a quarrel with his former friend, Alphonso of Aragon, now also king of Naples, and after the king’s death in June 1458 he refused to recognize his illegitimate son, Ferdinand, as king of Naples, asserting that this kingdom was a fief of the Holy See. This pope was notorious for nepotism, and was responsible for introducing his nephew, Rodrigo Borgia, afterwards Pope Alexander VI., to Rome. He died on the 6th of August 1458.

Calixtus III. (c. 1378-1458), pope from 1455 to 1458, was a Spaniard named Alphonso de Borgia, or Borja. A native of Xativa, he became well-known as a jurist and was appointed professor at Lerida; in 1429, he became the bishop of Valencia, and in 1444, a cardinal, largely due to his close friendship with Alphonso V., king of Aragon and Sicily. Chosen pope in April 1455, he was eager to organize a crusade against the Turks and, after selling many of his possessions, managed to equip a fleet. However, neither the princes nor the people of Europe showed much enthusiasm for this cause, and the pope’s efforts led to very little outcome. During his papacy, Calixtus became embroiled in a dispute with his former friend, Alphonso of Aragon, who was now also king of Naples, and after the king’s death in June 1458, he refused to recognize his illegitimate son, Ferdinand, as king of Naples, claiming that this kingdom was a fief of the Holy See. This pope was infamous for nepotism and played a key role in bringing his nephew, Rodrigo Borgia, who later became Pope Alexander VI, to Rome. He died on August 6, 1458.

See A. Hauck’s Realencyklopädie, Band iii. (Leipzig, 1897).

See A. Hauck’s Realencyklopädie, Volume iii. (Leipzig, 1897).


CALIXTUS, GEORG (1586-1656), Lutheran divine, was born at Medelby, a village of Schleswig, in 1586. After studying philology, philosophy and theology at Helmstädt, Jena, Giessen, Tübingen and Heidelberg, he travelled through Holland, France and England, where he became acquainted with the leading Reformers. On his return in 1614 he was appointed professor of theology at Helmstädt by the duke of Brunswick, who had admired the ability he displayed when a young man in a dispute with the Jesuit Augustine Turrianus. In 1613 he published a book, Disputationes de Praecipuis Religionis Christianae Capitibus, which provoked the hostile criticism of orthodox scholars; in 1619 he published his Epitome theologiae, and some years later his Theologia Moralis (1634) and De Arte Nova Nihusii. Roman Catholics felt them to be aimed at their own system, but they gave so great offence to Lutherans as to induce Statius Buscher to charge the author with a secret leaning to Romanism. Scarcely had he refuted the accusation of Buscher, when, on account of 55 his intimacy with the Reformed divines at the conference of Thorn (1645), and his desire to effect a reconciliation between them and the Lutherans, a new charge was preferred against him, principally at the instance of Abraham Calovius (1612-1686), of a secret attachment to Calvinism. In fact, the great aim of his life was to reconcile Christendom by removing all unimportant differences. The disputes to which this attitude gave rise, known in the Church as the Syncretistic controversy, lasted during the whole lifetime of Calixtus, and distracted the Lutheran church, till a new controversy arose with P.J. Spener and the Pietists of Halle. Calixtus died in 1656.

CALIXTUS, GEORG (1586-1656), a Lutheran theologian, was born in 1586 in Medelby, a village in Schleswig. After studying philology, philosophy, and theology at Helmstädt, Jena, Giessen, Tübingen, and Heidelberg, he traveled through Holland, France, and England, where he met prominent Reformers. Upon his return in 1614, he was appointed professor of theology at Helmstädt by the Duke of Brunswick, who admired his skills displayed in a debate with the Jesuit Augustine Turrianus. In 1613, he published a book, Disputationes de Praecipuis Religionis Christianae Capitibus, which sparked criticism from orthodox scholars; then in 1619, he released Epitome theologiae, followed by Theologia Moralis (1634) and De Arte Nova Nihusii. Roman Catholics saw these works as attacks on their beliefs, but they offended Lutherans so greatly that Statius Buscher accused him of having a secret lean toward Romanism. Just as he refuted Buscher's accusation, a new charge emerged against him due to his close relationships with Reformed theologians at the Thorn conference (1645) and his desire to reconcile them with Lutherans, led mainly by Abraham Calovius (1612-1686), accusing him of secretly favoring Calvinism. In truth, his main goal was to unite Christendom by resolving all minor differences. The disputes arising from this standpoint, known in the Church as the Syncretistic controversy, continued throughout Calixtus's life and troubled the Lutheran church until a new debate occurred with P.J. Spener and the Halle Pietists. Calixtus passed away in 1656.

There is a monograph on Calixtus by E.L.T. Henke (2 vols., 1853-1856); see also Isaak Dorner, Gesch. d. protest. Theol. pp. 606-624; and especially Herzog-Hauck, Realencyklopädie.

There is a monograph on Calixtus by E.L.T. Henke (2 vols., 1853-1856); see also Isaak Dorner, Gesch. d. protest. Theol. pp. 606-624; and especially Herzog-Hauck, Realencyklopädie.


CALL (from Anglo-Saxon ceallian, a common Teutonic word, cf. Dutch kallen, to talk or chatter), to speak in a loud voice, and particularly to attract some one’s attention by a loud utterance. Hence its use for a visit at a house, where the name of the occupier, to whom the visit was made, was called aloud, in early times, to indicate the presence of the visitor. It is thus transferred to a short stay at a place, but usually with the idea of a specific purpose, as in “port of call,” where ships stop in passing. Connected with the idea of summoning by name are such uses as “roll-call” or “call-over,” where names are called over and answered by those present; similar uses are the “call to the bar,” the summoning at an Inn of Court of those students qualified to practise as barristers, and the “call within the bar” to the appointment of king’s counsel. In the first case the “bar” is that which separates the benchers from the rest of the body of members of the Inn, in the other the place in a court of law within which only king’s counsel, and formerly serjeants-at-law, are allowed to plead. “Call” is also used with a particular reference to a divine summons, as of the calling of the apostles. It is thus used in nonconformist churches of the invitation to serve as minister a particular congregation or chapel. It is from this sense of a vocatio or summons that the word “calling” is used, not only of the divine vocation, but of a man’s ordinary profession, occupation or business. In card games “call” is used, in poker, of the demand that the hand of the highest bettor be exposed or seen, exercised by that player who equals his bet; in whist or bridge, of a certain method of play, the “call” for a suit or for trumps on the part of one partner, to which the other is expected to respond; and in many card games for the naming of a card, irregularly exposed, which is laid face up on the table, and may be thus “called” for, at any point the opponent may choose.

CALL (from Anglo-Saxon ceallian, a common Teutonic word, cf. Dutch kallen, to talk or chat), means to speak loudly, especially to get someone’s attention with a loud shout. That's why it refers to when someone visits a house and the name of the person being visited is called out loud, which was common in the past to show that a visitor has arrived. This idea has evolved to denote a brief stop at a place, often with a specific purpose, like in “port of call,” where ships stop briefly while traveling. Related to the idea of summoning by name are terms like “roll-call” or “call-over,” where names are read aloud and acknowledged by those present; similar instances include the “call to the bar,” summoning law students at an Inn of Court who are qualified to practice as barristers, and the “call within the bar,” which refers to the appointment of king’s counsel. In the first example, the “bar” separates the benchers from the rest of the Inn members, while the second refers to the area in a court where only king’s counsel, and previously serjeants-at-law, can argue cases. “Call” is also specifically related to a divine summons, like the calling of the apostles. In nonconformist churches, it refers to inviting someone to serve as a minister for a particular congregation or chapel. This sense of vocatio or summons is where the word “calling” comes from, referring not only to a divine vocation but also to a person’s regular profession, occupation, or business. In card games, “call” is used in poker to mean demanding that the highest bettor show their hand, executed by the player who matches their bet; in whist or bridge, it refers to a style of play where one partner calls for a suit or trumps, expecting the other to respond; and in many card games, it can also mean naming a card that has been irregularly shown and laid face up on the table, which an opponent can “call” for at any time they choose.

“Call” is also a term on the English and American stock exchanges for a contract by which, in consideration of a certain sum, an “option” is given by the person making or signing the agreement to another named therein or his order or to bearer, to “call” for a specified amount of stock at a certain day for a certain price. A “put,” which is the reverse of a “call,” is the option of selling (putting) stock at a certain day for a certain price. A combined option of either calling or putting is termed a “straddle,” and sometimes on the American stock exchange a “spread-eagle.” (See further Stock Exchange.) The word is also used, in connexion with joint-stock companies, to signify a demand for instalments due on shares, when the capital of the company has not been demanded or “called” up at once. (See Company.)

“Call” is also a term on the English and American stock exchanges for a contract by which, in consideration of a certain sum, an “option” is given by the person making or signing the agreement to another named therein or his order or to bearer, to “call” for a specified amount of stock at a certain day for a certain price. A “put,” which is the reverse of a “call,” is the option of selling (putting) stock at a certain day for a certain price. A combined option of either calling or putting is termed a “straddle,” and sometimes on the American stock exchange a “spread-eagle.” (See further Stock Exchange.) The word is also used, in connexion with joint-stock companies, to signify a demand for instalments due on shares, when the capital of the company has not been demanded or “called” up at once. (See Company.)


CALLANDER, a police burgh of Perthshire, Scotland, 16 m. north-west of Stirling by the Caledonian railway. Pop. (1901) 1458. Situated on the north bank of the Teith, here crossed by a three-arched bridge, and sheltered by a ridge of wooded hills, it is in growing repute as a health resort. A mile and a half north-east are the Falls of Bracklinn (Gaelic, “white-foaming pool”), formed by the Keltie, which takes a leap of 50 ft. down the red sandstone gorge on its way to the Teith. Two miles north-west of Callander is the Pass of Leny, “the gate of the Highlands,” and farther in the same direction is Loch Lubnaig, on the shores of which stand the ruins of St Bride’s chapel. Callander owes much of its prosperity to the fact that it is the centre from which the Trossachs is usually visited, the route being that described in Scott’s Lady of the Lake. The ascent of Ben Ledi is commonly made from the town.

CALLANDER, is a police burgh in Perthshire, Scotland, 16 miles northwest of Stirling by the Caledonian railway. Population (1901) 1458. It's located on the north bank of the Teith River, which is crossed by a three-arched bridge and is sheltered by a ridge of wooded hills. It's becoming more popular as a health resort. One and a half miles northeast are the Falls of Bracklinn (Gaelic for “white-foaming pool”), where the Keltie River drops 50 feet down a red sandstone gorge on its way to the Teith. Two miles northwest of Callander is the Pass of Leny, known as “the gate of the Highlands,” and further in that direction is Loch Lubnaig, where the ruins of St Bride’s chapel can be found. Callander owes much of its success to the fact that it serves as the main hub for visiting the Trossachs, following the route described in Scott’s Lady of the Lake. The climb up Ben Ledi usually starts from the town.


CALLAO, a city, port and coast department of Peru, 8½ m. west of Lima, in 12° 04′ S., 77° 13′ W. Pop. (1905) 31,128, of whom 3349 were foreigners. The department includes the city and its environs, Bellavista and La Punta, and the neighbouring islands, San Lorenzo, Fronton, the Palominos, &c., and covers an area of 14½ sq. m. Callao is the principal port of the republic, its harbour being a large bay sheltered by a tongue of land on the south called La Punta, and by the islands of San Lorenzo and Fronton. The anchorage is good and safe, and the harbour is one of the best on the Pacific coast of South America. The city stands on the south side of the bay, and is built on a flat point of land only 8 ft. above sea-level. The houses are for the most part low and cheaply built, and the streets are narrow, badly paved, irregular and dirty. The climate is good and the coast is swept by cool ocean breezes, the average temperatures ranging from 65° to 77° F., but notwithstanding this, Callao has a bad reputation for fevers and contagious diseases, chiefly because of its insanitary condition. Its noteworthy public buildings are the custom-house and its storehouses which occupy the old quadrangular fortress built by the Spanish government between 1770 and 1775, and cover 15 acres, the prefecture, the military and naval offices and barracks, the post-office, three Catholic churches, a hospital, market, three clubs and some modern commercial houses. The present city is half a mile north of the site of the old town, which was destroyed by an earthquake and tidal wave in 1746. For a short time the commercial interests of the stricken city centred at Bellavista, 1¼ m. east, where wheat granaries were built and still remain, but later the greater convenience of a waterside site drew the merchants and population back to the vicinity of the submerged town. The importance of Callao in colonial times, when it was the only open port south of Panama, did not continue under the new political order, because of the unsettled state of public affairs and the loss of its monopoly. This decline in its prosperity was checked, and the modern development of the port began, when a railway was built from Callao into the heart of the Andes, and Callao is now an important factor in the development of copper-mining. The port is connected with Lima by two railways and an electric tramway, with Oroya by railway 138 m. long, and with Cerro de Pasco by railway 221 m. A short railway also runs from the port to the Bellavista storehouses. The port is provided with modern harbour improvements, consisting of sea-walls of concrete blocks, two fine docks with berthing spaces for 30 large vessels, and a large floating-dock (300 ft. long on the blocks and capable of receiving vessels up to 21 ft. draught and 5000 tons weight), which was built in Glasgow and was sent out to Callao in 1863. The docks are provided with gas and electric lights, 18 steam cranes for loading and discharging vessels, a triple line of railway and a supply of fresh water. Callao was formerly the headquarters in South America of the Pacific Steam Navigation Co., Ltd. (incorporated 1840), but Valparaiso now occupies that position. There are, owing perhaps to the proximity of Lima, few industrial establishments in the city; among them are a large sugar refinery, some flour-mills, a brewery, a factory for making effervescent drinks, and a number of foundries and repair shops. Being a port of the first class, Callao is an important distributing centre for the coasting trade, in which a large number of small vessels are engaged. The foreign steamship companies making it a regular port of call are the Pacific Steam Navigation Co. (British), the Compañia Sud-America (Chilean), the Kosmos and Roland lines (German), the Merchants line (New York), and a Japanese line from the ports of Japan and China. A subsidized Peruvian line is also contemplated to ply between the Pacific ports of South America with an eventual extension of the service to Europe. The arrivals from and clearances for foreign ports in 1907 were as follows:—

CALLAO, is a city, port, and coastal department of Peru, located 8.5 miles west of Lima, at 12° 04′ S., 77° 13′ W. The population in 1905 was 31,128, including 3,349 foreigners. The department includes the city and its surroundings, including Bellavista and La Punta, as well as nearby islands like San Lorenzo and Fronton, covering an area of 14.5 square miles. Callao is the main port of the republic, with its harbor consisting of a large bay protected by a landform called La Punta to the south and the islands of San Lorenzo and Fronton. The anchorage is good and safe, making the harbor one of the best on the Pacific coast of South America. The city is situated on the southern side of the bay, built on a flat piece of land just 8 feet above sea level. Most houses are low and cheaply constructed, while the streets are narrow, poorly paved, irregular, and dirty. The climate is pleasant, with cool ocean breezes that maintain average temperatures between 65° and 77°F, but despite this, Callao has a poor reputation for fevers and contagious diseases, primarily due to unsanitary conditions. Notable public buildings include the customs house and its warehouses, located in the old quadrangular fortress built by the Spanish government between 1770 and 1775, which covers 15 acres, as well as the prefecture, military and naval offices and barracks, the post office, three Catholic churches, a hospital, a market, three clubs, and some modern commercial buildings. The current city is half a mile north of the site of the old town, which was destroyed by an earthquake and tidal wave in 1746. For a brief period, commercial activities shifted to Bellavista, 1.25 miles east, where grain silos were built and still stand, but eventually, the convenience of a waterfront location pulled merchants and residents back to the vicinity of the submerged town. Callao's significance during colonial times, when it was the only open port south of Panama, diminished under the new political landscape due to the instability of public affairs and the loss of its monopoly. However, its decline was reversed, and modern port development began with the construction of a railway connecting Callao to the Andes, now making Callao a crucial player in copper mining. The port is linked to Lima by two railways and an electric tramway, to Oroya by a 138-mile railway, and to Cerro de Pasco by a 221-mile railway. A short railway also connects the port to the Bellavista warehouses. The port features modern harbor improvements, including concrete sea walls, two nice docks with space for 30 large vessels, and a large floating dock (300 feet long on blocks, capable of accommodating vessels with a 21-foot draft and weighing up to 5,000 tons), which was built in Glasgow and arrived in Callao in 1863. The docks have gas and electric lighting, 18 steam cranes for loading and unloading vessels, a triple line of railway, and a fresh water supply. Callao used to be the headquarters for the Pacific Steam Navigation Co., Ltd. (established in 1840) in South America, but that title now belongs to Valparaiso. Due to its proximity to Lima, there are relatively few industrial establishments in the city; some of these include a large sugar refinery, several flour mills, a brewery, a factory for making soft drinks, and various foundries and repair shops. As a first-class port, Callao serves as a vital distribution center for coastal trade, involving many small vessels. Foreign shipping companies that regularly stop at Callao include the Pacific Steam Navigation Co. (British), the Compañia Sud-America (Chilean), the Kosmos and Roland lines (German), the Merchants line (New York), and a Japanese line from Japan and China. A subsidized Peruvian line is also being considered to operate between the Pacific ports of South America, with an eventual extension to Europe. The arrivals from and departures to foreign ports in 1907 were as follows:—

  Steamers. Sailing Vessels.
  No. Tonnage. No. Tonnage.
Arrivals 518 937,302 924 174,165
Clearances 517 937,706 931 163,365

56

56

The exports from Callao are guano, sugar, cotton, wool, hides, silver, copper, gold and forest products, and the imports include timber and other building materials, cotton and other textiles, general merchandise for personal, household and industrial uses, railway material, coal, kerosene, wheat, flour and other food stuffs. The maintenance of peace and order, and the mining development of the interior, have added to the trade and prosperity of the port.

The exports from Callao include guano, sugar, cotton, wool, hides, silver, copper, gold, and forest products, while the imports consist of timber and other building materials, cotton and other textiles, general merchandise for personal, household, and industrial use, railway supplies, coal, kerosene, wheat, flour, and other food items. The upkeep of peace and order, along with the mining development in the interior, has contributed to the trade and prosperity of the port.

The history of Callao has been exceptionally eventful. It was founded in 1537, two years after Pizarro had founded Lima. As the port of that capital and the only open port below Panama it grew rapidly in importance and wealth. It was raised to the dignity of a city in 1671. The appearance of Sir Francis Drake in the bay in 1578 led to the fortification of the port, which proved strong enough to repel an attack by the Dutch in 1624. The city was completely destroyed and partly submerged by the great earthquake of the 28th of October 1746, in which about 6000 persons perished. The new city was strongly fortified and figured prominently in the struggle for independence, and also in the various revolutions which have convulsed the republic. Its political autonomy dates from 1836, when it was made a coast department. The Callao fortifications were bombarded by a Spanish fleet under Admiral Mendez Nuñez on the 2nd of May 1866, when there were heavy losses both in lives and material. Again, in 1880, the city was bombarded by the Chileans, though it was almost defenceless, and fell into the possession of the invaders after the capture of Lima in the following year. Before the surrender all the Peruvian naval vessels in the harbour were sunk, to prevent their falling into the possession of the enemy.

The history of Callao has been incredibly eventful. It was founded in 1537, two years after Pizarro established Lima. As the port for that capital and the only open port south of Panama, it quickly gained importance and wealth. It was granted city status in 1671. The arrival of Sir Francis Drake in the bay in 1578 prompted the fortification of the port, which was strong enough to fend off a Dutch attack in 1624. The city was completely destroyed and partially submerged by the major earthquake on October 28, 1746, which claimed about 6,000 lives. The new city was heavily fortified and played a significant role in the struggle for independence, as well as in the various revolutions that shook the republic. It gained political autonomy in 1836 when it became a coastal department. The Callao fortifications were bombarded by a Spanish fleet led by Admiral Mendez Nuñez on May 2, 1866, resulting in heavy losses in both lives and materials. Again, in 1880, the Chileans bombarded the city, which was nearly defenseless, and it fell into their hands after Lima was captured the following year. Before surrendering, all the Peruvian naval vessels in the harbor were sunk to prevent them from being captured by the enemy.


CALLCOTT, SIR AUGUSTUS WALL (1779-1844), English landscape painter, was born at Kensington in 1779 and died there in 1844. His first study was music; and he sang for several years in the choir of Westminster Abbey. But at the age of twenty he had determined to give up music, and had exhibited his first painting at the Royal Academy. He gradually rose to distinction, and was elected an associate in 1807 and an academician in 1810. In 1827 he received the honour of knighthood; and, seven years later, was appointed surveyor of the royal pictures. His two principal subject pictures—“Raphael and the Fornarina,” and “Milton dictating to his Daughters,” are much inferior to his landscapes, which are placed in the highest class by their refined taste and quiet beauty.

CALLCOTT, SIR AUGUSTUS WALL (1779-1844), an English landscape painter, was born in Kensington in 1779 and passed away there in 1844. He initially studied music and sang in the choir of Westminster Abbey for several years. However, by the age of twenty, he decided to move away from music and showcased his first painting at the Royal Academy. He steadily gained recognition, becoming an associate in 1807 and an academician in 1810. In 1827, he was honored with a knighthood, and seven years later, he was appointed surveyor of the royal pictures. His two main subject paintings—“Raphael and the Fornarina” and “Milton dictating to his Daughters”—are significantly less impressive than his landscapes, which are celebrated for their refined taste and serene beauty.

His wife, Maria, Lady Callcott (1786-1844), whom he married in 1827, was a daughter of Admiral Dundas and widow of Captain Thomas Graham, R.N. (d. 1822). With her first husband she travelled in India, South Africa and South America, where she acted for some time as teacher of Donna Maria, who became queen of Portugal in 1826; and in the company of her second husband she spent much time in the south of Europe. She published accounts of her visits to India (1812), and to the environs of Rome (1820); Memoirs of Poussin (1820); a History of France; a History of Spain (1828); Essays toward a History of Painting (1836); Little Arthur’s History of England (1836); and the Scripture Herbal (1842).

His wife, Maria, Lady Callcott (1786-1844), whom he married in 1827, was the daughter of Admiral Dundas and the widow of Captain Thomas Graham, R.N. (d. 1822). With her first husband, she traveled to India, South Africa, and South America, where she taught Donna Maria, who became queen of Portugal in 1826, for a while. During her time with her second husband, she spent a lot of time in southern Europe. She published accounts of her visits to India (1812) and the areas around Rome (1820); Memoirs of Poussin (1820); a History of France; a History of Spain (1828); Essays toward a History of Painting (1836); Little Arthur’s History of England (1836); and the Scripture Herbal (1842).


CALLCOTT, JOHN WALL (1766-1821), English musician, brother of Sir Augustus Callcott, was born at Kensington on the 20th of November 1766. At the age of seven he was sent to a neighbouring day-school, where he continued for five years, studying chiefly Latin and Greek. During this time he frequently went to Kensington church, in the repairs of which his father was employed, and the impression he received on hearing the organ of that church seems to have roused his love for music. The organist at that time was Henry Whitney, from whom Callcott received his first musical instruction. He did not, however, choose music as a profession, as he wished to become a surgeon. But on witnessing a surgical operation he found his nervous system so seriously affected by the sight, that he determined to devote himself to music. His intimacy with Dr Arnold and other leading musicians of the day procured him access to artistic circles; he was deputy organist at St George the Martyr, Queen Square, Bloomsbury, from 1783 to 1785, in which year his successful competition for three out of the four prize medals offered by the “Catch Club” soon spread his reputation as composer of glees, catches, canons and other pieces of concerted vocal music. The compositions with which he won these medals were—the catch “O beauteous fair,” the canon “Blessed is he,” and the glee “Dull repining sons of care.” In these and other similar compositions he displays considerable skill and talent, and some of his glees retain their popularity at the present day. In 1787 Callcott helped Dr Arnold and others to form the “Glee Club.” In 1789 he became one of the two organists at St Paul’s, Covent Garden, and from 1793 to 1802 he was organist to the Asylum for Female Orphans. As an instrumental composer Callcott never succeeded, not even after he had taken lessons from Haydn. But of far greater importance than his compositions are his theoretical writings. His Musical Grammar, published in 1806 (3rd ed., 1817), was long considered the standard English work of musical instruction, and in spite of its being antiquated when compared with modern standards, it remains a scholarly and lucid treatment of the rudiments of the art. Callcott was a much-esteemed teacher of music for many years. In 1800 he took his degree of Mus.D. at Oxford, where fifteen years earlier he had received his degree of bachelor of music, and in 1805 he succeeded Dr Crotch as musical lecturer at the Royal Institution. Towards the end of his life his artistic career was twice interrupted by the failure of his mental powers. He died at Bristol after much suffering on the 15th of May 1821. A posthumous collection of his most favourite vocal pieces was published in 1824 with a memoir of his life by his son-in-law, William Horsley, himself a composer of note.

CALLCOTT, JOHN WALL (1766-1821), English musician, brother of Sir Augustus Callcott, was born in Kensington on November 20, 1766. At seven, he was sent to a nearby day school, where he studied mainly Latin and Greek for five years. During this time, he often attended Kensington church, where his father was involved in renovations, and the impact of hearing the church organ sparked his love for music. The organist then was Henry Whitney, who provided Callcott with his first music lessons. However, he didn’t pursue music as a career initially, aiming instead to become a surgeon. But after witnessing a surgical operation and being profoundly affected by the sight, he decided to commit to music. His connections with Dr. Arnold and other prominent musicians of the time opened doors to artistic circles; he served as the deputy organist at St George the Martyr, Queen Square, Bloomsbury, from 1783 to 1785. In that year, he gained recognition as a composer of glees, catches, canons, and other vocal music pieces by winning three out of four prize medals offered by the “Catch Club.” The pieces with which he won these medals were the catch “O beauteous fair,” the canon “Blessed is he,” and the glee “Dull repining sons of care.” In these and similar works, he demonstrated significant skill and talent, with some of his glees still being popular today. In 1787, Callcott assisted Dr. Arnold and others in founding the “Glee Club.” In 1789, he became one of the two organists at St Paul’s, Covent Garden, and from 1793 to 1802, he served as the organist for the Asylum for Female Orphans. As a composer of instrumental music, Callcott did not achieve success, even after studying under Haydn. However, his theoretical writings were far more notable. His Musical Grammar, published in 1806 (3rd ed., 1817), was long recognized as the standard English textbook for music education, and although it seems outdated by modern standards, it remains a scholarly and clear introduction to the basics of the art. Callcott was a highly respected music teacher for many years. In 1800, he earned his Mus.D. at Oxford, where he had obtained his bachelor of music degree fifteen years earlier, and in 1805 he replaced Dr. Crotch as the musical lecturer at the Royal Institution. Toward the end of his life, his artistic career faced interruptions due to mental health issues. He passed away in Bristol after enduring much suffering on May 15, 1821. A posthumous collection of his most beloved vocal pieces was published in 1824, along with a memoir of his life by his son-in-law, William Horsley, who was also a notable composer.

Callcott’s son, William Hutchins Callcott (1807-1882), inherited to a large extent the musical gifts of his father. His song, “The last man,” and his anthem, “Give peace in our time, O Lord,” were his best-known compositions.

Callcott’s son, William Hutchins Callcott (1807-1882), largely inherited his father’s musical talents. His most famous works include the song “The Last Man” and the anthem “Give Peace in Our Time, O Lord.”


CALLIAS, tyrant of Chalcis in Euboea. With the assistance of Philip II. of Macedon, which he hoped to obtain, he contemplated the subjugation of the whole island. But finding that Philip was unwilling to help him, Callias had recourse to the Athenians, although he had previously (350 b.c.) been engaged in hostilities with them. With the support of Demosthenes, he was enabled to conclude an alliance with Athens, and the tribute formerly paid by Eretria and Oreus to Athens was handed over to him. But his plan of uniting the whole of Euboea under his rule, with Chalcis as capital, was frustrated by Philip, who set up tyrants chosen by himself at Eretria and Oreus. Subsequently, when Philip’s attention was engaged upon Thrace, the Athenians in conjunction with Callias drove out these tyrants, and Callias thus became master of the island (Demosthenes, De Pace, p. 58; Epistola Philippi, p. 159; Diod. Sic. xvi. 74). At the end of his life he appears to have lived at Athens, and Demosthenes proposed to confer the citizenship upon him (Aeschines, Contra Ctesiphontem, 85, 87).

CALLIAS, was the tyrant of Chalcis in Euboea. He aimed to take control of the entire island with the help of Philip II of Macedon, which he hoped to secure. When he realized that Philip was unwilling to assist him, Callias turned to the Athenians, despite having previously been in conflict with them in 350 B.C.. With backing from Demosthenes, he was able to form an alliance with Athens, and the tribute that Eretria and Oreus used to pay to Athens was redirected to him. However, his ambition to unite all of Euboea under his rule, with Chalcis as the capital, was thwarted by Philip, who installed his own chosen tyrants in Eretria and Oreus. Later, when Philip was focused on Thrace, the Athenians alongside Callias expelled these tyrants, allowing Callias to take control of the island (Demosthenes, De Pace, p. 58; Epistola Philippi, p. 159; Diod. Sic. xvi. 74). At the end of his life, he seemed to have lived in Athens, and Demosthenes proposed granting him citizenship (Aeschines, Contra Ctesiphontem, 85, 87).


CALLIAS and HIPPONICUS, two names borne alternately by the heads of a wealthy and distinguished Athenian family. During the 5th and 4th centuries b.c. the office of daduchus or torch-bearer at the Eleusinian mysteries was the hereditary privilege of the family till its extinction. The following members deserve mention.

CALLIAS and HIPPONICUS, two names alternately held by the leaders of a wealthy and prominent Athenian family. During the 5th and 4th centuries B.C., the role of daduchus or torch-bearer at the Eleusinian mysteries was a hereditary right of the family until it ended. The following members are noteworthy.

1. Callias, the second of the name, fought at the battle of Marathon (490) in priestly attire. Some time after the death of Cimon, probably about 445 b.c., he was sent to Susa to conclude with Artaxerxes, king of Persia, a treaty of peace afterwards misnamed the “peace of Cimon.” Cimon had nothing to do with it, and he was totally opposed to the idea of peace with Persia (see Cimon). At all events Callias’s mission does not seem to have been successful; he was indicted for high treason on his return to Athens and sentenced to a fine of fifty talents.

1. Callias, the second of the name, fought at the battle of Marathon (490) in priestly attire. Some time after the death of Cimon, probably about 445 BCE, he was sent to Susa to conclude with Artaxerxes, king of Persia, a treaty of peace afterwards misnamed the “peace of Cimon.” Cimon had nothing to do with it, and he was totally opposed to the idea of peace with Persia (see Cimon). At all events Callias’s mission does not seem to have been successful; he was indicted for high treason on his return to Athens and sentenced to a fine of fifty talents.

See Herodotus vii. 151; Diod. Sic. xii. 4; Demosthenes, De Falsa Legatione, p. 428; Grote recognizes the treaty as a historical fact, History of Greece, ch. xlv., while Curtius, bk. iii. ch. ii., denies the conclusion of any formal treaty; see also Ed. Meyer, Forschungen, ii.; J.B. Bury in Hermathena, xxiv. (1898).

See Herodotus vii. 151; Diod. Sic. xii. 4; Demosthenes, De Falsa Legatione, p. 428; Grote acknowledges the treaty as a historical fact in History of Greece, ch. xlv., while Curtius, bk. iii. ch. ii., disputes the existence of any formal treaty; see also Ed. Meyer, Forschungen, ii.; J.B. Bury in Hermathena, xxiv. (1898).

2. Hipponicus, son of the above. Together with Eurymedon he commanded the Athenian forces in the incursion into Boeotian territory (426 b.c.) and was slain at the battle of Delium (424). 57 His wife, whom he divorced, subsequently became the wife of Pericles; one of his daughters, Hipparete, married Alcibiades; another, the wife of Theodorus, was the mother of the orator Isocrates.

2. Hipponicus, son of the above. He led the Athenian forces alongside Eurymedon in their invasion of Boeotian territory (426 B.C.) and was killed in the battle of Delium (424). 57 His wife, whom he divorced, later married Pericles; one of his daughters, Hipparete, married Alcibiades; another daughter, who was married to Theodorus, was the mother of the orator Isocrates.

See Thucydides iii. 91; Diod. Sic. xii. 65; Andocides, Contra Alcibiadem, 13.

See Thucydides iii. 91; Diod. Sic. xii. 65; Andocides, Against Alcibiades, 13.

3. Callias, son of the above, the black sheep of the family, was notorious for his profligacy and extravagance, and was ridiculed by the comic poets as an example of a degenerate Athenian (Aristophanes, Frogs, 429, Birds, 283, and schol. Andocides, De Mysteriis, 110-131). The scene of Xenophon’s Symposium and Plato’s Protagoras was laid at his house. He was reduced to a state of absolute poverty and, according to Aelian (Var. Hist. iv. 23), committed suicide, but there is no confirmation of this. In spite of his dissipated life he played a certain part in public affairs. In 392 he was in command of the Athenian hoplites at Corinth, when the Spartans were defeated by Iphicrates. In 371 he was at the head of the embassy sent to make terms with Sparta. The peace which was the result was called after him the “peace of Callias.”

3. Callias, the son mentioned above and the black sheep of the family, was known for his reckless spending and extravagance. He was mocked by comic poets as a prime example of a degenerate Athenian (Aristophanes, Frogs, 429, Birds, 283, and schol. Andocides, De Mysteriis, 110-131). The events in Xenophon’s Symposium and Plato’s Protagoras take place in his home. He fell into complete poverty and, according to Aelian (Var. Hist. iv. 23), committed suicide, though this isn't confirmed. Despite his wild lifestyle, he still had a role in public affairs. In 392, he led the Athenian hoplites at Corinth when the Spartans were defeated by Iphicrates. In 371, he headed the delegation sent to negotiate with Sparta. The resulting peace was named after him the “peace of Callias.”

See Xenophon, Hellenica, iv. 5, vi. 3; and Delian League.

See Xenophon, Hellenica, iv. 5, vi. 3; and Delian League.


CALLIMACHUS, an Athenian sculptor of the second half of the 5th century b.c. Ancient critics associate him with Calamis, whose relative he may have been. He is given credit for two inventions, the Corinthian column and the running borer for drilling marble. The most certain facts in regard to him are that he sculptured some dancing Laconian maidens, and made a golden lamp for the Erechtheum (about 408 b.c.); and that he used to spoil his works by over-refinement and excessive labour.

CALLIMACHUS, was an Athenian sculptor from the second half of the 5th century BCE Ancient critics link him to Calamis, who might have been a relative. He is credited with two innovations: the Corinthian column and the running borer for drilling marble. The most certain details about him are that he sculpted some dancing Laconian maidens and created a golden lamp for the Erechtheum (around 408 B.C.); and that he often ruined his works through over-refinement and excessive labor.


CALLIMACHUS, Greek poet and grammarian, a native of Cyrene and a descendant of the illustrious house of the Battiadae, flourished about 250 b.c. He opened a school in the suburbs of Alexandria, and some of the most distinguished grammarians and poets were his pupils. He was subsequently appointed by Ptolemy Philadelphus chief librarian of the Alexandrian library, which office he held till his death (about 240). His Pinakes (tablets), in 120 books, a critical and chronologically arranged catalogue of the library, laid the foundation of a history of Greek literature. According to Suidas, he wrote about 800 works, in verse and prose; of these only six hymns, sixty-four epigrams and some fragments are extant; a considerable fragment of the Hecale, an idyllic epic, has also been discovered in the Rainer papyri (see Kenyon in Classical Review, November 1893). His Coma Berenices is only known from the celebrated imitation of Catullus. His Aitia (causes) was a collection of elegiac poems in four books, dealing with the foundation of cities, religious ceremonies and other customs. According to Quintilian (Instit. x. i. 58) he was the chief of the elegiac poets; his elegies were highly esteemed by the Romans, and imitated by Ovid, Catullus and especially Propertius. The extant hymns are extremely learned, and written in a laboured and artificial style. The epigrams, some of the best specimens of their kind, have been incorporated in the Greek Anthology. Art and learning are his chief characteristics, unrelieved by any real poetic genius; in the words of Ovid (Amores, i. 15)—

CALLIMACHUS, Greek poet and scholar, originally from Cyrene and part of the prominent Battiadae family, lived around 250 BCE He started a school in the outskirts of Alexandria, where some of the most notable scholars and poets were his students. Later, he was appointed by Ptolemy Philadelphus as the chief librarian of the Alexandrian library, a position he held until his death (around 240). His Pinakes (tables), in 120 volumes, served as a critical and chronologically organized catalog of the library, laying the groundwork for the history of Greek literature. According to Suidas, he produced around 800 works, both poetry and prose; of these, only six hymns, sixty-four epigrams, and some fragments survive; a significant fragment of the Hecale, a pastoral epic, has also been found in the Rainer papyri (see Kenyon in Classical Review, November 1893). His Coma Berenices is known only through the famous imitation by Catullus. His Aitia (Causes) was a collection of elegiac poems in four books, discussing the founding of cities, religious rituals, and other customs. Quintilian (Instit. x. i. 58) regarded him as the leader of elegiac poets; his elegies were highly valued by the Romans and were imitated by Ovid, Catullus, and particularly Propertius. The surviving hymns are highly scholarly and written in a careful and artificial style. The epigrams, among the best examples of their kind, are included in the Greek Anthology. His main traits are art and scholarship, lacking any true poetic talent; in the words of Ovid (Amores, i. 15)—

“Quamvis ingenio non valet, arte valet.”

“Although it may not excel in talent, it excels in skill.”

Editions.—Hymns, epigrams and fragments (the last collected by Bentley) by J.A. Ernesti (1761), and O. Schneider (1870-1873) (with elaborate indices and excursuses); hymns and epigrams, by A. Meineke (1861), and U. Wilamowitz-Möllendorff (1897). See Neue Bruchstücke aus der Hekale des Kallimachus, by T. Gomperz (1893); also G. Knaack, Callimachea (1896); A. Bertrami, Gl’ Inni di Callimacho e il Nomo di Terpandro (1896); K. Kuiper, Studia Callimachea (1896); A. Hamette, Les Épigrammes de Callimaque: étude critique et litteraire (Paris, 1907). There are English translations (verse) by W. Dodd (1755) and H.W. Tytler (1793); (prose) by J. Banks (1856). See also Sandys, Hist. of Class. Schol. i. (ed. 1906), p. 122.

Editions.—Hymns, epigrams, and fragments (the last collected by Bentley) by J.A. Ernesti (1761), and O. Schneider (1870-1873) (with detailed indexes and excursuses); hymns and epigrams by A. Meineke (1861) and U. Wilamowitz-Möllendorff (1897). See Neue Bruchstücke aus der Hekale des Kallimachus by T. Gomperz (1893); also G. Knaack, Callimachea (1896); A. Bertrami, Gl’ Inni di Callimacho e il Nomo di Terpandro (1896); K. Kuiper, Studia Callimachea (1896); A. Hamette, Les Épigrammes de Callimaque: étude critique et litteraire (Paris, 1907). There are English translations (verse) by W. Dodd (1755) and H.W. Tytler (1793); (prose) by J. Banks (1856). See also Sandys, Hist. of Class. Schol. i. (ed. 1906), p. 122.


CALLINUS of Ephesus, the oldest of the Greek elegiac poets and the creator of the political and warlike elegy. He is supposed to have flourished between the invasion of Asia Minor by the Cimmerii and their expulsion by Alyattes (630-560 b.c.). During his lifetime his own countrymen were also engaged in a life-and-death struggle with the Magnesians. These two events give the key to his poetry, in which he endeavours to rouse the indolent Ionians to a sense of patriotism. Only scanty fiagments of his poems remain; the longest of these (preserved in Stobaeus, Florilegium, li. 19) has even been ascribed to Tyrtaeus.

CALLINUS of Ephesus, the earliest of the Greek elegiac poets and the originator of political and war-themed elegy. He is believed to have thrived between the invasion of Asia Minor by the Cimmerii and their expulsion by Alyattes (630-560 B.C.). During his life, his fellow countrymen were also fighting a desperate battle against the Magnesians. These two events provide the backdrop for his poetry, in which he strives to inspire the lazy Ionians to embrace patriotism. Only a few fragments of his poems survive; the longest of these (found in Stobaeus, Florilegium, li. 19) has even been attributed to Tyrtaeus.

Edition of the fragments by N. Bach (1831), and in Bergk, Poetae Lyrici Graeci (1882). On the date of Callinus, see the histories of Greek literature by Mure and Müller; G.H. Bode, Geschichte der hellenischen Dichtkunst, ii. pt. i. (1838); and G. Geiger, De Callini Aetate (1877), who places him earlier, about 642.

Edition of the fragments by N. Bach (1831), and in Bergk, Poetae Lyrici Graeci (1882). For information on the date of Callinus, refer to the histories of Greek literature by Mure and Müller; G.H. Bode, Geschichte der hellenischen Dichtkunst, ii. pt. i. (1838); and G. Geiger, De Callini Aetate (1877), who suggests he lived earlier, around 642.


CALLIOPE, the muse of epic poetry, so named from the sweetness of her vioce (Gr. κάλλος, beauty; ὄψ, voice). In Hesiod she was the last of the nine sisters, but yet enjoyed a supremacy over the others. (See also Muses, The.)

CALLIOPE, the muse of epic poetry, so named from the sweetness of her vioce (Gr. beauty, beauty; ὄψ, voice). In Hesiod she was the last of the nine sisters, but yet enjoyed a supremacy over the others. (See also Muses, The.)


CALLIRRHOE, in Greek legend, second daughter of the river-god Achelous and wife of Alcmaeon (q.v.). At her earnest request her husband induced Phegeus, king of Psophis in Arcadia, and the father of his first wife Arsinoë (or Alphesiboea), to hand over to him the necklace and peplus (robe) of Harmonia (q.v.), that he might dedicate them at Delphi to complete the cure of his madness. When Phegeus discovered that they were really meant for Callirrhoe, he gave orders for Alcmaeon to be waylaid and killed (Apollodorus iii. 7, 2. 5-7; Thucydides ii. 102). Callirrhoe now implored the gods that her two young sons might grow to manhood at once and avenge their father’s death. This was granted, and her sons Amphoterus and Acarnan slew Phegeus with his two sons, and returning with the necklace and peplus dedicated them at Delphi (Ovid, Metam. ix. 413).

CALLIRRHOE, in Greek mythology, was the second daughter of the river-god Achelous and the wife of Alcmaeon (q.v.). She passionately urged her husband to convince Phegeus, the king of Psophis in Arcadia and the father of his first wife Arsinoë (or Alphesiboea), to give him the necklace and peplus (robe) of Harmonia (q.v.) so that he could dedicate them at Delphi to fully cure his madness. When Phegeus discovered that these items were meant for Callirrhoe, he ordered Alcmaeon to be ambushed and killed (Apollodorus iii. 7, 2. 5-7; Thucydides ii. 102). Desperate, Callirrhoe prayed to the gods for her two young sons to grow up instantly and avenge their father's death. This wish was granted, and her sons Amphoterus and Acarnan killed Phegeus along with his two sons, then returned with the necklace and peplus to dedicate them at Delphi (Ovid, Metam. ix. 413).


CALLISTHENES (c. 360-328 b.c.), of Olynthus, Greek historian, a relative and pupil of Aristotle, through whose recommendation he was appointed to attend Alexander the Great in his Asiatic expedition. He censured Alexander’s adoption of oriental customs, inveighing especially against the servile ceremony of adoration. Having thereby greatly offended the king, he was accused of being privy to a treasonable conspiracy and thrown into prison, where he died from torture or disease. His melancholy end was commemorated in a special treatise (Καλλισθένης ἢ περὶ πένθους) by his friend Theophrastus, whose acquaintance he made during a visit to Athens. Callisthenes wrote an account of Alexander’s expedition, a history of Greece from the peace of Antalcidas (387) to the Phocian war (357), a history of the Phocian war and other works, all of which have perished. The romantic life of Alexander, the basis of all the Alexander legends of the middle ages, originated during the time of the Ptolemies, but in its present form belongs to the 3rd century a.d. Its author is usually known as pseudo-Callisthenes, although, in the Latin translation by Julius Valerius Alexander Polemius (beginning of the 4th century) it is ascribed to a certain Aesopus; Aristotle, Antisthenes, Onesicritus and Arrian have also been credited with the authorship. There are also Syrian, Armenian and Slavonic versions, in addition to four Greek versions (two in prose and two in verse) in the middle ages (see Krumbacher, Geschichte der byzantinischen Litteratur, 1897, p. 849). Valerius’s translation was completely superseded by that of Leo, arch-priest of Naples in the 10th century, the so-called Historia de Preliis.

CALLISTHENES (c. 360-328 B.C.), from Olynthus, was a Greek historian, a relative and student of Aristotle. Thanks to Aristotle’s recommendation, he was appointed to accompany Alexander the Great on his campaign in Asia. He criticized Alexander for adopting Eastern customs, particularly the demeaning practice of worship. This criticism greatly angered the king, and Callisthenes was accused of being involved in a treasonous conspiracy and thrown in prison, where he died from torture or illness. His tragic end was memorialized in a special work (Callisthenes or on mourning) by his friend Theophrastus, whom he met during a visit to Athens. Callisthenes wrote an account of Alexander’s expedition, a history of Greece from the peace of Antalcidas (387) to the Phocian War (357), a history of the Phocian War, and other works, all of which have been lost. The romantic tales of Alexander, which became the foundation for the legends of the Middle Ages, began during the time of the Ptolemies but took on their current form in the 3rd century AD The author is commonly referred to as pseudo-Callisthenes, though in the Latin translation by Julius Valerius Alexander Polemius (early 4th century), it is attributed to someone named Aesopus. Aristotle, Antisthenes, Onesicritus, and Arrian have also been credited with the authorship. There are Syrian, Armenian, and Slavonic versions, as well as four Greek versions (two in prose and two in verse) from the Middle Ages (see Krumbacher, Geschichte der byzantinischen Litteratur, 1897, p. 849). Valerius’s translation was completely replaced by that of Leo, archpriest of Naples in the 10th century, known as the Historia de Preliis.

See Scriptores rerum Alexandri Magni (by C.W. Müller, in the Didot edition of Arrian, 1846), containing the genuine fragments and the text of the pseudo-Callisthenes, with notes and introduction; A. Westermann, De Callisthene Olynthio et Pseudo-Callisthene Commentatio (1838-1842); J. Zacher, Pseudo-Callisthenes (1867); W. Christ, Geschichte der griechischen Litteratur (1898), pp. 363, 819; article by Edward Meyer in Ersch and Gruber’s Allgemeine Encyklopädie; A. Ausfeld, Zur Kritik des griechischen Alexanderromans (Bruchsal, 1894); Plutarch, Alexander, 52-55; Arrian, Anab. iv. 10-14; Diog. Laërtius v. I; Quintus Curtius viii. 5-8; Suidas s.v. See also Alexander The Great (ad fin.). For the Latin translations see Teuffel-Schwabe, Hist. of Roman Literature (Eng, trans.), § 399; and M. Schanz, Geschichte der römischen Litteratur, iv. i., p.43.

See Scriptores rerum Alexandri Magni (by C.W. Müller, in the Didot edition of Arrian, 1846), containing the genuine fragments and the text of the pseudo-Callisthenes, with notes and introduction; A. Westermann, De Callisthene Olynthio et Pseudo-Callisthene Commentatio (1838-1842); J. Zacher, Pseudo-Callisthenes (1867); W. Christ, Geschichte der griechischen Litteratur (1898), pp. 363, 819; article by Edward Meyer in Ersch and Gruber’s Allgemeine Encyklopädie; A. Ausfeld, Zur Kritik des griechischen Alexanderromans (Bruchsal, 1894); Plutarch, Alexander, 52-55; Arrian, Anab. iv. 10-14; Diog. Laërtius v. I; Quintus Curtius viii. 5-8; Suidas s.v. See also Alexander The Great (ad fin.). For the Latin translations see Teuffel-Schwabe, Hist. of Roman Literature (Eng, trans.), § 399; and M. Schanz, Geschichte der römischen Litteratur, iv. i., p.43.


CALLISTO, in Greek mythology, an Arcadian nymph, daughter of Lycaon and companion of Artemis. She was transformed into a bear as a penalty for having borne to Zeus a son, Arcas, the ancestor of the Arcadians. Hera, Zeus and Artemis are all mentioned as the authors of the transformation. Arcas, when hunting, encountered the bear Callisto, and would have shot her, had not Zeus with swift wind carried up both to the skies, where he placed them as a constellation. In another version, she was 58 slain by Artemis. Callisto was originally only an epithet of the Arcadian Artemis herself.

CALLISTO, in Greek mythology, was an Arcadian nymph, daughter of Lycaon and a companion of Artemis. She was turned into a bear as punishment for having given birth to a son, Arcas, who became the ancestor of the Arcadians, by Zeus. Hera, Zeus, and Artemis are all mentioned as being responsible for her transformation. Arcas, while hunting, came across the bear Callisto and would have shot her, if not for Zeus, who quickly took them both up to the sky, where he placed them as a constellation. In another version, she was 58 killed by Artemis. Callisto was originally just a title used for the Arcadian Artemis herself.

See Apollodorus iii. 8; Ovid, Metam. ii. 381-530; R. Franz, De Callistus fabula (1890), which deals exhaustively with the various forms of the legend.

See Apollodorus iii. 8; Ovid, Metam. ii. 381-530; R. Franz, De Callistus fabula (1890), which thoroughly discusses the different versions of the legend.


CALLISTRATUS, Alexandrian grammarian, flourished at the beginning of the 2nd century b.c. He was one of the pupils of Aristophanes of Byzantium, who were distinctively called Aristophanei. Callistratus chiefly devoted himself to the elucidation of the Greek poets; a few fragments of his commentaries have been preserved in the various collections of scholia and in Athenaeus. He was also the author of a miscellaneous work called Συμμικτά used by the later lexicographers, and of a treatise on courtesans (Athenaeus iii. 125 B, xiii. 591 D). He is not to be confused with Callistratus, the pupil and successor of Isocrates and author of a history of Heraclea in Pontus.

CALLISTRATUS, Alexandrian grammarian, thrived at the beginning of the 2nd century BCE He was one of the students of Aristophanes of Byzantium, who were specifically referred to as Aristophanei. Callistratus mainly focused on explaining the Greek poets; a few fragments of his commentaries have been preserved in various collections of scholia and in Athenaeus. He also authored a miscellaneous work called Mixes that was used by later lexicographers, and wrote a treatise on courtesans (Athenaeus iii. 125 B, xiii. 591 D). He should not be confused with Callistratus, the pupil and successor of Isocrates and author of a history of Heraclea in Pontus.

See R. Schmidt, De Callistrato Aristophaneo, appended to A. Nauck’s Aristophanis Byzantii Fragmenta (1848); also C.W. Müller, Fragmenta Historicorum Graecorum, iv. p. 353 note.

See R. Schmidt, De Callistrato Aristophaneo, attached to A. Nauck’s Aristophanis Byzantii Fragmenta (1848); also C.W. Müller, Fragmenta Historicorum Graecorum, iv. p. 353 note.


CALLISTRATUS, an Athenian poet, only known as the author of a hymn in honour of Harmodius (q.v.) and Aristogeiton. This ode, which is to be found in Athenaeus (p. 695), has been beautifully translated by Thomas Moore.

CALLISTRATUS, was an Athenian poet, recognized only for writing a hymn in honor of Harmodius (q.v.) and Aristogeiton. This ode can be found in Athenaeus (p. 695) and has been beautifully translated by Thomas Moore.


CALLISTRATUS, Greek sophist and rhetorician, probably flourished in the 3rd century. He wrote Έκφράσεις, descriptions of fourteen works of art in stone or brass by distinguished artists. This little work, which is written in a dry and affected style, without any real artistic feeling, is usually edited with the Εἰκόνες of Philostratus.

CALLISTRATUS, Greek sophist and rhetorician, likely thrived in the 3rd century. He wrote Expressions, descriptions of fourteen artworks in stone or brass created by notable artists. This short piece, which is written in a dry and pretentious style, lacking any genuine artistic sentiment, is typically published alongside the Images of Philostratus.

Edition by Schenkl-Reisch (Teubner series, 1902); see also C.G. Heyne, Opuscula Academica, v. pp. 196-221, with commentary on the Descriptiones; F. Jacobs, Animadversiones criticae in Callistrati statuas (1797).

Edition by Schenkl-Reisch (Teubner series, 1902); see also C.G. Heyne, Opuscula Academica, v. pp. 196-221, with commentary on the Descriptiones; F. Jacobs, Animadversiones criticae in Callistrati statuas (1797).


CALLISTRATUS of Aphidnae, Athenian orator and general in the 4th century b.c. For many years, as prostates, he supported Spartan interests at Athens. On account of the refusal of the Thebans to surrender Oropus, which on his advice they had been allowed to occupy temporarily, Callistratus, despite his magnificent defence (which so impressed Demosthenes that he resolved to study oratory), was condemned to death, 361 b.c. He fled to Methone in Macedonia, and on his return to Athens in 355 he was executed.

CALLISTRATUS of Aphidnae, an Athenian orator and general in the 4th century B.C. For many years, he promoted Spartan interests in Athens as prostates. After the Thebans refused to give up Oropus, which they were allowed to temporarily occupy based on his advice, Callistratus was sentenced to death in 361 B.C., despite his impressive defense that inspired Demosthenes to study oratory. He fled to Methone in Macedonia, and upon his return to Athens in 355, he was executed.

See Xenophon, Hellenica, iii. 3, vi. 2; Lycurgus, In Leocr. 93.

See Xenophon, Hellenica, iii. 3, vi. 2; Lycurgus, In Leocr. 93.


CALLOT, JACQUES (1592-1635), French engraver, was born at Nancy in Lorraine, where his father, Jean Callot, was a herald-at-arms. He early discovered a very strong predilection for art, and at the age of twelve quitted home without his father’s consent, and set out for Rome where he intended to prosecute his studies. Being utterly destitute of funds he joined a troop of Bohemians, and arrived in their company at Florence. In this city he had the good fortune to attract the notice of a gentleman of the court, who supplied him with the means of study; but he removed in a short time to Rome, where, however, he was recognized by some relatives, who immediately compelled him to return home. Two years after this, and when only fourteen years old, he again left France contrary to the wishes of his friends, and reached Turin before he was overtaken by his elder brother, who had been despatched in quest of him. As his enthusiasm for art remained undiminished after these disappointments, he was at last allowed to accompany the duke of Lorraine’s envoy to the papal court. His first care was to study the art of design, of which in a short time he became a perfect master. Philip Thomasin instructed him in the use of the graver, which, however, he ultimately abandoned, substituting the point as better adapted for his purposes. From Rome he went to Florence, where he remained till the death of Cosimo II., the Maecenas of these times. On returning to his native country he was warmly received by the then duke of Lorraine, who admired and encouraged him. As his fame was now spread abroad in various countries of Europe, many distinguished persons gave him commissions to execute. By the Infanta Isabella, sovereign of the Low Countries, he was commissioned to engrave a design of the siege of Breda; and at the request of Louis XIII. he designed the siege of Rochelle and the attack on the Isle of Ré. When, however, in 1631 he was desired by that monarch to execute an engraving of the siege of Nancy, which he had just taken, Callot refused, saying, “I would rather cut off my thumb than do anything against the honour of my prince and of my country”; to which Louis replied that the duke of Lorraine was happy in possessing such subjects as Callot. Shortly after this he returned to his native place, from which the king failed to allure him with the offer of a handsome pension. He engraved in all about 1600 pieces, the best of which are those executed in aquafortis. No one ever possessed in a higher degree the talent for grouping a large number of figures in a small space, and of representing with two or three bold strokes the expression, action and peculiar features of each individual. Freedom, variety and naiveté characterize all his pieces. His Fairs, his Miseries of War, his Sieges, his Temptation of St Anthony and his Conversion of St Paul are the best-known of his plates.

CALLLOT, JACQUES (1592-1635), French engraver, was born in Nancy, Lorraine, where his father, Jean Callot, worked as a herald-at-arms. He developed a strong passion for art early on and, at the age of twelve, left home without his father’s approval, heading to Rome to pursue his studies. Lacking money, he joined a group of Bohemians and arrived in Florence with them. In this city, he was fortunate enough to catch the attention of a court gentleman who provided him with the means to study; however, he soon moved to Rome, where some relatives recognized him and forcibly brought him back home. Two years later, at just fourteen, he left France again against his friends' wishes and reached Turin before being caught by his older brother, who had been sent to find him. Despite these setbacks, his enthusiasm for art remained strong, and he was eventually allowed to accompany the Duke of Lorraine’s envoy to the papal court. His main focus was learning design, which he quickly mastered. Philip Thomasin taught him how to use the graver, but he eventually switched to using the point, which suited his needs better. From Rome, he went to Florence, where he stayed until the death of Cosimo II, the patron of the arts at that time. Upon returning to his homeland, he received a warm welcome from the Duke of Lorraine, who admired and supported him. With his reputation growing across various European countries, many notable figures commissioned him for work. He was asked by the Infanta Isabella, the ruler of the Low Countries, to engrave a design of the siege of Breda. At the request of Louis XIII, he created a design for the siege of Rochelle and the assault on the Isle of Ré. However, in 1631, when Louis asked him to create an engraving of the siege of Nancy, which had just fallen, Callot declined, saying, “I would rather cut off my thumb than do anything against the honor of my prince and my country”; Louis then remarked that the Duke of Lorraine was lucky to have such a subject as Callot. Soon after, he returned to his hometown, where the king’s offer of a generous pension could not entice him away. He engraved around 1600 pieces, with the best being those done in aquafortis. No one else could match his ability to group a large number of figures into a small space while capturing each individual’s expression, action, and unique features with just a few bold strokes. Freedom, variety, and naiveté define all of his works. His Fairs, Miseries of War, Sieges, Temptation of St. Anthony, and Conversion of St. Paul are among his best-known plates.

See also Edouard Meaume, Recherches sur la vie de Jacques Callot (1860).

See also Edouard Meaume, Research on the Life of Jacques Callot (1860).


CALLOVIAN (from Callovium, the Latinized form of Kellaways, a village not far from Chippenham in Wiltshire), in geology, the name introduced by d’Orbigny for the strata which constitute the base of the Oxfordian or lowermost stage of the Middle Oolites. The term used by d’Orbigny in 1844 was “Kellovien,” subsequently altered to “Callovien” in 1849; William Smith wrote “Kellaways” or “Kelloways Stone” towards the close of the 18th century. In England it is now usual to speak of the Kellaways Beds; these comprise (1) the Kellaways Rock, alternating clays and sands with frequent but irregular concretionary calcareous sandstones, with abundant fossils; and (2) a lower division, the Kellaways Clay, which often contains much selenite but is poor in fossils. The lithological characters are impersistent, and the sandy phase encroaches sometimes more, sometimes less, upon the true Oxford Clay. The rocks may be traced from Wiltshire into Bedfordshire, Lincolnshire and Yorkshire, where they are well exposed in the cliffs at Scarborough and Gristhorpe, at Hackness (90 ft.), Newtondale (80 ft.) and Kepwick (100 ft.). In Yorkshire, however, the Callovian rocks lie upon a somewhat higher palaeontological horizon than in Wiltshire. In England, Kepplerites calloviensis is taken as the zone fossil; other common forms are Cosmoceras modiolare, C. gowerianum, Belemnites oweni, Ancyloceras calloviense, Nautilus calloviensis, Avicula ovalis, Gryphaea bilobata, &c.

CALLOVIAN (from Callovium, the Latinized version of Kellaways, a village near Chippenham in Wiltshire), in geology, refers to the strata that form the base of the Oxfordian or the lowest stage of the Middle Oolites. The term used by d’Orbigny in 1844 was “Kellovien,” which was changed to “Callovien” in 1849; William Smith referred to “Kellaways” or “Kelloways Stone” towards the end of the 18th century. In England, it is now common to refer to the Kellaways Beds; these consist of (1) the Kellaways Rock, which includes alternating clays and sands with frequent but irregular patches of calcareous sandstones and plenty of fossils; and (2) a lower section called the Kellaways Clay, which often has a lot of selenite but few fossils. The lithological characteristics are inconsistent, with the sandy phase varying in its encroachment on the true Oxford Clay. These rocks can be traced from Wiltshire into Bedfordshire, Lincolnshire, and Yorkshire, where they are prominently exposed in the cliffs at Scarborough and Gristhorpe, at Hackness (90 ft.), Newtondale (80 ft.), and Kepwick (100 ft.). However, in Yorkshire, the Callovian rocks are found at a slightly higher paleontological level than in Wiltshire. In England, Kepplerites calloviensis is recognized as the zone fossil; other common forms include Cosmoceras modiolare, C. gowerianum, Belemnites oweni, Ancyloceras calloviense, Nautilus calloviensis, Avicula ovalis, Gryphaea bilobata, etc.

On the European continent the “Callovien” stage is used in a sense that is not exactly synonymous with the English Callovian; it is employed to embrace beds that lie both higher and lower in the time-scale. Thus, the continental Callovien includes the following zones:—

On the European continent, the "Callovien" stage is used in a way that's not exactly the same as the English Callovian; it's used to refer to layers that are both higher and lower on the timeline. Therefore, the continental Callovien includes the following zones:—

Upper Callovien (Divesien) Instructions received. Please provide the text for modernization. Zone of Peltoceras athleta, Cosmoceras Duncani, Quenstedtoceras Lamberti and Q. mariae.
Lower Callovien Your message seems to be incomplete. Please provide the short piece of text you would like me to modernize. Zone of Reineckia anceps, Stephanoceras coronatum and Cosmoceras jason and a lower zone of C. gowerianum and Macrocephalites macrocephalus.

Rocks of Callovian age (according to the continental classification) are widely spread in Europe, which, with the exception of numerous insular masses, was covered by the Callovian Sea. The largest of these land areas lay over Scandinavia and Finland, and extended eastward as far as the 40th meridian. In arctic regions these rocks have been discovered in Spitzbergen, Franz Josef Land, the east coast of Greenland, and Siberia. They occur in the Hebrides and Skye and in England as indicated above. In France they are well exposed on the coast of Calvados between Trouville and Dives, where the marls and clays are 200 ft. thick. In the Ardennes clays bearing pyrites and oolitic limonite are about 30 ft. thick. Around Poitiers the Callovian is 100 ft. thick, but the formation thins in the direction of the Jura.

Rocks from the Callovian period (according to the continental classification) are widely spread across Europe, which, apart from several island masses, was covered by the Callovian Sea. The largest of these land areas was located over Scandinavia and Finland and extended eastward to the 40th meridian. In Arctic regions, these rocks have been found in Spitzbergen, Franz Josef Land, the east coast of Greenland, and Siberia. They are also present in the Hebrides and Skye, as well as in England, as mentioned earlier. In France, they are prominently exposed along the coast of Calvados between Trouville and Dives, where the marls and clays reach a thickness of 200 ft. In the Ardennes, clays containing pyrites and oolitic limonite are about 30 ft. thick. Around Poitiers, the Callovian deposits are 100 ft. thick, but the formation becomes thinner as it approaches the Jura.

Clays and shales with ferruginous oolites represent the Callovian of Germany; while in Russia the deposits of this age are mainly argillaceous. In North America Callovian fossils are found in California; in South America in Bolivia. In Africa they have been found in Algeria and Morocco, in Somaliland and Zanzibar, and on the west coast of Madagascar. In India they are 59 represented by the shales and limestones of the Chari series of Cutch. Callovian rocks are also recorded from New Guinea and the Moluccas.

Clays and shales with iron-rich oolites represent the Callovian period in Germany, while in Russia, the deposits from this time are mainly clay-rich. In North America, Callovian fossils are found in California; in South America, they are located in Bolivia. In Africa, they've been discovered in Algeria and Morocco, as well as in Somaliland and Zanzibar, and along the west coast of Madagascar. In India, they are 59 represented by the shales and limestones of the Chari series in Cutch. Callovian rocks have also been recorded from New Guinea and the Moluccas.

See Jurassic; also A. de Lapparent, Traité de géologie, vol. ii. (5th ed., 1906), and H.B. Woodward, “The Jurassic Rocks of Britain,” Mem. Geol. Survey, vol. v.

See Jurassic; also A. de Lapparent, Traité de géologie, vol. ii. (5th ed., 1906), and H.B. Woodward, “The Jurassic Rocks of Britain,” Mem. Geol. Survey, vol. v.

(J. A. H.)

CALM, an adjective meaning peaceful, quiet; particularly used of the weather, free from wind or storm, or of the sea, opposed to rough. The word appears in French calme, through which it came into English, in Spanish, Portuguese and Italian calma. Most authorities follow Diez (Etym. Wörterbuch der romanischen Sprachen) in tracing the origin to the Low Latin cauma, an adaptation of Greek καῦμα, burning heat, καίειν, to burn. The Portuguese calma has this meaning as well as that of quiet. The connexion would be heat of the day, rest during that period, so quiet, rest, peacefulness. The insertion of the l, which in English pronunciation disappears, is probably due to the Latin calor, heat, with which the word was associated.

CALM, is an adjective that means peaceful and quiet, especially when talking about the weather being free from wind or storms, or the sea being calm instead of rough. The word comes from the French calme, which is also related to the Spanish, Portuguese, and Italian word calma. Most experts, following Diez's Etym. Wörterbuch der romanischen Sprachen, trace its origin back to the Low Latin cauma, which comes from the Greek heat, meaning burning heat, and καίειν, meaning to burn. The Portuguese calma shares this meaning as well as the concept of quiet. The connection likely relates to the heat of the day, suggesting rest and tranquility during that time. The addition of the l, which disappears in English pronunciation, is probably linked to the Latin calor, meaning heat, with which the word is associated.


CALMET, ANTOINE AUGUSTIN (1672-1757), French Benedictine, was born at Mesnil-la-Horgne on the 26th of February 1672. At the age of seventeen he joined the Benedictine order, and in 1698 was appointed to teach theology and philosophy at the abbey of Moyen-Moutier. He was successively prior at Lay, abbot at Nancy and of Sénones in Lorraine. He died in Paris on the 25th of October 1757. The erudition of Calmet’s exegetical writings won him a reputation that was not confined to the Roman Catholic Church, but they have failed to stand the test of modern scholarship. The most noteworthy are:—Commentaire de la Bible (Paris, 23 vols. 1707-1716), and Dictionnaire historique, géographique, critique, chronologique et littéral de la Bible (Paris, 2 vols., 1720). These and numerous other works and editions of the Bible are known only to students, but as a pioneer in a branch of Biblical study which received a wide development in the 19th century, Calmet is worthy of remembrance. As a historical writer he is best known by his Histoire ecclésiastique et civile de la Lorraine (Nancy, 1728), founded on original research and various useful works on Lorraine, of which a full list is given In Vigouroux’s Dictionnaire de la Bible.

CALMET, ANTOINE AUGUSTIN (1672-1757), was a French Benedictine who was born in Mesnil-la-Horgne on February 26, 1672. At seventeen, he joined the Benedictine order, and by 1698, he was appointed to teach theology and philosophy at the abbey of Moyen-Moutier. He later became prior at Lay and abbot at Nancy and Sénones in Lorraine. He passed away in Paris on October 25, 1757. Calmet’s extensive exegetical writings earned him a reputation that extended beyond the Roman Catholic Church, but they have not held up under modern scholarly scrutiny. His most notable works include: Commentaire de la Bible (Paris, 23 vols., 1707-1716) and Dictionnaire historique, géographique, critique, chronologique et littéral de la Bible (Paris, 2 vols., 1720). These and many other works and editions of the Bible are primarily known to students, but Calmet is remembered as a pioneer in a field of Biblical study that flourished in the 19th century. He is best recognized as a historical writer for his Histoire ecclésiastique et civile de la Lorraine (Nancy, 1728), which is based on original research and various valuable sources about Lorraine, with a full list provided in Vigouroux’s Dictionnaire de la Bible.

See A. Digot, Notice biographique et littéraire sur Dom Augustin Calmet (Nancy, 1860).

See A. Digot, Biographical and Literary Notice on Dom Augustin Calmet (Nancy, 1860).


CALNE, a market town and municipal borough in the Chippenham parliamentary division of Wiltshire, England, 99 m. west of London by the Great Western railway. Pop. (1901) 3457. Area, 356 acres. It lies in the valley of the Calne, and is surrounded by the high table-land of Salisbury Plain and the Marlborough Downs. The church of St Mark has a nave with double aisles, and massive late Norman pillars and arches. The tower, which fell in 1628, was perhaps rebuilt by Inigo Jones. Other noteworthy buildings are a grammar school, founded by John Bentley in 1660, and the town-hall. Bacon-curing is the staple industry, and there are flour, flax and paper mills. The manufacture of broadcloth, once of great importance, is almost extinct. Calne is governed by a mayor, four aldermen and twelve councillors.

CALNE, is a market town and municipal borough in the Chippenham parliamentary division of Wiltshire, England, 99 miles west of London by the Great Western railway. Population (1901) was 3,457. The area covers 356 acres. It sits in the valley of the Calne and is surrounded by the high table-land of Salisbury Plain and the Marlborough Downs. The church of St Mark features a nave with double aisles, and strong late Norman pillars and arches. The tower, which collapsed in 1628, may have been rebuilt by Inigo Jones. Other notable buildings include a grammar school established by John Bentley in 1660 and the town hall. Bacon-curing is the main industry, along with flour, flax, and paper mills. The production of broadcloth, once significant, has nearly disappeared. Calne is governed by a mayor, four aldermen, and twelve councillors.

In the 10th century Calne (Canna, Kalne) was the site of a palace of the West-Saxon kings. Calne was the scene of the synod of 978 when, during the discussion of the question of celibacy, the floor suddenly gave way beneath the councillors, leaving Archbishop Dunstan alone standing upon a beam. Here also a witenagemot was summoned in 997. In the Domesday Survey Calne appears as a royal borough; it comprised forty-seven burgesses and was not assessed in hides. In 1565 the borough possessed a gild merchant, at the head of which were two gild stewards. Calne claimed to have received a charter from Stephen and a confirmation of the same from Henry III., but no record of these is extant, and the charter actually issued to the borough by James II. in 1687 apparently never came into force. The borough returned two members to parliament more or less irregularly from the first parliament of Edward I. until the Reform Bill of 1832. From this date the borough returned one member only until, by the Redistribution of Seats Act of 1885, the privilege was annulled. In 1303 Lodovicus de Bello Monte, prebendary of Salisbury, obtained a grant of a Saturday market at the manor of Calne, and a three days’ fair at the feast of St Mary Magdalene; the latter was only abandoned in the 19th century. Calne was formerly one of the chief centres of cloth manufacture in the west of England, but the industry is extinct.

In the 10th century, Calne (Canna, Kalne) was home to a palace for the West-Saxon kings. It was the site of the synod in 978 when, during a discussion about celibacy, the floor suddenly collapsed under the councillors, leaving Archbishop Dunstan standing alone on a beam. A witenagemot was also called here in 997. The Domesday Survey lists Calne as a royal borough; it had forty-seven burgesses and was not assessed in hides. By 1565, the borough had a merchant guild, led by two guild stewards. Calne claimed to have received a charter from Stephen and a confirmation from Henry III., but no record of these exists, and the charter actually granted to the borough by James II. in 1687 seems to have never come into effect. The borough had two representatives in Parliament, more or less irregularly, from Edward I.'s first Parliament until the Reform Bill of 1832. After that, it returned only one member until the Redistribution of Seats Act of 1885 ended that privilege. In 1303, Lodovicus de Bello Monte, a prebendary of Salisbury, was granted a Saturday market at the manor of Calne and a three-day fair at the feast of St. Mary Magdalene; the fair wasn’t abandoned until the 19th century. Calne was once one of the main centers for cloth manufacturing in the west of England, but that industry has now disappeared.


CALOMEL, a drug consisting of mercurous chloride, mercury subchloride, Hg2Cl2, which occurs in nature as the mineral horn-quicksilver, found as translucent crystals belonging to the tetragonal system, with an adamantine lustre, and a dirty white grey or brownish colour. The chief localities are Idria, Obermoschel, Horowitz in Bavaria and Almaden in Spain. It was used in medicine as early as the 16th century under the names Draco mitigatus, Manna metallorum, Aquila alba, Mercurius dulcis; later it became known as calomel, a name probably derived from the Greek καλός, beautiful, and μέλας, black, in allusion to its blackening by ammonia, or from καλός and μέλι, honey, from its sweet taste. It may be obtained by heating mercury in chlorine, or by reducing mercuric chloride (corrosive sublimate) with mercury or sulphurous acid. It is manufactured by heating a mixture of mercurous sulphate and common salt in iron retorts, and condensing the sublimed calomel in brick chambers. In the wet way it is obtained by precipitating a mercurous salt with hydrochloric acid. Calomel is a white powder which sublimes at a low red heat; it is insoluble in water, alcohol and ether. Boiling with stannous chloride solution reduces it to the metal; digestion with potassium iodide gives mercurous iodide. Nitric acid oxidizes it to mercuric nitrate, while potash or soda decomposes it into mercury and oxygen. Long continued boiling with water gives mercury and mercuric chloride; dilute hydrochloric acid or solutions of alkaline chlorides convert it into mercuric chloride on long boiling.

CALOMEL is a drug made up of mercurous chloride, mercury subchloride, Hg2Cl2, which naturally occurs as the mineral horn-quicksilver. It appears as translucent crystals in the tetragonal system, featuring an adamantine shine, and has a dirty white, grey, or brownish color. The main places it's found are Idria, Obermoschel, Horowitz in Bavaria, and Almaden in Spain. It was used in medicine as early as the 16th century under various names like Draco mitigatus, Manna metallorum, Aquila alba, Mercurius dulcis; later, it became known as calomel, a name likely derived from the Greek good, meaning beautiful, and black, meaning black, referring to its darkening when exposed to ammonia, or from good and honey, meaning honey, due to its sweet taste. It can be produced by heating mercury in chlorine or by reducing mercuric chloride (corrosive sublimate) with mercury or sulphurous acid. The manufacturing process involves heating a mixture of mercurous sulfate and common salt in iron retorts and then condensing the sublimed calomel in brick chambers. In the wet method, it is obtained by precipitating a mercurous salt with hydrochloric acid. Calomel is a white powder that sublimes at a low red heat; it is insoluble in water, alcohol, and ether. Boiling it with stannous chloride solution reduces it to metal; digestion with potassium iodide produces mercurous iodide. Nitric acid oxidizes it into mercuric nitrate, while potash or soda breaks it down into mercury and oxygen. Prolonged boiling with water yields mercury and mercuric chloride; dilute hydrochloric acid or alkaline chloride solutions convert it into mercuric chloride upon extended boiling.

The molecular weight of mercurous chloride has given occasion for much discussion. E. Mitscherlich determined the vapour density to be 8.3 (air = 1), corresponding to HgCl. The supporters of the formula Hg2Cl2 pointed out that dissociation into mercury and mercuric chloride would give this value, since mercury is a monatomic element. After contradictory evidence as to whether dissociation did or did not occur, it was finally shown by Victor Meyer and W. Harris (1894) that a rod moistened with potash and inserted in the vapour was coloured yellow, and so conclusively proved dissociation. A. Werner determined the molecular weights of mercurous, cuprous and silver bromides, iodides and chlorides in pyridine solution, and obtained results pointing to the formula HgCl, etc. However, the double formula, Hg2Cl2, has been completely established by H.B. Baker (Journ. Chem. Soc., 1900, 77, p. 646) by vapour density determinations of the absolutely dry substance.

The molecular weight of mercurous chloride has sparked a lot of debate. E. Mitscherlich calculated the vapor density to be 8.3 (air = 1), which corresponds to HgCl. Supporters of the formula Hg2Cl2 pointed out that if it dissociates into mercury and mercuric chloride, it would yield this value since mercury is a monatomic element. After conflicting evidence regarding whether dissociation happened or not, Victor Meyer and W. Harris finally demonstrated in 1894 that a rod moistened with potash and placed in the vapor turned yellow, providing clear proof of dissociation. A. Werner determined the molecular weights of mercurous, cuprous, and silver bromides, iodides, and chlorides in pyridine solution, and his results suggested the formula HgCl, among others. However, H.B. Baker completely confirmed the double formula, Hg2Cl2, through vapor density measurements of the completely dry substance published in Journ. Chem. Soc., 1900, 77, p. 646.

Calomel possesses certain special properties and uses in medicine which are dealt with here as a supplement to the general discussion of the pharmacology and therapeutics of mercury (q.v.). Calomel exerts remote actions in the form of mercuric chloride. The specific value of mercurous chloride is that it exerts the valuable properties of mercuric chloride in the safest and least irritant manner, as the active salt is continuously and freshly generated in small quantities. Its pharmacopeial preparations are the “Black wash,” in which calomel and lime react to form mercurous oxide, a pill still known as “Plummer’s pill” and an ointment. Externally the salt has not any particular advantage over other mercurial compounds, despite the existence of the official ointment. Internally the salt is given in doses—for an adult of from one-half to five grains. It is an admirable aperient, acting especially on the upper part of the intestinal canal, and causing a slight increase of intestinal secretion. The stimulant action occurring high up in the canal (duodenum and jejunum), it is well to follow a dose of calomel with a saline purgative a few hours afterwards. The special value of the drug as an aperient depends on its antiseptic power and its stimulation of the liver. The stools are dark green, containing calomel, mercuric sulphide and bile which, owing to the antiseptic action, has not been decomposed. The salt is often used in the treatment of syphilis, but is probably less useful than certain other mercurial compounds. It is also employed for 60 fumigation; the patient sits naked with a blanket over him, on a cane-bottomed chair, under which twenty grains of calomel are volatilized by a spirit-lamp; in about twenty minutes the calomel is effectually absorbed by the skin.

Calomel has some unique properties and uses in medicine, which are discussed here as a supplement to the general discussion of mercury’s pharmacology and therapeutics (q.v.). Calomel has remote effects in the form of mercuric chloride. The main advantage of mercurous chloride is that it provides the beneficial properties of mercuric chloride in a safer and less irritating way, as the active salt is generated continuously and in small amounts. Its official preparations include the “Black wash,” where calomel and lime react to produce mercurous oxide, a pill still referred to as “Plummer’s pill,” and an ointment. When used externally, the salt doesn’t offer any particular benefits over other mercurial compounds, despite the existence of the official ointment. Internally, the salt is administered in doses for adults ranging from half a grain to five grains. It’s a great laxative, particularly effective on the upper part of the intestinal tract, leading to a slight increase in intestinal secretions. Since its stimulating effect occurs high up in the digestive system (duodenum and jejunum), it’s advisable to follow a dose of calomel with a saline laxative a few hours later. The specific benefit of this drug as a laxative comes from its antiseptic properties and its ability to stimulate the liver. Stools are dark green, containing calomel, mercuric sulfide, and bile, which, due to the antiseptic action, remains undecomposed. The salt is often used to treat syphilis, but it’s likely less effective than some other mercurial compounds. It’s also used for fumigation; the patient sits naked with a blanket over them on a cane-bottomed chair, beneath which twenty grains of calomel are vaporized by a spirit lamp; within about twenty minutes, calomel is effectively absorbed through the skin.


CALONNE, CHARLES ALEXANDRE DE (1734-1803), French statesman, was born at Douai of a good family. He entered the profession of the law, and became in succession advocate to the general council of Artois, procureur to the parlement of Douai, master of requests, then intendant of Metz (1768) and of Lille (1774). He seems to have been a man of great business capacity, gay and careless in temperament, and thoroughly unscrupulous in political action. In the terrible crisis of affairs preceding the French Revolution, when minister after minister tried in vain to replenish the exhausted royal treasury and was dismissed for want of success, Calonne was summoned to take the general control of affairs. He assumed office on the 3rd of November 1783. He owed the position to Vergennes, who for three years and a half continued to support him; but the king was not well disposed towards him, and, according to the testimony of the Austrian ambassador, his reputation with the public was extremely poor. In taking office he found “600 millions to pay and neither money nor credit.” At first he attempted to develop the latter, and to carry on the government by means of loans in such a way as to maintain public confidence in its solvency. In October 1785 he recoined the gold coinage, and he developed the caisse d’ escompte. But these measures failing, he proposed to the king the suppression of internal customs, duties and the taxation of the property of nobles and clergy. Turgot and Necker had attempted these reforms, and Calonne attributed their failure to the malevolent criticism of the parlements. Therefore he had an assembly of “notables” called together in January 1787. Before it he exposed the deficit in the treasury, and proposed the establishment of a subvention territoriale, which should be levied on all property without distinction. This suppression of privileges was badly received by the privileged notables. Calonne, angered, printed his reports and so alienated the court. Louis XVI. dismissed him on the 8th of April 1787 and exiled him to Lorraine. The joy was general in Paris, where Calonne, accused of wishing to augment the imposts, was known as “Monsieur Deficit.” In reality his audacious plan of reforms, which Necker took up later, might have saved the monarchy had it been firmly seconded by the king. Calonne soon afterwards passed over to England, and during his residence there kept up a polemical correspondence with Necker on the finances. In 1789, when the states-general were about to assemble, he crossed over to Flanders in the hope of being allowed to offer himself for election, but he was sternly forbidden to enter France. In revenge he joined the émigré party at Coblenz, wrote in their favour, and expended nearly all the fortune brought him by his wife, a wealthy widow. In 1802, having again taken up his abode in London, he received permission from Napoleon to return to France. He died on the 30th of October 1802, about a month after his arrival in his native country.

CALONNE, CHARLES ALEXANDRE DE (1734-1803), French statesman, was born in Douai into a good family. He entered the legal profession and held various positions, including advocate to the general council of Artois, procureur to the parlement of Douai, master of requests, and later intendant of Metz (1768) and Lille (1774). He seemed to be a highly capable businessman, cheerful and carefree in nature, and completely ruthless in political matters. During the critical situation leading up to the French Revolution, as minister after minister failed to refill the depleted royal treasury and were dismissed, Calonne was called to take charge of the overall affairs. He took office on November 3, 1783. He owed this position to Vergennes, who supported him for three and a half years; however, the king was not favorably inclined towards him, and according to the Austrian ambassador, his public reputation was very poor. Upon assuming office, he found “600 million to pay and neither money nor credit.” Initially, he tried to build the latter and manage the government through loans while maintaining public confidence in its solvency. In October 1785, he re-minted the gold coinage and developed the caisse d’ escompte. When these efforts failed, he suggested to the king the elimination of internal customs duties and the taxation of nobles and clergy property. Turgot and Necker had tried similar reforms, and Calonne blamed their failure on the hostile criticism from the parlements. Thus, he called together an assembly of “notables” in January 1787. He outlined the treasury deficit and proposed a subvention territoriale to be levied on all property without distinction. This idea of abolishing privileges was poorly received by the privileged notables. Angered, Calonne published his reports, which turned the court against him. Louis XVI dismissed him on April 8, 1787, and exiled him to Lorraine. There was widespread joy in Paris, where Calonne, who was accused of wanting to increase taxes, was nicknamed “Monsieur Deficit.” In reality, his bold reform plan, which Necker later adopted, could have saved the monarchy if the king had supported it firmly. Calonne soon moved to England, where he maintained a contentious correspondence with Necker regarding financial issues. In 1789, just before the states-general were set to assemble, he traveled to Flanders hoping to run for election, but he was strictly prohibited from entering France. In retaliation, he joined the émigré party in Coblenz, wrote in their support, and spent nearly all the fortune his wealthy widow wife had brought him. In 1802, after returning to London, he received permission from Napoleon to come back to France. He died on October 30, 1802, about a month after arriving back in his home country.

See Ch. Gomel, Les Causes financières de la Révolution (Paris, 1893); R. Stourm, Les Finances de l‘ancien régime et de la Révolution (2 vols., Paris, 1885); Susane, La Tactique financière de Calonne, with bibliography (Paris, 1902).

See Ch. Gomel, The Financial Causes of the Revolution (Paris, 1893); R. Stourm, The Finances of the Ancien Régime and the Revolution (2 vols., Paris, 1885); Susane, The Financial Tactics of Calonne, with bibliography (Paris, 1902).


CALORESCENCE (from the Lat. calor, heat), a term invented by John Tyndall to describe an optical phenomenon, the essential feature of which is the conversion of rays belonging to the dark infra-red portion of the spectrum into the more refrangible visible rays, i.e. heat rays into rays of light. Such a transformation had not previously been observed, although the converse phenomenon, i.e. the conversion of short waves of light into longer or less refrangible waves, had been shown by Sir G.G. Stokes to occur in fluorescent bodies. Tyndall’s experiments, however, were carried out on quite different lines, and have nothing to do with fluorescence (q.v.). His method was to sift out the long dark waves which are associated with the short visible waves constituting the light of the sun or of the electric arc and to concentrate the former to a focus. If the eye was placed at the focus, no sensation of light was observed, although small pieces of charcoal or blackened platinum foil were immediately raised to incandescence, thus giving rise to visible rays.

CALORESCENCE (from the Latin calor, meaning heat), is a term created by John Tyndall to describe an optical phenomenon where rays from the dark infrared part of the spectrum are converted into more refrangible visible rays, i.e. heat rays become rays of light. This transformation had not been previously observed, although the opposite phenomenon, i.e. converting short wavelengths of light into longer or less refrangible waves, had been demonstrated by Sir G.G. Stokes in fluorescent materials. However, Tyndall’s experiments were conducted on entirely different principles and do not relate to fluorescence (q.v.). His method involved filtering out the long dark waves associated with the short visible waves from sunlight or the electric arc and focusing the former. When the eye was positioned at the focus, no light sensation was perceived, although small pieces of charcoal or blackened platinum foil would immediately become incandescent, creating visible rays.

The experiment is more easily carried out with the electric light than with sunlight, as the former contains a smaller proportion of visible rays. According to Tyndall, 90% of the radiation from the electric arc is non-luminous. The arc being struck in the usual way between two carbons, a concave mirror, placed close behind it, caused a large part of the radiation to be directed through an aperture in the camera and concentrated to a focus outside. In front of the aperture were placed a plate of transparent rock-salt, and a flat cell of thin glass containing a solution of iodine in carbon bisulphide. Both rock-salt and carbon bisulphide are extremely transparent to the luminous and also to the infra-red rays The iodine in the solution, however, has the property of absorbing the luminous rays, while transmitting the infra-red rays copiously, so that in sufficient thicknesses the solution appears nearly black. Owing to the inflammable nature of carbon bisulphide, the plate of rock-salt was found to be hardly a sufficient protection, and Tyndall surrounded the iodine cell with an annular vessel through which cold water was made to flow. Any small body which was a good absorber of dark rays was rapidly heated to redness when placed at the focus. Platinized platinum (platinum foil upon which a thin film of platinum had been deposited electrolytically) and charcoal were rendered incandescent, black paper and matches immediately inflamed, ordinary brown paper pierced and burned, while thin white blotting-paper, owing to its transparency to the invisible rays, was scarcely tinged. A simpler arrangement, also employed by Tyndall, is to cause the rays to be reflected outwards parallel to one another, and to concentrate them by means of a small flask, containing the iodine solution and used as a lens, placed some distance from the camera. The rock-salt and cold water circulation can then be dispensed with.

The experiment is easier to conduct with electric light than with sunlight, since the former has a lower proportion of visible rays. According to Tyndall, 90% of the radiation from the electric arc is non-luminous. When the arc is struck in the usual way between two carbons, a concave mirror placed close behind it directs a large part of the radiation through an aperture in the camera and focuses it outside. In front of the aperture, a plate of transparent rock salt and a flat cell of thin glass containing a solution of iodine in carbon disulfide are placed. Both rock salt and carbon disulfide are highly transparent to visible and infrared rays. However, the iodine in the solution absorbs visible rays while allowing infrared rays to pass through abundantly, making the solution appear nearly black at sufficient thicknesses. Due to the flammable nature of carbon disulfide, the rock salt plate was found to provide barely enough protection, and Tyndall encased the iodine cell in an annular vessel with a flow of cold water. Any small item that was a good absorber of dark rays quickly heated to a bright red when placed at the focus. Platinized platinum (platinum foil coated with a thin layer of platinum deposited electrolytically) and charcoal became incandescent, black paper and matches ignited instantly, ordinary brown paper pierced and burned, while thin white blotting paper, due to its transparency to invisible rays, showed hardly any change. A simpler setup, also used by Tyndall, involved reflecting the rays outward parallel to each other and focusing them through a small flask containing the iodine solution, used as a lens, placed some distance from the camera. The rock salt and cold water circulation could then be omitted.

Since the rays used by Tyndall in these experiments are similar to those emitted by a heated body which is not hot enough to be luminous, it might be thought that the radiation, say from a hot kettle, could be concentrated to a focus and employed to render a small body luminous. It would, however, be impossible by such means to raise the receiving body to a higher temperature than the source of radiation. For it is easy to see that if, by means of lenses of rock-salt or mirrors, we focused all or nearly all the rays from a small surface on to another surface of equal area, this would not raise the temperature of the second surface above that of the first; and we could not obtain a greater concentration of rays from a large heated surface, since we could not have all parts of the surface simultaneously in focus. The desired result could be obtained if it were possible, by reflection or otherwise, to cause two different rays to unite without loss and pursue a common path. Such a result must be regarded as impossible of attainment, as it would imply the possibility of heat passing from one body to another at a higher temperature, contrary to the second law of thermodynamics (q.v.). Tyndall used the dark rays from a luminous source, which are emitted in a highly concentrated form, so that it was possible to obtain a high temperature, which was, however, much lower than that of the source.

Since the rays used by Tyndall in these experiments are similar to those emitted by a heated object that isn't hot enough to glow, one might think that the radiation from something like a hot kettle could be focused to make a small object shine. However, it would be impossible to make the receiving object reach a higher temperature than the radiation source. It's clear that if we used rock-salt lenses or mirrors to focus all or nearly all the rays from a small surface onto another surface of the same size, it wouldn't heat the second surface above the first. We also couldn't gather more rays from a larger heated surface because we can't keep all parts of the surface in focus at the same time. The desired effect could only be achieved if it were possible, through reflection or another method, to merge two different rays without losing any energy and have them travel together. However, this outcome is considered impossible, as it would mean heat could flow from a cooler body to a warmer one, which goes against the second law of thermodynamics (q.v.). Tyndall used the dark rays from a light source, which are emitted in a highly concentrated way, so it was possible to reach a high temperature, though it was still much lower than that of the source.

A full account of Tyndall’s experiments will be found in his Heat, a Mode of Motion.

A complete description of Tyndall’s experiments can be found in his Heat, a Mode of Motion.

(J. R. C.)

CALORIMETRY, the scientific name for the measurement of quantities of heat (Lat. calor), to be distinguished from thermometry, which signifies the measurement of temperature. A calorimeter is any piece of apparatus in which heat is measured. This distinction of meaning is purely a matter of convention, but it is very rigidly observed. Quantities of heat may be measured indirectly in a variety of ways in terms of the different effects of heat on material substances. The most important of these effects are (a) rise of temperature, (b) change of state, (c) transformation of energy.

CALORIMETRY is the scientific term for measuring heat quantities (Lat. calor), which is different from thermometry, the measurement of temperature. A calorimeter is any device used to measure heat. This distinction is just a matter of convention, but it is strictly maintained. Heat quantities can be measured indirectly in various ways based on different effects of heat on materials. The most significant of these effects are (a) increase in temperature, (b) change in state, and (c) transformation of energy.

§ 1. The rise of temperature of a body, when heat is imparted to it, is found to be in general nearly proportional to the quantity of heat added. The thermal capacity of a body is measured by the quantity of heat required to raise its temperature one degree, and is necessarily proportional to the mass of the body for bodies 61 of the same substance under similar conditions. The specific heat of a substance is sometimes defined as the thermal capacity of unit mass, but more often as the ratio of the thermal capacity of unit mass of the substance to that of unit mass of water at some standard temperature. The two definitions are identical, provided that the thermal capacity of unit mass of water, at a standard temperature, is taken as the unit of heat. But the specific heat of water is often stated in terms of other units. In any case it is necessary to specify the temperature, and sometimes also the pressure, since the specific heat of a substance generally depends to some extent on the external conditions. The methods of measurement, founded on rise of temperature, may be classed as thermometric methods, since they depend on the observation of change of temperature with a thermometer. The most familiar of these are the method of mixture and the method of cooling.

§ 1. When heat is added to a body, its temperature generally increases in proportion to the amount of heat added. The thermal capacity of a body is measured by the amount of heat needed to raise its temperature by one degree, and it is proportional to the mass of the body for substances of the same type under similar conditions. The specific heat of a substance is often defined as its thermal capacity per unit mass, but more frequently, it is described as the ratio of the thermal capacity of a unit mass of the substance to that of a unit mass of water at a specific standard temperature. Both definitions are identical if the thermal capacity of a unit mass of water at a standard temperature is considered the unit of heat. However, the specific heat of water is often expressed in terms of other units. In any case, it's important to specify the temperature and sometimes the pressure, as the specific heat of a substance generally varies with external conditions. The measurement methods based on temperature changes can be classified as thermometric methods, since they rely on observing temperature changes with a thermometer. The most common of these methods are the method of mixture and the method of cooling.

§ 2. The Method of Mixture consists in imparting the quantity of heat to be measured to a known mass of water, or some other standard substance, contained in a vessel or calorimeter of known thermal capacity, and in observing the rise of temperature produced, from which data the quantity of heat may be found as explained in all elementary text-books. This method is the most generally convenient and most readily applicable of calorimetric methods, but it is not always the most accurate, for various reasons. Some heat is generally lost in transferring the heated body to the calorimeter; this loss may be minimized by performing the transference rapidly, but it cannot be accurately calculated or eliminated. Some heat is lost when the calorimeter is raised above the temperature of its enclosure, and before the final temperature is reached. This can be roughly estimated by observing the rate of change of temperature before and after the experiment, and assuming that the loss of heat is directly proportional to the duration of the experiment and to the average excess of temperature. It can be minimized by making the mixing as rapid as possible, and by using a large calorimeter, so that the excess of temperature is always small. The latter method was generally adopted by J.P. Joule, but the rise of temperature is then difficult to measure with accuracy, since it is necessarily reduced in nearly the same proportion as the correction. There is, however, the advantage that the correction is rendered much less uncertain by this procedure, since the assumption that the loss of heat is proportional to the temperature-excess is only true for small differences of temperature. Rumford proposed to eliminate this correction by starting with the initial temperature of the calorimeter as much below that of its enclosure as the final temperature was expected to be above the same limit. This method has been very generally recommended, but it is really bad, because, although it diminishes the absolute magnitude of the correction, it greatly increases the uncertainty of it and therefore the probable error of the result. The coefficient of heating of a calorimeter when it is below the temperature of its surroundings is seldom, if ever, the same as the coefficient of cooling at the higher temperature, since the convection currents, which do most of the heating or cooling, are rarely symmetrical in the two cases, and moreover, the duration of the two stages is seldom the same. In any case, it is desirable to diminish the loss of heat as much as possible by polishing the exterior of the calorimeter to diminish radiation, and by suspending it by non-conducting supports, inside a polished case, to protect it from draughts. It is also very important to keep the surrounding conditions as constant as possible throughout the experiment. This may be secured by using a large water-bath to surround the apparatus, but in experiments of long duration it is necessary to use an accurate temperature regulator. The method of lagging the calorimeter with cotton-wool or other non-conductors, which is often recommended, diminishes the loss of heat considerably, but renders it very uncertain and variable, and should never be used in work of precision. The bad conductors take so long to reach a steady state that the rate of loss of heat at any moment depends on the past history more than on the temperature of the calorimeter at the moment. A more serious objection to the use of lagging of this kind is the danger of its absorbing moisture. The least trace of damp in the lagging, or of moisture condensed on the surface of the calorimeter, may produce serious loss of heat by evaporation. This is another objection to Rumford’s method of cooling the calorimeter below the surrounding temperature before starting. Among minor difficulties of the method may be mentioned the uncertainty of the thermal capacity of the calorimeter and stirrer, and of the immersed portion of the thermometer. This is generally calculated by assuming values for the specific heats of the materials obtained by experiment between 100° C. and 20° C. Since the specific heats of most metals increase rapidly with rise of temperature, the values so obtained are generally too high. It is best to make this correction as small as possible by using a large calorimeter, so that the mass of water is large in proportion to that of metal. Analogous difficulties arise in the application of other calorimetric methods. The accuracy of the work in each case depends principally on the skill and ingenuity of the experimentalist in devising methods of eliminating the various sources of error. The form of apparatus usually adopted for the method of mixtures is that of Regnault with slight modifications, and figures and descriptions are given in all the text-books. Among special methods which have been subsequently developed there are two which deserve mention as differing in principle from the common type. These are (1) the constant temperature method, (2) the continuous flow method.

§ 2. The Method of Mixture involves adding a specific amount of heat to a known mass of water or another standard substance within a vessel or calorimeter that has a known thermal capacity, and then observing the resulting temperature increase. From this data, the quantity of heat can be determined, as explained in all basic textbooks. This method is the most commonly used and easiest to apply among calorimetric methods, but it isn’t always the most accurate for several reasons. Some heat is usually lost when transferring the heated object to the calorimeter; while this loss can be minimized by transferring quickly, it can't be precisely calculated or eliminated. Additional heat loss occurs when the calorimeter is raised above the temperature of its surroundings before the final temperature is attained. This loss can be estimated by observing the temperature change before and after the experiment, assuming that the heat loss is directly proportional to both the experiment duration and the average temperature difference. It can be minimized by making the mixing process as fast as possible and using a large calorimeter, ensuring that the temperature difference remains small. J.P. Joule generally used this latter approach, but it makes measuring the temperature increase accurately difficult, as the temperature rise is proportionally reduced along with the correction. The advantage is that this correction becomes much less uncertain, since the assumption that heat loss is proportional to the temperature difference is only valid for small temperature differences. Rumford suggested eliminating this correction by starting with the initial temperature of the calorimeter significantly below that of its surroundings, as much as the expected final temperature would be above that limit. Though this method is often recommended, it is flawed because it reduces the absolute correction value but greatly increases the uncertainty and potential error in the results. The heating coefficient of a calorimeter when it is below the surrounding temperature is rarely the same as the cooling coefficient at a higher temperature since convection currents, responsible for most heating or cooling, are seldom symmetrical in both cases, and the durations of the two stages are typically different. In any event, it is essential to minimize heat loss by polishing the exterior of the calorimeter to reduce radiation and suspending it with non-conductive supports inside a polished case to shield it from drafts. Maintaining consistent surrounding conditions throughout the experiment is also crucial. This can be achieved by using a large water bath around the apparatus, but for lengthy experiments, an accurate temperature regulator is necessary. Lagging the calorimeter with materials like cotton wool or other insulators, which is often suggested, significantly reduces heat loss but makes it highly unpredictable and variable, so it should never be used for precise work. Poor conductors take too long to stabilize, so the heat loss rate at any moment is more influenced by past conditions than the current temperature of the calorimeter. A more significant issue with this type of lagging is the risk of moisture absorption. Even a small amount of dampness in the lagging or condensation on the calorimeter’s surface can lead to substantial heat loss through evaporation. This also critiques Rumford’s cooling method of lowering the calorimeter's temperature below the ambient temperature before starting. Among the minor challenges of this method are the uncertainties regarding the thermal capacities of the calorimeter, stirrer, and the submerged parts of the thermometer. This is typically calculated by using specific heat values from experiments conducted between 100° C. and 20° C. Since the specific heats of most metals increase noticeably with rising temperature, the values obtained are usually too high. It’s best to limit this correction by using a large calorimeter, making the water's mass large relative to that of the metal. Similar challenges arise when using other calorimetric methods. The accuracy of each method largely depends on the experimentalist's skill and creativity in finding ways to eliminate various errors. The common apparatus design for the method of mixtures is based on Regnault's design with slight modifications, and details can be found in all textbooks. Among the special methods developed later, two that stand out for differing in principle from the standard type are (1) the constant temperature method and (2) the continuous flow method.

Fig. 1.
Fig. 2.

The constant temperature method of mixtures was proposed by N. Hesehus (Jour. Phys., 1888, vii. p. 489). Cold water at a known temperature is added to the calorimeter, immediately after dropping in the heated substance, at such a rate as to keep the temperature of the calorimeter constant, thus eliminating the corrections for the water equivalent of the calorimeter and the external loss of heat. The calorimeter is surrounded by an air-jacket connected to a petroleum gauge which indicates any small change of temperature in the calorimeter, and enables the manipulator to adjust the supply of cold water to compensate it. The apparatus as arranged by F.A. Waterman is shown in fig. 1 (Physical Review, 1896, iv. p. 161). A is the calorimetric tube, B the air-jacket and L the gauge. H is an electric heater for raising the body to a suitable temperature, which can swing into place directly over the calorimeter. W is a conical can containing water cooled by ice I nearly to 0°, which is swung over the calorimeter as soon as the hot body has been introduced and the heater removed. The cold water flow is regulated by a tap S with a long handle O, and its temperature is taken by a delicate thermometer with its bulb at G. The method is interesting, but the manipulations and observations involved are more troublesome than with the ordinary type of calorimeter, and it may be doubted whether any advantage is gained in accuracy.

The constant temperature method of mixtures was proposed by N. Hesehus (Jour. Phys., 1888, vii. p. 489). Cold water at a known temperature is added to the calorimeter right after dropping in the heated substance, at a rate that keeps the calorimeter's temperature constant, thus eliminating the need to correct for the water equivalent of the calorimeter and external heat loss. The calorimeter is surrounded by an air jacket connected to a petroleum gauge that detects any small temperature changes in the calorimeter, allowing the operator to adjust the cold water supply accordingly. The setup designed by F.A. Waterman is illustrated in fig. 1 (Physical Review, 1896, iv. p. 161). A is the calorimetric tube, B is the air jacket, and L is the gauge. H is an electric heater used to raise the body's temperature to an appropriate level, which can swing into position directly above the calorimeter. W is a conical can filled with water cooled by ice I to nearly 0°, which is positioned over the calorimeter as soon as the hot body is introduced and the heater is removed. The cold water flow is controlled by a tap S with a long handle O, and its temperature is measured by a sensitive thermometer with its bulb at G. The method is interesting, but the procedures and observations involved are more complicated than with a standard calorimeter, and it remains uncertain whether any accuracy advantage is achieved.

The continuous flow method is specially applicable to the important case of calorific value of gaseous fuel, where a large quantity of heat is continuously generated at a nearly uniform rate by combustion. Fig. 2 illustrates a recent type of gas calorimeter devised by C.V. Boys (Proc. R.S., 1906, A. 77, p. 122). The heated products of combustion from the burner B impinge on a metal box H, through which water is circulating, and then pass downwards and outwards through a spiral cooler which reduces them practically to the atmospheric temperature. A steady stream of water enters the apparatus by the inflow thermometer O, 62 flows through the spiral coolers N and M, and finally through the box H, where it is well mixed before passing the outflow thermometer P. As soon as a steady state is reached, the difference of temperature between the outflow and inflow thermometers, multiplied by the current of water in grammes per minute gives the heat per minute supplied by combustion. The gas current is simultaneously observed by a suitable meter, which, with subsidiary corrections for pressure, temperature, &c., gives the necessary data for deducing calorific value.

The continuous flow method is especially relevant for determining the calorific value of gaseous fuel, where a large amount of heat is produced continuously at a nearly constant rate through combustion. Fig. 2 shows a modern gas calorimeter designed by C.V. Boys (Proc. R.S., 1906, A. 77, p. 122). The hot gases from the burner B hit a metal box H, where water circulates, and then flow down and out through a spiral cooler that brings them close to room temperature. A consistent stream of water enters the device through the inflow thermometer O, 62 moves through the spiral coolers N and M, and finally goes through the box H, where it mixes thoroughly before passing the outflow thermometer P. Once a steady state is achieved, the temperature difference between the outflow and inflow thermometers, multiplied by the water flow rate in grams per minute, indicates the heat supplied per minute by combustion. The gas flow is simultaneously measured using a suitable meter, which, along with minor adjustments for pressure, temperature, etc., provides the necessary information to calculate the calorific value.

A continuous flow calorimeter has been used by the writer for measuring quantities of heat conveyed by conduction (see Conduction of Heat), and also for determining the variation of the specific heat of water. In the latter case two steady currents of water at different temperatures, say 0° and 100° are passed through an equalizer, and the resulting temperature measured without mixing the currents, which are then separately determined by weighing. This is a very good method of comparing the mean specific heats over two ranges of temperature such as 0-50, and 50-100, or 0-20 and 20-40, but it is not so suitable as the electric method described below for obtaining the actual specific heat at any point of the range.

A continuous flow calorimeter has been used by the writer for measuring quantities of heat conveyed by conduction (see Conduction of Heat), and also for determining the variation of the specific heat of water. In the latter case two steady currents of water at different temperatures, say 0° and 100° are passed through an equalizer, and the resulting temperature measured without mixing the currents, which are then separately determined by weighing. This is a very good method of comparing the mean specific heats over two ranges of temperature such as 0-50, and 50-100, or 0-20 and 20-40, but it is not so suitable as the electric method described below for obtaining the actual specific heat at any point of the range.

§ 3. Method of Cooling.—A common example of this method is the determination of the specific heat of a liquid by filling a small calorimeter with the liquid, raising it to a convenient temperature, and then setting it to cool in an enclosure at a steady temperature, and observing the time taken to fall through a given range when the conditions have become fairly steady. The same calorimeter is afterwards filled with a known liquid, such as water, and the time of cooling is observed through the same range of temperature, in the same enclosure, under the same conditions. The ratio of the times of cooling is equal to the ratio of the thermal capacities of the calorimeter and its contents in the two cases. The advantage of the method is that there is no transference or mixture; the defect is that the whole measurement depends on the assumption that the rate of loss of heat is the same in the two cases, and that any variation in the conditions, or uncertainty in the rate of loss, produces its full effect in the result, whereas in the previous case it would only affect a small correction. Other sources of uncertainty are, that the rate of loss of heat generally depends to some extent on the rate of fall of temperature, and that it is difficult to take accurate observations on a rapidly falling thermometer. As the method is usually practised, the calorimeter is made very small, and the surface is highly polished to diminish radiation. It is better to use a fairly large calorimeter to diminish the rate of cooling and the uncertainty of the correction for the water equivalent. The surface of the calorimeter and the enclosure should be permanently blackened so as to increase the loss of heat by radiation as much as possible, as compared with the losses by convection and conduction, which are less regular. For accurate work it is essential that the liquid in the calorimeter should be continuously stirred, and also in the enclosure, the lid of which must be water-jacketed, and kept at the same steady temperature as the sides. When all these precautions are taken, the method loses most of the simplicity which is its chief advantage. It cannot be satisfactorily applied to the case of solids or powders, and is much less generally useful than the method of mixture.

§ 3. Method of Cooling.—A common example of this method is determining the specific heat of a liquid by filling a small calorimeter with the liquid, heating it to a convenient temperature, and then allowing it to cool in an enclosure at a steady temperature, while observing the time it takes to drop through a specific range until the conditions stabilize. The same calorimeter is then filled with a known liquid, like water, and the cooling time is measured over the same temperature range, in the same enclosure, under the same conditions. The ratio of the cooling times is equal to the ratio of the thermal capacities of the calorimeter and its contents in both cases. The advantage of this method is that there is no transfer or mixture involved; however, the drawback is that the entire measurement relies on the assumption that the rate of heat loss is the same in both instances, and any variations in conditions or uncertainty in the heat loss rate will significantly affect the results, whereas in the previous case, it would only lead to a minor correction. Other uncertainties include the fact that the heat loss rate generally depends somewhat on how quickly the temperature drops, and it can be challenging to make accurate observations on a rapidly falling thermometer. Typically, the calorimeter is made very small, and its surface is highly polished to reduce radiation. It’s better to use a larger calorimeter to slow down the cooling rate and lessen the uncertainty of the correction for the water equivalent. The surface of the calorimeter and the enclosure should be permanently blackened to maximize heat loss by radiation compared to the less consistent losses due to convection and conduction. For accurate measurements, it's crucial that the liquid in the calorimeter is continuously stirred, and the enclosure's lid should be water-jacketed and kept at the same steady temperature as the sides. When all these precautions are taken, the method sacrifices much of its simplicity, which is its main advantage. It cannot be effectively applied to solids or powders and is much less generally useful than the method of mixture.

§ 4. Method of Fusion.—The methods depending on change of state are theoretically the simplest, since they do not necessarily involve any reference to thermometry, and the corrections for external loss of heat and for the thermal capacity of the containing vessels can be completely eliminated. They nevertheless present peculiar difficulties and limitations, which render their practical application more troublesome and more uncertain than is usually supposed. They depend on the experimental fact that the quantity of heat required to produce a given change of state (e.g. to convert one gramme of ice at 0° C. into water at 0° C., or one gramme of water at 100° C. into steam at 100° C.) is always the same, and that there need be no change of temperature during the process. The difficulties arise in connexion with the determination of the quantities of ice melted or steam condensed, and in measuring the latent heat of fusion or vaporization in terms of other units for the comparison of observations. The earlier forms of ice-calorimeter, those of Black, and of Laplace and Lavoisier, were useless for work of precision, on account of the impossibility of accurately estimating the quantity of water left adhering to the ice in each case. This difficulty was overcome by the invention of the Bunsen calorimeter, in which the quantity of ice melted is measured by observing the diminution of volume, but the successful employment of this instrument requires considerable skill in manipulation. The sheath of ice surrounding the bulb must be sufficiently continuous to prevent escape of heat, but it must not be so solid as to produce risk of strain. The ideal condition is difficult to secure. In the practical use of the instrument it is not necessary to know both the latent heat of fusion of ice and the change of volume which occurs on melting; it is sufficient to determine the change of volume per calorie, or the quantity of mercury which is drawn into the bulb of the apparatus per unit of heat added. This can be determined by a direct calibration, by inserting a known quantity of water at a known temperature and observing the contraction, or weighing the mercury drawn into the apparatus. In order to be independent of the accuracy of the thermometer employed for observing the initial temperature of the water introduced, it has been usual to employ water at 100° C., adopting as unit of heat the “mean calorie,” which is one-hundredth part of the heat given up by one gramme of water in cooling from 100° to 0° C. The weight of mercury corresponding to the mean calorie has been determined with considerable care by a number of observers well skilled in the use of the instrument. The following are some of their results:—Bunsen, 15.41 mgm.; Velten, 15.47 mgm.; Zakrevski, 15.57 mgm.; Staub, 15.26 mgm. The explanation of these discrepancies in the fundamental constant is not at all clear, but they may be taken as an illustration of the difficulties of manipulation attending the use of this instrument, to which reference has already been made. It is not possible to deduce a more satisfactory value from the latent heat and the change of density, because these constants are very difficult to determine. The following are some of the values deduced by well-known experimentalists for the latent heat of fusion:—Regnault, 79.06 to 79.24 calories, corrected by Person to 79.43; Person, 79.99 calories; Hess, 80.34 calories; Bunsen, 80.025 calories. Regnault, Person and Hess employed the method of mixture which is probably the most accurate for the purpose. Person and Hess avoided the error of water sticking to the ice by using dry ice at various temperatures below 0° C., and determining the specific heat of ice as well as the latent heat of fusion. These discrepancies might, no doubt, be partly explained by differences in the units employed, which are somewhat uncertain, as the specific heat of water changes rapidly in the neighbourhood of 0° C; but making all due allowance for this, it remains evident that the method of ice-calorimetry, in spite of its theoretical simplicity, presents grave difficulties in its practical application.

§ 4. Method of Fusion.—Methods that rely on changes of state are theoretically the simplest because they don’t necessarily involve any reference to temperature measurement. This means we can completely eliminate the corrections needed for heat loss to the environment and for the thermal capacity of the containers. However, they have specific challenges and limitations that make their practical use more difficult and uncertain than is often believed. These methods rely on the fact that the amount of heat needed to cause a specific change of state (for example, to turn one gram of ice at 0° C into water at 0° C, or to change one gram of water at 100° C into steam at 100° C) is always the same, and there doesn’t have to be a change in temperature during the process. The challenges come from determining how much ice is melted or how much steam is condensed and measuring the latent heat of fusion or vaporization in terms of other units for comparison of results. Earlier versions of the ice calorimeter, like those created by Black, and by Laplace and Lavoisier, were not suitable for precise work because it was impossible to accurately estimate the amount of water left on the ice in each case. This issue was resolved with the invention of the Bunsen calorimeter, which measures the amount of ice melted by observing the decrease in volume, but using this instrument effectively requires considerable skill. The layer of ice around the bulb must be continuous enough to prevent heat loss but not so solid that it risks causing strain. Achieving the ideal condition is quite difficult. In practical use, it isn’t necessary to know both the latent heat of fusion of ice and the change in volume that occurs when it melts; it’s enough to find out the change in volume per calorie, or the quantity of mercury that is drawn into the bulb of the apparatus per unit of heat added. This can be measured directly by inserting a known quantity of water at a known temperature and observing the contraction or by weighing the mercury drawn into the apparatus. To avoid depending on the accuracy of the thermometer used to measure the initial temperature of the introduced water, it is common to use water at 100° C, taking the “mean calorie” as the unit of heat, which is one-hundredth of the heat released by one gram of water cooling from 100° to 0° C. The weight of mercury corresponding to the mean calorie has been measured carefully by several observers skilled in using the instrument. Here are some of their results:—Bunsen, 15.41 mgm.; Velten, 15.47 mgm.; Zakrevski, 15.57 mgm.; Staub, 15.26 mgm. The reasons for these discrepancies in the fundamental constant are not entirely clear, but they highlight the manipulative challenges involved in using this instrument, as previously mentioned. It’s not possible to derive a more precise value from the latent heat and the change in density because these constants are very challenging to determine. Here are some of the values determined by well-known experimentalists for the latent heat of fusion:—Regnault, 79.06 to 79.24 calories, corrected by Person to 79.43; Person, 79.99 calories; Hess, 80.34 calories; Bunsen, 80.025 calories. Regnault, Person, and Hess used the mixing method, which is likely the most accurate for this purpose. Person and Hess avoided errors related to water clinging to the ice by using dry ice at various temperatures below 0° C and determining both the specific heat of ice and the latent heat of fusion. These discrepancies could partly be explained by variations in the units used, which are somewhat uncertain, especially as the specific heat of water changes quickly around 0° C; but even accounting for this, it’s still evident that the method of ice-calorimetry, despite its theoretical simplicity, poses significant challenges in practical application.

Fig. 3.

One of the chief difficulties in the practical use of the Bunsen calorimeter is the continued and often irregular movement of the mercury column due to slight differences of temperature, or pressure between the ice in the calorimeter and the ice bath in which it is immersed. C.V. Boys (Phil. Mag., 1887, vol. 24, p. 214) showed that these effects could be very greatly reduced by surrounding the calorimeter with an outer tube, so that the ice inside was separated from the ice outside by an air space which greatly reduces the free passage of heat. The present writer has found that very good results may be obtained by enclosing the calorimeter in a vacuum jacket (as illustrated in fig. 3), which practically eliminates conduction and convection. If the vacuum jacket is silvered inside, radiation also is reduced to such an extent that, if the vacuum is really good, the external ice bath may be dispensed with for the majority of purposes. If the inner bulb is filled with mercury instead of water and ice, the same arrangement answers admirably as a Favre and Silbermann calorimeter, for measuring small quantities of heat by the expansion of the mercury.

One of the main challenges in using the Bunsen calorimeter is the ongoing and often inconsistent movement of the mercury column caused by slight temperature or pressure differences between the ice in the calorimeter and the ice bath it's placed in. C.V. Boys (Phil. Mag., 1887, vol. 24, p. 214) demonstrated that these issues could be significantly minimized by surrounding the calorimeter with an outer tube, creating an air space that reduces heat transfer between the inner and outer ice. The current author has found that excellent results can be achieved by enclosing the calorimeter in a vacuum jacket (as shown in fig. 3), which virtually eliminates conduction and convection. If the vacuum jacket has a silvered interior, radiation is also reduced to such a degree that, if the vacuum is strong enough, the external ice bath can be omitted for most uses. If the inner bulb contains mercury instead of water and ice, the same setup works perfectly as a Favre and Silbermann calorimeter for measuring small amounts of heat through the expansion of the mercury.

The question has been raised by E.L. Nichols (Phys. Rev. vol. 8, January 1899) whether there may not be different modifications of ice with different densities, and different values of the latent heat of fusion. He found for natural pond-ice a density 0.9179 and for artificial ice 0.9161. J. Vincent (Phil. Trans. A. 198, p. 463) also found a density .9160 for artificial ice, which is probably very nearly 63 correct. If such variations of density exist, they may introduce some uncertainty in the absolute values of results obtained with the ice calorimeter, and may account for some of the discrepancies above enumerated.

The question has been raised by E.L. Nichols (Phys. Rev. vol. 8, January 1899) about whether there could be different forms of ice with varying densities and different values for latent heat of fusion. He found that natural pond ice has a density of 0.9179, while artificial ice has a density of 0.9161. J. Vincent (Phil. Trans. A. 198, p. 463) also measured a density of 0.9160 for artificial ice, which is probably very close to correct. If such variations in density do exist, they might introduce some uncertainty in the absolute values derived from the ice calorimeter and could explain some of the discrepancies mentioned above.

§ 5. The Method of Condensation was first successfully applied by J. Joly in the construction of his steam calorimeter, a full description of which will be found in text-books. The body to be tested is placed in a special scale-pan, suspended by a fine wire from the arm of a balance inside an enclosure which can be filled with steam at atmospheric pressure. The temperature of the enclosure is carefully observed before admitting steam. The weight of steam condensed on the body gives a means of calculating the quantity of heat required to raise it from the atmospheric temperature up to 100° C. in terms of the latent heat of vaporization of steam at 100° C. There can be no appreciable gain or loss of heat by radiation, if the admission of the steam is sufficiently rapid, since the walls of the enclosure are maintained at 100° C., very nearly. The thermal capacity of the scale-pan, &c., can be determined by a separate experiment, or, still better, eliminated by the differential method of counterpoising with an exactly similar arrangement on the other arm of the balance. The method requires very delicate weighing, as one calorie corresponds to less than two milligrammes of steam condensed; but the successful application of the method to the very difficult problem of measuring the specific heat of a gas at constant volume, shows that these and other difficulties have been very skilfully overcome. The application of the method appears to be practically limited to the measurements of specific heat between the atmospheric temperature and 100° C. The results depend on the value assumed for the latent heat of steam, which Joly takes as 536.7 calories, following Regnault. Joly has himself determined the mean specific heat of water between 12° and 100° C. by this method, in terms of the latent heat of steam as above given, and finds the result .9952. Assuming that the mean specific heat of water between 12° and 100° is really 1.0011 in terms of the calorie at 20° C. (see table, p. 66), the value of the latent heat of steam at 100° C., as determined by Joly, would be 540.2 in terms of the same unit. The calorie employed by Regnault is to some extent uncertain, but the difference is hardly beyond the probable errors of experiment, since it appears from the results of recent experiments that Regnault made an error of the same order in his determination of the specific heat of water at 100° C.

§ 5. The Method of Condensation was first successfully used by J. Joly in building his steam calorimeter, which is fully described in textbooks. The sample being tested is placed in a special scale pan, suspended by a fine wire from the arm of a balance inside an enclosure that can be filled with steam at atmospheric pressure. The temperature of the enclosure is carefully monitored before steam is introduced. The weight of steam condensed on the sample allows us to calculate the amount of heat needed to raise its temperature from room temperature to 100° C., based on the latent heat of vaporization of steam at that temperature. There is minimal heat gain or loss due to radiation, provided the steam is admitted quickly enough, as the walls of the enclosure are kept very close to 100° C. The thermal capacity of the scale pan, etc., can be determined through a separate experiment, or, preferably, eliminated using the differential method of counterbalancing with an identical setup on the other side of the balance. The method requires very precise weighing because one calorie corresponds to less than two milligrams of condensed steam; however, the successful use of this method to measure the specific heat of a gas at constant volume shows that these and other challenges have been skillfully addressed. Its practical application seems to be limited to measuring specific heat between room temperature and 100° C. The results are influenced by the value chosen for the latent heat of steam, which Joly uses as 536.7 calories, following Regnault. Joly also determined the average specific heat of water between 12° and 100° C. using this method, based on the latent heat of steam mentioned above, and found it to be .9952. If we assume that the average specific heat of water between 12° and 100° C. is actually 1.0011 in terms of the calorie at 20° C. (see table, p. 66), then the value of the latent heat of steam at 100° C., as determined by Joly, would be 540.2 in the same units. The calorie used by Regnault has some uncertainty, but the difference is likely within the expected experimental error since recent experiments indicate that Regnault may have made a similar error in measuring the specific heat of water at 100° C.

§ 6. Energy Methods.—The third general method of calorimetry, that based on the transformation of some other kind of energy into the form of heat, rests on the general principle of the conservation of energy, and on the experimental fact that all other forms of energy are readily and completely convertible into the form of heat. It is therefore often possible to measure quantities of heat indirectly, by measuring the energy in some other form and then converting it into heat. In addition to its great theoretical interest, this method possesses the advantage of being frequently the most accurate in practical application, since energy can be more accurately measured in other forms than in that of heat. The two most important varieties of the method are (a) mechanical, and (b) electrical. These methods have reached their highest development in connexion with the determination of the mechanical equivalent of heat, but they may be applied with great advantage in connexion with other problems, such as the measurement of the variation of specific heat, or of latent heats of fusion or vaporization.

§ 6. Energy Methods.—The third general method of calorimetry, which is based on transforming other types of energy into heat, is founded on the principle of energy conservation and the experimental observation that all other energy forms can be completely converted into heat. Therefore, it is often possible to measure heat quantities indirectly by measuring energy in another form and then converting it into heat. Besides its significant theoretical importance, this method is often the most accurate in practical applications since energy can be measured more precisely in other forms than as heat. The two main types of this method are (a) mechanical, and (b) electrical. These methods have been most advanced in relation to determining the mechanical equivalent of heat, but they can also be very beneficial for other issues, like measuring changes in specific heat or the latent heats of fusion or vaporization.

§ 7. Mechanical Equivalent of Heat.—The phrase “mechanical equivalent of heat” is somewhat vague, but has been sanctioned by long usage. It is generally employed to denote the number of units of mechanical work or energy which, when completely converted into heat without loss, would be required to produce one heat unit. The numerical value of the mechanical equivalent necessarily depends on the particular units of heat and work employed in the comparison. The British engineer prefers to state results in terms of foot-pounds of work in any convenient latitude per pound-degree-Fahrenheit of heat. The continental engineer prefers kilogrammetres per kilogramme-degree-centigrade. For scientific use the C.G.S. system of expression in ergs per gramme-degree-centigrade, or “calorie,” is the most appropriate, as being independent of the value of gravity. A more convenient unit of work or energy, in practice, on account of the smallness of the erg, is the joule, which is equal to 10.7 ergs, or one watt-second of electrical energy. On account of its practical convenience, and its close relation to the international electrical units, the joule has been recommended by the British Association for adoption as the absolute unit of heat. Other convenient practical units of the same kind would be the watt-hour, 3600 joules, which is of the same order of magnitude as the kilo-calorie, and the kilowatt-hour, which is the ordinary commercial unit of electrical energy.

§ 7. Mechanical Equivalent of Heat.—The term “mechanical equivalent of heat” is a bit unclear, but it's widely accepted due to its long usage. It typically refers to the amount of mechanical work or energy that would need to be completely converted into heat without any loss to produce one unit of heat. The numerical value of the mechanical equivalent depends on the specific units of heat and work used in the comparison. British engineers usually express results in foot-pounds of work per pound-degree-Fahrenheit of heat. Continental engineers prefer kilogram-meters per kilogram-degree-Celsius. For scientific purposes, the C.G.S. system using ergs per gram-degree-Celsius, or "calorie," is most suitable since it's independent of gravity. A more practical unit for work or energy is the joule, which equals 10.7 ergs or one watt-second of electrical energy. Due to its practicality and its connection to international electrical units, the joule has been proposed by the British Association as the standard unit of heat. Other practical units of the same kind include the watt-hour, which is 3600 joules and is comparable to the kilo-calorie, and the kilowatt-hour, which is the usual commercial unit for electrical energy.

Fig. 4.

§ 8. Joule.—The earlier work of Joule is now chiefly of historical interest, but his later measurements in 1878, which were undertaken on a larger scale, adopting G.A. Hirn’s method of measuring the work expended in terms of the torque and the number of revolutions, still possess value as experimental evidence. In these experiments (see fig. 4) the paddles were revolved by hand at such a speed as to produce a constant torque on the calorimeter h, which was supported on a float w in a vessel of water v, but was kept at rest by the couple due to a pair of equal weights k suspended from fine strings passing round the circumference of a horizontal wheel attached to the calorimeter. Each experiment lasted about forty minutes, and the rise of temperature produced was nearly 3° C. The calorimeter contained about 5 kilogrammes of water, so that the rate of heat-supply was about 6 calories per second. Joule’s final result was 772.55 foot-pounds at Manchester per pound-degree-Fahrenheit at a temperature of 62° F., but individual experiments differed by as much as 1%. This result in C.G.S. measure is equivalent to 4.177 joules per calorie at 16.5° C., on the scale of Joule’s mercury thermometer. His thermometers were subsequently corrected to the Paris scale by A. Schuster in 1895, which had the effect of reducing the above figure to 4.173.

§ 8. Joule.—Joule's earlier work is mostly of historical interest now, but his later measurements from 1878, conducted on a larger scale using G.A. Hirn’s method of measuring work in terms of torque and the number of revolutions, still hold value as experimental evidence. In these experiments (see fig. 4), the paddles were turned by hand at a speed that produced a constant torque on the calorimeter h, which was supported on a float w in a vessel of water v, but remained at rest due to the couple created by a pair of equal weights k suspended from thin strings that wrapped around the edge of a horizontal wheel attached to the calorimeter. Each experiment lasted about forty minutes, and the temperature rise was nearly 3° C. The calorimeter held about 5 kilograms of water, which meant the heat supply rate was about 6 calories per second. Joule’s final result was 772.55 foot-pounds at Manchester per pound-degree-Fahrenheit at a temperature of 62° F., although individual experiments varied by as much as 1%. This result, in C.G.S. units, is equivalent to 4.177 joules per calorie at 16.5° C., based on the scale of Joule’s mercury thermometer. His thermometers were later adjusted to the Paris scale by A. Schuster in 1895, which reduced this figure to 4.173.

§ 9. Rowland.—About the same time H.A. Rowland (Proc. Amer. Acad. xv. p. 75, 1880) repeated the experiment, employing the same method, but using a larger calorimeter (about 8400 grammes) and a petroleum motor, so as to obtain a greater rate of heating (about 84 calories per second), and to reduce the importance of the uncertain correction for external loss of heat. Rowland’s apparatus is shown in fig. 5. The calorimeter was suspended by a steel wire, the torsion of which made the equilibrium stable. The torque was measured by weights O and P suspended by silk ribbons passing over the pulleys n and round the disk kl. The power was transmitted to the paddles by bevel wheels, f, g, rotating a spindle passing through a stuffing box in the bottom of the calorimeter. The number of revolutions and the rise of temperature were recorded on a chronograph drum. He paid greater attention to the important question of thermometry, and extended his researches over a much wider range of temperature, namely 5° to 35° C. His experiments revealed for the first time a diminution in the specific heat of water with rise of temperature between 0° and 30° C., amounting to four parts in 10.000 per 1° C. His thermometers were compared with a mercury thermometer standardized in Paris, and with a platinum thermometer standardized by Griffiths. The result was to reduce the coefficient of diminution of specific heat at 15° C. by nearly one half, but the absolute value at 20° C. is practically unchanged. Thus corrected his values are as follows:—

§ 9. Rowland.—Around the same time, H.A. Rowland (Proc. Amer. Acad. xv. p. 75, 1880) repeated the experiment using the same method, but with a larger calorimeter (about 8400 grams) and a petroleum motor to achieve a higher heating rate (about 84 calories per second) and minimize the impact of the uncertain correction for external heat loss. Rowland’s setup is shown in fig. 5. The calorimeter was suspended by a steel wire, the twisting of which made the balance stable. The torque was measured using weights O and P that hung from silk ribbons passing over pulleys n and around the disk kl. Power was transmitted to the paddles via bevel gears f and g, rotating a spindle that went through a stuffing box at the bottom of the calorimeter. The number of revolutions and the temperature increase were recorded on a chronograph drum. He focused more on the crucial issue of thermometry and expanded his research across a much broader temperature range, from 5° to 35° C. His experiments showed for the first time a reduction in the specific heat of water as the temperature rose between 0° and 30° C., amounting to four parts in 10,000 per degree Celsius. His thermometers were compared to a mercury thermometer calibrated in Paris and a platinum thermometer calibrated by Griffiths. The result was a nearly 50% reduction in the coefficient of specific heat reduction at 15° C., but the absolute value at 20° C. remained practically unchanged. Thus, his corrected values are as follows:—

Temperature 10° 15° 20° 25° 30° 35°
Joules per cal. 4.197 4.188 4.181 4.176 4.175 4.177

These are expressed in terms of the hydrogen scale, but the difference from the nitrogen scale is so small as to be within the limits of experimental error in this particular case. Rowland himself considered his results to be probably correct to one part in 500, and supposed that the greatest uncertainty lay in the comparison of the scale of his mercury thermometer with the air thermometer. The subsequent correction, though not carried out strictly under the conditions of the experiment, showed that the order of accuracy of his work about the middle of the range from 15° to 25° was at least 1 in 1000, and probably 1 in 2000. At 30° he considered that, owing to the increasing magnitude and uncertainty of the radiation correction, there 64 “might be a small error in the direction of making the equivalent too great, and that the specific heat might go on decreasing to even 40° C.” The results considered with reference to the variation of the specific heat of water are shown in the curve marked Rowland in Fig. 6.

These are expressed in terms of the hydrogen scale, but the difference from the nitrogen scale is so small that it's within the limits of experimental error in this particular case. Rowland himself thought his results were probably accurate to one part in 500 and believed that the biggest uncertainty was in comparing the scale of his mercury thermometer with the air thermometer. The later correction, though not done strictly under the experiment's conditions, indicated that the accuracy of his work around the middle of the range from 15° to 25° was at least 1 in 1000 and possibly 1 in 2000. At 30°, he believed that, due to the increasing size and uncertainty of the radiation correction, there “might be a small error in the direction of making the equivalent too high, and that the specific heat might continue to decrease to even 40° C.” The results, regarding the variation of the specific heat of water, are shown in the curve labeled Rowland in Fig. 6.

Fig. 5.

§ 10. Osborne Reynolds and W.H. Moorby (Phil. Trans., 1897, p. 381) determined the mechanical equivalent of the mean thermal unit between 0° and 100° C., on a very large scale, with a Froude-Reynolds hydraulic brake and a steam-engine of 100 h.p. This brake is practically a Joule calorimeter, ingeniously designed to churn the water in such a manner as to develop the greatest possible resistance. The admission of water at 0° C. to the brake was controlled by hand in such a manner as to keep the outflow nearly at the boiling-point, the quantity of water in the brake required to produce a constant torque being regulated automatically, as the speed varied, by a valve worked by the lifting of the weighted lever attached to the brake.

§ 10. Osborne Reynolds and W.H. Moorby (Phil. Trans., 1897, p. 381) determined the mechanical equivalent of the average thermal unit between 0° and 100° C., on a very large scale, using a Froude-Reynolds hydraulic brake and a steam engine with 100 horsepower. This brake essentially functions as a Joule calorimeter, cleverly designed to agitate the water in a way that generates the greatest possible resistance. The entry of water at 0° C. into the brake was manually controlled to keep the outflow close to boiling point, while the amount of water in the brake needed to maintain a constant torque was adjusted automatically as the speed changed, via a valve operated by the lifting of a weighted lever attached to the brake.

Fig. 6.

The accompanying illustration (fig. 7) shows the brake lagged with cotton-wool, and the 4-ft. lever to which the weights are suspended. The power of the brake may be estimated by comparison with the size of the rope pulley seen behind it on the same shaft. With 300 pounds on a 4-ft. lever at 300 revolutions per minute, the rate of generation of heat was about 12 kilo-calories per second. In spite of the large range of temperature, the correction for external loss of heat amounted to only 5%, with the brake uncovered, and was reduced to less than 2% by lagging. This is the special advantage of working on so large a scale with so rapid a generation of heat. But, for the same reason, the method necessarily presents peculiar difficulties, which were not overcome without great pains and ingenuity. The principal troubles arose from damp in the lagging which necessitated the rejection of several trials, and from dissolved air in the water, causing loss of heat by the formation of steam. Next to the radiation loss, the most uncertain correction was that for conduction of heat along the 4-in. shaft. These losses were as far as possible eliminated by combining the trials in pairs, with different loads on the brake, assuming that the heat-loss would be the same in the heavy and light trials, provided that the external temperature and the gradient in the shaft, as estimated from the temperature of the bearings, were the same. The values deduced in this manner for the equivalent agreed as closely as could be expected considering the impossibility of regulating the external condition of temperature and moisture with any certainty in an engine-room. The extreme variation of results in any one series was only from 776.63 to 779.46 ft.-pounds, or less than ½%. This variation may have been due to the state of the lagging, which Moorby distrusted in spite of the great reduction of the heat-loss, or it may have been partly due to the difficulty of regulating the speed of the engine and the water-supply to the brake in such a manner as to maintain a constant temperature in the outflow, and avoid variations in the heat capacity of the brake. Since hand regulation is necessarily discontinuous, the speed and the temperature were constantly varying, so that it was useless to take readings nearer than the tenth of a degree. The largest variation recorded in the two trials of which full details are given, was 4-9° F. in two minutes in the outflow temperature, and four or five revolutions per minute on the speed. These variations, so far as they were of a purely accidental nature, would be approximately eliminated on the mean of a large number of trials, so that the accuracy of the final result would be of a higher order than might be inferred from a comparison of separate pairs of trials. Great pains were taken to discuss and eliminate all the sources of constant error which could be foreseen. The results of the light trials with 400 ft.-pounds on the brake differ slightly from those with 600 ft.-pounds. This might be merely accidental, or it might indicate some constant difference in the conditions requiring further investigation. It would have been desirable, if possible, to have tried the effect of a larger range of variation in the experimental conditions of load and speed, with a view to detect the existence of constant errors; but owing to the limitations imposed by the use of a steam-engine, and the difficulty of securing steady conditions of running, this proved to be impossible. There can be no doubt, however, that the final result is the most accurate direct determination of the value of the mean calorie between 0° and 100° C. in mechanical units. Expressed in joules per calorie the result is 4.1832, which agrees very closely with the value found by Rowland as the mean over the range 15° to 20° C. The value 4.183 is independently confirmed in a remarkable manner by the results of the electrical method described below, which give 4.185 joules for the mean calorie, if Rowland’s value is assumed as the starting-point, and taken to be 4.180 joules at 20° C.

The accompanying illustration (fig. 7) shows the brake insulated with cotton wool and the 4-ft lever from which the weights are hung. You can estimate the power of the brake by comparing it with the size of the rope pulley behind it on the same shaft. With 300 pounds on a 4-ft lever turning at 300 revolutions per minute, the heat generated was about 12 kilo-calories per second. Despite the wide temperature range, the correction for external heat loss was only 5% with the brake uncovered, and this dropped to less than 2% when insulated. This is a distinct advantage of using such a large scale with rapid heat generation. However, this method also brings unique challenges that required considerable effort and creativity to overcome. The main issues were moisture in the insulation, which led to the cancellation of several tests, and dissolved air in the water, which caused heat loss through steam formation. After radiation loss, the most uncertain correction was for heat conduction along the 4-in shaft. We minimized these losses by pairing trials with different brake loads, assuming that the heat loss would be similar in both heavy and light tests, as long as the external temperature and the temperature gradient in the shaft, estimated from the bearing temperatures, were the same. The values derived this way for the equivalent closely matched expectations, especially considering the uncontrollable external factors like temperature and humidity in an engine room. The range of results in any single series was only from 776.63 to 779.46 ft.-pounds, which is less than ½%. This variation could have been influenced by the state of the insulation, which Moorby was skeptical about despite the significant reduction in heat loss, or it might have stemmed from the challenges of maintaining a consistent engine speed and water supply to the brake, which made it difficult to keep the outflow temperature constant and to avoid changes in the brake's heat capacity. Since manual adjustments are inherently inconsistent, both speed and temperature fluctuated continuously, making it pointless to measure more precisely than to the tenth of a degree. The largest variation recorded in the two trials presented with detailed information was 4-9° F. in two minutes in the outflow temperature and four or five revolutions per minute in speed. These accidental variations would be roughly equalized when considering the average of many tests, elevating the accuracy of the final result beyond what might be suggested by comparing individual pairs of trials. Significant efforts were made to identify and eliminate all anticipated sources of constant error. The results from the lighter trials with 400 ft.-pounds on the brake slightly differ from those with 600 ft.-pounds. This difference might be random, or it could point to some consistent discrepancy in the conditions that requires more investigation. Ideally, it would have been beneficial to explore a broader range of variations in experimental conditions of load and speed to uncover any constant errors. However, due to the constraints of using a steam engine and the difficulty of maintaining stable operating conditions, this was not feasible. Nevertheless, there is no doubt that the final result represents the most accurate direct measurement of the mean calorie between 0° and 100° C in mechanical units. Expressed in joules per calorie, the result is 4.1832, aligning closely with the value found by Rowland as the average over the range of 15° to 20° C. The value of 4.183 is independently confirmed remarkably by the results of the electrical method described below, which yields 4.185 joules for the mean calorie if Rowland’s value is used as the starting point, assumed to be 4.180 joules at 20° C.

Fig. 7.

§ 11. Electrical Methods.—The value of the international electrical units has by this time been so accurately determined in absolute measure that they afford a very good, though indirect, method of determining the mechanical equivalent of heat. But, quite apart from this, electrical methods possess the greatest value for calorimetry, on account of the facility and accuracy of regulating and measuring the quantity of heat supplied by an electric current. The frictional generation of heat in a metallic wire conveying a current can be measured in various ways, which correspond to slightly different methods. By Ohm’s law, and by the definition of difference of electric pressure or potential, we obtain the following alternative expressions for the quantity of heat H in joules generated in a time T seconds by a current of C amperes flowing in a wire of resistance R ohms, the difference of potential between the ends of the wire being E = CR volts:—

§ 11. Electrical Methods.—The value of international electrical units has now been determined with such precision that they provide a reliable, though indirect, way to determine the mechanical equivalent of heat. Additionally, electrical methods are extremely valuable for calorimetry due to the ease and accuracy of regulating and measuring the amount of heat supplied by an electric current. The heat generated by friction in a metallic wire carrying a current can be measured in several ways, which correspond to slightly different methods. According to Ohm’s law and the definition of electric pressure or potential difference, we derive the following alternative expressions for the amount of heat H in joules produced over a time period T seconds by a current of C amperes flowing through a wire with a resistance of R ohms, with the potential difference between the ends of the wire being E = CR volts:—

H = ECT = C2RT = E2T/R  (1).

H = ECT = C2RT = E2T/R  (1).

The method corresponding to the expression C2RT was adopted 65 by Joule and by most of the early experimentalists. The defects of the earlier work from an electrical point of view lay chiefly in the difficulty of measuring the current with sufficient accuracy owing to the imperfect development of the science of electrical measurement. These difficulties have been removed by the great advances since 1880, and in particular by the introduction of accurate standard cells for measurements of electrical pressure.

The method associated with the expression C2RT was adopted 65 by Joule and most of the early experimentalists. The shortcomings of the earlier work from an electrical perspective were mainly due to the challenges in measuring current accurately because of the limited progress in the field of electrical measurement. These challenges have been addressed by the significant advancements made since 1880, especially with the introduction of precise standard cells for measuring electrical pressure.

§ 12. Griffiths.—The method adopted by E.H. Griffiths (Phil. Trans., 1893, p. 361), whose work threw a great deal of light on the failure of previous observers to secure consistent results, corresponded to the last expression E2T/R, and consisted in regulating the current by a special rheostat, so as to keep the potential difference E on the terminals of the resistance R balanced against a given number of standard Clark cells of the Board of Trade pattern. The resistance R could be deduced from a knowledge of the temperature of the calorimeter and the coefficient of the wire. But in order to obtain trustworthy results by this method he found it necessary to employ very rapid stirring (2000 revolutions per minute), and to insulate the wire very carefully from the liquid to prevent leakage of the current. He also made a special experiment to find how much the temperature of the wire exceeded that of the liquid under the conditions of the experiment. This correction had been neglected by previous observers employing similar methods. The resistance R was about 9 ohms, and the potential difference E was varied from three to six Clark cells, giving a rate of heat-supply about 2 to 6 watts. The water equivalent of the calorimeter was about 85 grammes, and was determined by varying the quantity of water from 140 to 260 or 280 grammes, so that the final results depended on a difference in the weight of water of 120 to 140 grammes. The range of temperature in each experiment was 14° to 26° C. The rate of rise was observed with a mercury thermometer standardized by comparison with a platinum thermometer under the conditions of the experiment. The time of passing each division was recorded on an electric chronograph. The duration of an experiment varied from about 30 to 70 minutes. Special observations were made to determine the corrections for the heat supplied by stirring, and that lost by radiation, each of which amounted to about 10% of the heat-supply. The calorimeter C, fig. 8, was gilded, and completely surrounded by a nickel-plated steel enclosure B, forming the bulb of a mercury thermo-regulator, immersed in a large water-bath maintained at a constant temperature. In spite of the large corrections the results were extremely consistent, and the value of the temperature-coefficient of the diminution of the specific heat of water, deduced from the observed variation in the rate of rise at different points of the range 15° to 25°, agreed with the value subsequently deduced from Rowland’s experiments over the same range, when his thermometers were reduced to the same scale. Griffiths’ final result for the average value of the calorie over this range was 4.192 joules, taking the E.M.F. of the Clark cell at 15° C. to be 1.4342 volts. The difference from Rowland’s value, 4.181, could be explained by supposing the E.M.F. of the Clark cells to have in reality been 1.4323 volts, or about 2 millivolts less than the value assumed. Griffiths subsequently applied the same method to the measurement of the specific heat of aniline, and the latent heat of vaporization of benzene and water.

§ 12. Griffiths.—The approach used by E.H. Griffiths (Phil. Trans., 1893, p. 361), whose work shed significant light on why previous researchers failed to get consistent results, followed the last expression E2T/R. It involved managing the current with a special rheostat to keep the potential difference E on the resistance R balanced against a specific number of standard Clark cells of the Board of Trade design. The resistance R could be calculated based on the temperature of the calorimeter and the wire's coefficient. However, to achieve reliable outcomes with this method, he found it essential to use rapid stirring (2000 revolutions per minute) and to carefully insulate the wire from the liquid to prevent current leakage. He also conducted a special experiment to measure how much hotter the wire was than the liquid under experimental conditions. This adjustment had been overlooked by earlier researchers using similar techniques. The resistance R was around 9 ohms, and the potential difference E varied from three to six Clark cells, resulting in a heat supply rate of about 2 to 6 watts. The water equivalent of the calorimeter was approximately 85 grams, calculated by varying the amount of water from 140 to 260 or 280 grams, so the final results relied on a weight difference of 120 to 140 grams. The temperature range in each experiment was from 14° to 26° C. The rate of temperature increase was measured with a mercury thermometer calibrated against a platinum thermometer under experimental conditions. The timing for each division was tracked using an electric chronograph. Each experiment lasted between about 30 to 70 minutes. Special observations were made to calculate the corrections for heat added by stirring and lost through radiation, each accounting for around 10% of the heat supply. The calorimeter C, fig. 8, was gilded and completely surrounded by a nickel-plated steel enclosure B, forming the bulb of a mercury thermo-regulator submerged in a large water bath kept at a constant temperature. Despite the significant corrections, the results were remarkably consistent, and the temperature coefficient of the decrease in the specific heat of water, derived from the observed rise in temperature at different points between 15° and 25°, matched the value later obtained from Rowland’s experiments over the same range, once his thermometers were adjusted to the same scale. Griffiths’ final average value for the calorie in this range was 4.192 joules, with the E.M.F. of the Clark cell at 15° C. taken to be 1.4342 volts. The difference from Rowland’s value of 4.181 could be attributed to assuming the E.M.F. of the Clark cells was actually 1.4323 volts, or about 2 millivolts lower than the assumed value. Griffiths later used the same method to measure the specific heat of aniline and the latent heat of vaporization for benzene and water.

Fig. 8.

§ 13. Schuster and Gannon.—The method employed by A. Schuster and W. Gannon for the determination of the specific heat of water in terms of the international electric units (Phil. Trans. A, 1895, p. 415) corresponded to the expression ECT, and differed in many essential details from that of Griffiths. The current through a platinoid resistance of about 31 ohms in a calorimeter containing 1500 grammes of water was regulated so that the potential difference on its terminals was equal to that of twenty Board of Trade Clark cells in series. The duration of an experiment was about ten minutes, and the product of the mean current and the time, namely CT, was measured by the weight of silver deposited in a voltameter, which amounted to about 0.56 gramme. The uncertainty due to the correction for the water equivalent was minimized by making it small (about 27 grammes) in comparison with the water weight. The correction for external loss was reduced by employing a small rise of temperature (only 2.22°), and making the rate of heat-supply relatively rapid, nearly 24 watts. The platinoid coil was insulated from the water by shellac varnish. The wire had a length of 760 cms., and the potential difference on its terminals was nearly 30 volts. The rate of stirring adopted was so slow that the heat generated by it could be neglected. The result found was 4.191 joules per calorie at 19° C. This agrees very well with Griffiths considering the difficulty of measuring so small a rise of temperature at 2° with a mercury thermometer. Admitting that the electro-chemical equivalent of silver increases with the age of the solution, a fact subsequently discovered, and that the E.M.F. of the Clark cell is probably less than 1.4340 volts (the value assumed by Schuster and Gannon), there is no difficulty in reconciling the result with that of Rowland.

§ 13. Schuster and Gannon.—The method used by A. Schuster and W. Gannon to determine the specific heat of water based on international electric units (Phil. Trans. A, 1895, p. 415) matched the expression ECT and had several significant differences from Griffiths’ approach. The current through a platinoid resistance of about 31 ohms in a calorimeter containing 1500 grams of water was controlled so that the voltage across its terminals was equal to that of twenty Board of Trade Clark cells connected in series. The duration of each experiment was about ten minutes, and the product of the average current and the time, known as CT, was measured by the weight of silver deposited in a voltameter, which amounted to about 0.56 grams. The uncertainty due to the correction for the water equivalent was minimized by keeping it small (around 27 grams) compared to the water weight. The correction for external loss was reduced by using a small temperature increase (only 2.22°) and by providing heat at a relatively fast rate, nearly 24 watts. The platinoid coil was insulated from the water with shellac varnish. The wire measured 760 cm in length, and the voltage across its terminals was about 30 volts. The stirring rate used was so slow that the heat generated by it could be ignored. The result obtained was 4.191 joules per calorie at 19° C. This result aligns well with Griffiths’, considering the challenge of measuring such a small temperature increase of 2° with a mercury thermometer. Accepting that the electrochemical equivalent of silver increases with the age of the solution, a fact discovered later, and that the E.M.F. of the Clark cell is likely less than 1.4340 volts (the value assumed by Schuster and Gannon), there is no issue reconciling this result with Rowland's findings.

§ 14. H.L. Callendar and H.T. Barnes (Brit. Assoc. Reports, 1897 and 1899) adopted an entirely different method of calorimetry, as well as a different method of electrical measurement. A steady current of liquid, Q grammes per second, of specific heat, Js joules per degree, flowing through a fine tube, A B, fig. 9, is heated by a steady electric current during its passage through the tube, and the difference of temperature dθ between the inflowing and the outflowing liquid is measured by a single reading with a delicate pair of differential platinum thermometers at A and B. The difference of potential E between the ends of the tube, and the electric current C through it, are measured on an accurately calibrated potentiometer, in terms of a Clark cell and a standard resistance. If hdθ is the radiation loss in watts we have the equation,

§ 14. H.L. Callendar and H.T. Barnes (Brit. Assoc. Reports, 1897 and 1899) used a completely different approach to calorimetry, as well as a new method for electrical measurement. A steady flow of liquid, Q grams per second, with a specific heat of Js joules per degree, moves through a fine tube, A B, in fig. 9, and is heated by a constant electric current while passing through the tube. The temperature difference dθ between the incoming and outgoing liquid is measured with a single reading from a sensitive pair of differential platinum thermometers at points A and B. The potential difference E at the ends of the tube, and the electric current C flowing through it, are measured using a precisely calibrated potentiometer, referencing a Clark cell and a standard resistance. If hdθ is the radiation loss in watts, we have the equation,

EC = JsQdθ + hdθ  (2).

EC = JsQdθ + hdθ  (2).

Fig. 9.

The advantage of this method is that all the conditions are steady, so that the observations can be pushed to the limit of accuracy and sensitiveness of the apparatus. The water equivalent of the calorimeter is immaterial, since there is no appreciable change of temperature. The heat-loss can be reduced to a minimum by enclosing the flow-tube in a hermetically sealed glass vacuum jacket. Stirring is effected by causing the water to circulate spirally round the bulbs of the thermometers and the heating conductor as indicated in the figure. The conditions can be very easily varied through a wide range. The heat-loss hdθ is determined and eliminated by varying the flow of liquid and the electric current simultaneously, in such a manner as to secure approximately the same rise of temperature for two or more widely different values of the flow of liquid. An example taken from the Electrician, September 1897, of one of the earliest experiments by this method on the specific heat of mercury will make the method clearer. The flow-tube was about 1 metre long and 1 millim. in diameter, coiled in a short spiral inside the vacuum jacket. The outside of the vacuum jacket was immersed in a water jacket at a steady temperature equal to that of the inflowing mercury.

The advantage of this method is that all the conditions are stable, allowing the observations to reach the maximum accuracy and sensitivity of the equipment. The water equivalent of the calorimeter doesn't matter since there's no significant change in temperature. Heat loss can be minimized by enclosing the flow tube in a hermetically sealed glass vacuum jacket. Stirring is achieved by having the water circulate in a spiral around the thermometer bulbs and the heating element as shown in the figure. The conditions can be easily adjusted over a wide range. The heat loss hdθ is determined and eliminated by varying both the liquid flow and the electric current simultaneously, in such a way as to maintain approximately the same temperature rise for two or more significantly different liquid flow rates. An example from the Electrician, September 1897, illustrating one of the earliest experiments using this method to measure the specific heat of mercury will clarify the method. The flow tube was about 1 meter long and 1 millimeter in diameter, coiled in a short spiral inside the vacuum jacket. The outside of the vacuum jacket was immersed in a water jacket at a constant temperature equal to that of the incoming mercury.

Specific Heat of Mercury by Continuous Electric Method

Specific Heat of Mercury by Continuous Electric Method

Flow of Hg. Rise of Temp. Watts. Heat-loss. Specific Heat.
gm./sec. EC hdθ Per gm. deg.
8.753 11.764 14.862 0.655  .13780 joules
4.594 12.301  7.912 0.865  .03297 cals.

It is assumed as a first approximation that the heat-loss is proportional to the rise of temperature dθ, provided that dθ is nearly the same in both cases, and that the distribution of temperature in the apparatus is the same for the same rise of temperature whatever the flow of liquid. The result calculated on these assumptions is given in the last column in joules, and also in calories of 20° C. The heat-loss in this example is large, nearly 4.5% of the total supply, owing to the small flow and the large rise of temperature, but this correction was greatly reduced in subsequent observations on the specific heat of water by the same method. In the case of mercury the liquid itself can be utilized to conduct the electric current. In the case of water or other liquids it is necessary to employ a platinum wire stretched along the tube as heating conductor. This introduces additional difficulties of construction, but does not otherwise affect 66 the method. The absolute value of the specific heat deduced necessarily depends on the absolute values of the electrical standards employed in the investigation. But for the determination of relative values of specific heats in terms of a standard liquid, or of the variations of specific heat of a liquid, the method depends only on the constancy of the standards, which can be readily and accurately tested. The absolute value of the E.M.F. of the Clark cells employed was determined with a special form of electrodynamometer (Callendar, Phil. Trans. A. 313, p. 81), and found to be 1.4334 volts, assuming the ohm to be correct. Assuming this value, the result found by this method for the specific heat of water at 20° C. agrees with that of Rowland within the probable limits of error.

It is initially assumed that the heat loss is proportional to the temperature increase dθ, given that dθ is nearly the same in both situations, and that the temperature distribution in the apparatus is consistent for the same temperature increase, regardless of the liquid flow. The result based on these assumptions is shown in the last column in joules, as well as in calories at 20° C. In this example, the heat loss is significant, nearly 4.5% of the total supply, due to the low flow and the high temperature rise, but this correction was significantly reduced in later observations on the specific heat of water using the same method. For mercury, the liquid itself can be used to conduct the electric current. However, for water or other liquids, it is necessary to use a platinum wire stretched along the tube as the heating conductor. This adds some construction challenges but does not otherwise affect 66 the method. The absolute value of the specific heat calculated depends on the absolute values of the electrical standards used in the study. However, to determine relative values of specific heats in comparison to a standard liquid, or the changes in specific heat of a liquid, the method relies only on the consistency of the standards, which can be easily and accurately tested. The absolute value of the E.M.F. of the Clark cells used was measured with a special type of electrodynamometer (Callendar, Phil. Trans. A. 313, p. 81), and found to be 1.4334 volts, assuming the ohm is accurate. Given this value, the result obtained by this method for the specific heat of water at 20° C. aligns with Rowland's findings within the probable error limits.

§ 15. Variation of Specific Heat of Water.—The question of the variation of the specific heat of water has a peculiar interest and importance in connexion with the choice of a thermal unit. Many of the uncertainties in the reduction of older experiments, such as those of Regnault, arise from uncertainty in regard to the unit in terms of which they are expressed, which again depends on the scale of the particular thermometer employed in the investigation. The first experiments of any value were those of Regnault in 1847 on the specific heat of water between 110° C. and 192° C. They were conducted on a very large scale by the method of mixture, but showed discrepancies of the order of 0.5%, and the calculated results in many cases do not agree with the data. This may be due merely to deficient explanation of details of tabulation. We may probably take the tabulated values as showing correctly the rate of variation between 110° and 190° C., but the values in terms of any particular thermal unit must remain uncertain to at least 0.5% owing to the uncertainties of the thermometry. Regnault himself adopted the formula,

§ 15. Variation of Specific Heat of Water.—The variation of the specific heat of water is particularly interesting and important when choosing a thermal unit. Many uncertainties in interpreting older experiments, like those conducted by Regnault, stem from questions about the unit used, which also relies on the thermometer's scale in the study. The first significant experiments were done by Regnault in 1847, examining the specific heat of water between 110° C. and 192° C. These were performed on a large scale using the method of mixture but showed discrepancies of about 0.5%, and the calculated results often don’t match the data. This could simply be due to insufficient details in the tables. We can likely consider the tabulated values as accurately reflecting the variation between 110° and 190° C., but the values in terms of any specific thermal unit must remain uncertain by at least 0.5% because of the uncertainties in thermometry. Regnault himself used the formula,

s = 1 + 0.00004t + 0.0000009t2 (Regnault),   (3)

s = 1 + 0.00004t + 0.0000009t2 (Regnault),   (3)

for the specific heat s at any temperature t C. in terms of the specific heat at 0° C. taken as the standard. This formula has since been very generally applied over the whole range 0° to 200° C., but the experiments could not in reality give any information with regard to the specific heat at temperatures below 100° C. The linear formula proposed by J. Bosscha from an independent reduction of Regnault’s experiments is probably within the limits of accuracy between 100° and 200° C., so far as the mean rate of variation is concerned, but the absolute values require reduction. It may be written—

for the specific heat s at any temperature t C. in relation to the specific heat at 0° C. considered as the standard. This formula has been widely applied across the entire range of 0° to 200° C., but the experiments couldn’t actually provide any information regarding the specific heat at temperatures below 100° C. The linear formula suggested by J. Bosscha from an independent analysis of Regnault’s experiments is likely accurate within the limits between 100° and 200° C., at least in terms of the average rate of change, but the absolute values need adjustment. It can be expressed as—

s = S100 + .00023(t − 100)  (Bosscha-Regnault)   (4).

s = S100 + .00023(t − 100)  (Bosscha-Regnault)   (4).

The work of L. Pfaundler and H. Platter, of G.A. Hirn, of J.C. Jamin and Amaury, and of many other experimentalists who succeeded Regnault, appeared to indicate much larger rates of increase than he had found, but there can be little doubt that the discrepancies of their results, which often exceeded 5%, were due to lack of appreciation of the difficulties of calorimetric measurements. The work of Rowland by the mechanical method was the first in which due attention was paid to the thermometry and to the reduction of the results to the absolute scale of temperature. The agreement of his corrected results with those of Griffiths by a very different method, left very little doubt with regard to the rate of diminution of the specific heat of water at 20° C. The work of A. Bartoli and E. Stracciati by the method of mixture between 0° and 30° C., though their curve is otherwise similar to Rowland’s, had appeared to indicate a minimum at 20° C., followed by a rapid rise. This lowering of the minimum was probably due to some constant errors inherent in their method of experiment. The more recent work of Lüdin, 1895, under the direction of Prof. J. Pernet, extended from 0° to 100° C., and appears to have attained as high a degree of excellence as it is possible to reach by the employment of mercury thermometers in conjunction with the method of mixture. His results, exhibited in fig. 6, show a minimum at 25° C., and a maximum at 87° C., the values being .9935 and 1.0075 respectively in terms of the mean specific heat between 0° and 100° C. He paid great attention to the thermometry, and the discrepancies of individual measurements at any one point nowhere exceed 0.3%, but he did not vary the conditions of the experiments materially, and it does not appear that the well-known constant errors of the method could have been completely eliminated by the devices which he adopted. The rapid rise from 25° to 75° may be due to radiation error from the hot water supply, and the subsequent fall of the curve to the inevitable loss of heat by evaporation of the boiling water on its way to the calorimeter. It must be observed, however, that there is another grave difficulty in the accurate determination of the specific heat of water near 100° C. by this method, namely, that the quantity actually observed is not the specific heat at the higher temperature t, but the mean specific heat over the range 18° to t. The specific heat itself can be deduced only by differentiating the curve of observation, which greatly increases the uncertainty. The peculiar advantage of the electric method of Callendar and Barnes, already referred to, is that the specific heat itself is determined over a range of 8° to 10° at each point, by adding accurately measured quantities of heat to the water at the desired temperature in an isothermal enclosure, under perfectly steady conditions, without any possibility of evaporation or loss of heat in transference. These experiments, which have been extended by Barnes over the whole range 0° to 100°, agree very well with Rowland and Griffiths in the rate of variation at 20° C., but show a rather flat minimum of specific heat in the neighbourhood of 38° to 40° C. At higher points the rate of variation is very similar to that of Regnault’s curve, but taking the specific heat at 20° as the standard of reference, the actual values are nearly 0.56% less than Regnault’s. It appears probable that his values for higher temperatures may be adopted with this reduction, which is further confirmed by the results of Reynolds and Moorby, and by those of Lüdin. According to the electric method, the whole range of variation of the specific heat between 10° and 80° is only 0.5%. Comparatively simple formulae, therefore, suffice for its expression to 1 in 10,000, which is beyond the limits of accuracy of the observations. It is more convenient in practice to use a few simple formulae, than to attempt to represent the whole range by a single complicated expression:—

The research done by L. Pfaundler and H. Platter, G.A. Hirn, J.C. Jamin, Amaury, and many other experimentalists who followed Regnault seemed to show much larger rates of increase than he found. However, it's clear that the discrepancies in their results, which often exceeded 5%, were due to not fully understanding the challenges of calorimetric measurements. Rowland's mechanical method was the first to give proper attention to thermometry and to adjust the results to the absolute temperature scale. The agreement between his corrected results and those from Griffiths using a very different method left little doubt about the rate at which the specific heat of water decreases at 20° C. The work of A. Bartoli and E. Stracciati, using the mixture method between 0° and 30° C., showed a curve similar to Rowland’s but appeared to indicate a minimum at 20° C., followed by a sharp increase. This apparent lowering of the minimum was likely due to consistent errors in their experimental method. More recent work by Lüdin in 1895, under Prof. J. Pernet, covered temperatures from 0° to 100° C. and achieved a high degree of excellence using mercury thermometers along with the mixture method. His results, shown in fig. 6, indicate a minimum at 25° C. and a maximum at 87° C., with values of .9935 and 1.0075 respectively for the mean specific heat between 0° and 100° C. He focused heavily on thermometry, with discrepancies in individual measurements at any one point not exceeding 0.3%. However, he didn't significantly change the conditions of the experiments, and it seems that the known constant errors of the method couldn’t be completely eliminated with his approaches. The quick rise from 25° to 75° could be due to radiation error from the hot water supply, and the subsequent drop in the curve is likely from the inevitable heat loss due to evaporation of the boiling water on its way to the calorimeter. It's important to note, though, that there's another serious challenge in accurately measuring the specific heat of water near 100° C. using this method: the value actually observed isn't the specific heat at the higher temperature t, but the mean specific heat over the range from 18° to t. The specific heat can only be obtained by differentiating the observation curve, which increases the uncertainty significantly. The unique advantage of the electric method used by Callendar and Barnes, previously mentioned, is that the specific heat is determined over a range of 8° to 10° at each point by adding precisely measured amounts of heat to the water at the desired temperature within an isothermal enclosure, under completely stable conditions, preventing any evaporation or heat loss during transfer. These experiments, which Barnes extended across the entire range from 0° to 100°, align very well with Rowland and Griffiths regarding the variation rate at 20° C., but show a flatter minimum of specific heat around 38° to 40° C. At higher temperatures, the rate of variation closely matches that of Regnault’s curve, but when using the specific heat at 20° as the standard reference, the actual values are nearly 0.56% lower than Regnault’s. It’s likely that his values for higher temperatures can be used with this adjustment, which is further supported by the findings of Reynolds, Moorby, and Lüdin. According to the electric method, the total variation in specific heat between 10° and 80° is only 0.5%. Thus, relatively simple formulas can express it to 1 in 10,000, which exceeds the accuracy limits of the observations. It’s generally more practical to use a few simple formulas than to try to represent the entire range with a single complex expression:—

Below 20° C. s = 0.9982 + 0.0000045(t − 40)2 − 0.0000005(t − 20)3.

Below 20° C, s = 0.9982 + 0.0000045(t − 40)2 − 0.0000005(t − 20)3.

From 20° to 60°, s = 0.9982 + 0.0000045(t − 40)2   (5).

From 20° to 60°, s = 0.9982 + 0.0000045(t − 40)2   (5).

Above 60° to 200°{ s = 0.9944 + .00004t + 0.0000009t2  (Regnault corrd.)
s = 1.000 + 0.00022(t − 60)     (Bosscha corrd.)

The addition of the cubic term below 20° is intended to represent the somewhat more rapid change near the freezing-point. This effect is probably due, as suggested by Rowland, to the presence of a certain proportion of ice molecules in the liquid, which is also no doubt the cause of the anomalous expansion. Above 60° C. Regnault’s formula is adopted, the absolute values being simply diminished by a constant quantity 0.0056 to allow for the probable errors of his thermometry. Above 100° C., and for approximate work generally, the simpler formula of Bosscha, similarly corrected, is probably adequate.

The addition of the cubic term below 20° is meant to show the slightly quicker change near the freezing point. This effect is likely caused, as Rowland suggested, by the presence of some ice molecules in the liquid, which is also probably why there’s unusual expansion. Above 60° C., we use Regnault’s formula, with the absolute values reduced by a constant amount of 0.0056 to account for potential errors in his thermometer readings. Above 100° C., and for general approximate work, the simpler formula by Bosscha, also corrected in a similar way, is probably sufficient.

The following table of values, calculated from these formulae, is taken from the Brit. Assoc. Report, 1899, with a slight modification to allow for the increase in the specific heat below 20° C. This was estimated in 1899 as being equivalent to the addition of the constant quantity 0.20 to the values of the total heat h of the liquid as reckoned by the parabolic formula (5). This quantity is now, as the result of further experiments, added to the values of h, and also represented in the formula for the specific heat itself by the cubic term.

The following table of values, calculated from these formulas, is taken from the Brit. Assoc. Report, 1899, with a slight modification to account for the increase in specific heat below 20° C. This was estimated in 1899 to be equivalent to adding a constant value of 0.20 to the total heat h of the liquid as calculated by the parabolic formula (5). This value is now added to the h values as a result of further experiments, and it's also represented in the formula for specific heat itself by the cubic term.

Specific Heat of Water in Terms of Unit at 20° C. 4.180 Joules

Specific Heat of Water at 20°C: 4.180 Joules

t° C. Joules. s. h Rowland.
4.208 1.0094 0 0
4.202 1.0054 5.037 5.037
10° 4.191 1.0027 10.056 10.058
15° 4.184 1.0011 15.065 15.068
20° 4.180 1.0000 20.068 20.071
25° 4.177 0.9992 25.065 25.067
30° 4.175 0.9987 30.060 30.057
35° 4.173 0.9983 35.052 35.053
40° 4.173 0.9982 40.044  
50° 4.175 0.9987 50.028  
60° 4.180 1.0000 60.020  
70° 4.187 1.0016 70.028  
80° 4.194 1.0033 80.052  
90° 4.202 1.0053 90.095 Shaw
100° 4.211 1.0074 100.158 Regnault
120° 4.231 1.0121 120.35  120.73
140° 4.254 1.0176 140.65  140.88
160° 4.280 1.0238 161.07  161.20
180° 4.309 1.0308 181.62  182.14
200° 4.341 1.0384 202.33   
220° 4.376 1.0467 223.20   

The unit of comparison in the following table is taken as the specific heat of water at 20° C. for the reasons given below. This unit is taken as being 4.180 joules per gramme-degree-centigrade on the scale of the platinum thermometer, corrected to the absolute scale as explained in the article Thermometry, which has been shown to be practically equivalent to the hydrogen scale. The value 4.180 joules at 20° C. is the mean between Rowland’s corrected result 4.181 and the value 4.179, deduced from the experiments of Reynolds and Moorby on the assumption that the ratio of the mean specific heat 0° to 100° to that at 20° is 1.0016, as given by the formulae representing the results of Callendar and Barnes. This would indicate that Rowland’s corrected values should, if anything, be lowered. In any case the value of the mechanical equivalent is uncertain to at least 1 in 2000.

The unit of comparison in the following table is taken as the specific heat of water at 20° C. for the reasons given below. This unit is taken as being 4.180 joules per gramme-degree-centigrade on the scale of the platinum thermometer, corrected to the absolute scale as explained in the article Thermometry, which has been shown to be practically equivalent to the hydrogen scale. The value 4.180 joules at 20° C. is the mean between Rowland’s corrected result 4.181 and the value 4.179, deduced from the experiments of Reynolds and Moorby on the assumption that the ratio of the mean specific heat 0° to 100° to that at 20° is 1.0016, as given by the formulae representing the results of Callendar and Barnes. This would indicate that Rowland’s corrected values should, if anything, be lowered. In any case the value of the mechanical equivalent is uncertain to at least 1 in 2000.

The mean specific heat, over any range of temperature, may be obtained by integrating the formulae between the limits required, or by taking the difference of the corresponding values of the total heat h, and dividing by the range of temperature. The quantity actually observed by Rowland was the total heat. It may be remarked that starting from the same value at 5°, for the sake of comparison, Rowland’s values of the total heat agree to 1 in 5000 with those calculated from the formulae. The values of the total heat observed by Regnault, as reduced by Shaw, also show a very fair agreement, considering the uncertainty of the units. It must be admitted that it is desirable to redetermine the variation of the specific heat above 100° C. This is very difficult on account of the steam-pressure, and could not easily be accomplished by the electrical 67 method. Callendar has, however, devised a continuous method of mixture, which appears to be peculiarly adapted to the purpose, and promises to give more certain results. In any case it may be remarked that formulae such as those of Jamin, Henrichsen, Baumgartner, Winkelmann or Dieterici, which give far more rapid rates of increase than that of Regnault, cannot possibly be reconciled with his observations, or with those of Reynolds and Moorby, or Callendar and Barnes, and are certainly inapplicable above 100° C.

The average specific heat over any temperature range can be found by integrating the formulas between the required limits or by taking the difference of the corresponding total heat values h and dividing by the temperature range. The quantity that Rowland actually measured was the total heat. It is worth noting that starting from the same value at 5°, for comparison's sake, Rowland's total heat values match those calculated from the formulas to within 1 in 5000. The total heat values observed by Regnault, as adjusted by Shaw, also show a good agreement, considering the uncertainty of the units. It is important to acknowledge that it is necessary to redetermine how specific heat varies above 100° C. This poses a significant challenge due to steam pressure and couldn't be easily achieved using the electrical 67 method. However, Callendar has developed a continuous method of mixture that seems particularly well-suited for this purpose and is likely to yield more reliable results. In any case, it should be noted that formulas such as those proposed by Jamin, Henrichsen, Baumgartner, Winkelmann, or Dieterici, which show much faster rates of increase than those of Regnault, cannot be aligned with his observations or those of Reynolds and Moorby, or Callendar and Barnes, and are certainly not applicable above 100° C.

§ 16. On the Choice of the Thermal Unit.—So much uncertainty still prevails on this fundamental point that it cannot be passed over without reference. There are three possible kinds of unit, depending on the three fundamental methods already given: (1) the thermometric unit, or the thermal capacity of unit mass of a standard substance under given conditions of temperature and pressure on the scale of a standard thermometer. (2) The latent-heat unit, or the quantity of heat required to melt or vaporize unit mass of a standard substance under given conditions. This unit has the advantage of being independent of thermometry, but the applicability of these methods is limited to special cases, and the relation of the units to other units is difficult to determine. (3) The absolute or mechanical unit, the quantity of heat equivalent to a given quantity of mechanical or electrical energy. This can be very accurately realized, but is not so convenient as (1) for ordinary purposes.

§ 16. On the Choice of the Thermal Unit.—There is still a lot of uncertainty about this crucial point that we can't ignore. There are three possible types of units, based on the three fundamental methods outlined earlier: (1) the thermometric unit, which is the thermal capacity of a unit mass of a standard substance under specific temperature and pressure conditions, measured on a standard thermometer scale. (2) The latent-heat unit, which is the amount of heat needed to melt or vaporize a unit mass of a standard substance under certain conditions. This unit is beneficial because it doesn’t rely on thermometry, but its use is limited to specific situations and figuring out how these units relate to others can be tricky. (3) The absolute or mechanical unit, which measures the amount of heat equivalent to a certain amount of mechanical or electrical energy. While this unit can be realized very accurately, it’s not as convenient as (1) for everyday applications.

In any case it is necessary to define a thermometric unit of class (1). The standard substance must be a liquid. Water is always selected, although some less volatile liquid, such as aniline or mercury, would possess many advantages. With regard to the scale of temperature, there is very general agreement that the absolute scale as realized by the hydrogen or helium thermometer should be adopted as the ultimate standard of reference. But as the hydrogen thermometer is not directly available for the majority of experiments, it is necessary to use a secondary standard for the practical definition of the unit. The electrical resistance thermometer of platinum presents very great advantages for this purpose over the mercury thermometer in point of reproducibility, accuracy and adaptability to the practical conditions of experiment. The conditions of use of a mercury thermometer in a calorimetric experiment are necessarily different from those under which its corrections are determined, and this difference must inevitably give rise to constant errors in practical work. The primary consideration in the definition of a unit is to select that method which permits the highest order of accuracy in comparison and verification. For this reason the definition of the thermal unit will in the end probably be referred to a scale of temperature defined in terms of a standard platinum thermometer.

In any case, it's essential to define a thermometric unit of class (1). The standard substance should be a liquid. Water is typically chosen, although less volatile liquids like aniline or mercury have many advantages. Regarding the temperature scale, there’s broad consensus that the absolute scale, as realized by the hydrogen or helium thermometer, should be adopted as the ultimate standard reference. However, since the hydrogen thermometer isn’t directly available for most experiments, a secondary standard is needed for the practical definition of the unit. The electrical resistance thermometer made of platinum offers significant advantages over the mercury thermometer in terms of reproducibility, accuracy, and adaptability to practical experimental conditions. The conditions for using a mercury thermometer in a calorimetric experiment are necessarily different from those under which its corrections are determined, and this difference can lead to constant errors in practical work. The primary consideration in defining a unit is to select the method that allows for the highest level of accuracy in comparison and verification. For this reason, the definition of the thermal unit will likely end up being referenced to a temperature scale defined in terms of a standard platinum thermometer.

There is more diversity of opinion with regard to the question of the standard temperature. Many authors, adopting Regnault’s formula, have selected 0° C. as the standard temperature, but this cannot be practically realized in the case of water, and his formula is certainly erroneous at low temperatures. A favourite temperature to select is 4° C., the temperature of maximum density, since at this point the specific heat at constant volume is the same as that at constant pressure But this is really of no consequence, since the specific heat at constant volume cannot be practically realized. The specific heat at 4° could be accurately determined at the mean over the range 0° to 8° keeping the jacket at 0° C. But the change appears to be rather rapid near 0°, the temperature is inconveniently low for ordinary calorimetric work, and the unit at 4° would be so much larger than the specific heat at ordinary temperatures that nearly all experiments would require reduction. The natural point to select would be that of minimum specific heat, but if this occurs at 40° C. it would be inconveniently high for practical realization except by the continuous electrical method. It was proposed by a committee of the British Association to select the temperature at which the specific heat was 4.200 joules, leaving the exact temperature to be subsequently determined. It was supposed at the time, from the original reduction of Rowland’s experiments, that this would be nearly at 10° C., but it now appears that it may be as low is 5° C., which would be inconvenient. This is really only an absolute unit in disguise, and evades the essential point, which is the selection of a standard temperature for the water thermometric unit. A similar objection applies to selecting the temperature at which the specific heat is equal to its mean value between 0° and 100°. The mean calorie cannot be accurately realized in practice in any simple manner, and is therefore unsuitable as a standard of comparison. Its relation to the calorie at any given temperature, such as 15° or 20°, cannot be determined with the same degree of accuracy as the ratio of the specific heat at 15° to that at 20°, if the scale of temperature is given. The most practical unit is the calorie at 15° or 20° or some temperature in the range of ordinary practice. The temperature most generally favoured is 15°, but 20° would be more suitable for accurate work. These units differ only by 11 parts in 10,000 according to Callendar and Barnes, or by 13 in 10,000 according to Rowland and Griffiths, so that the difference between them is of no great importance for ordinary purposes. But for purposes of definition it would be necessary to take the mean value of the specific heat over a given range of temperature, preferably at least 10°, rather than the specific heat at a point which necessitates reference to some formula of reduction for the rate of variation. The specific heat at 15° would be determined with reference to the mean over the range 10° to 20°, and that at 20° from the range 15° to 25°. There can be no doubt that the range 10° to 20° is too low for the accurate thermal regulation of the conditions of the experiment. The range 15° to 25° would be much more convenient from this point of view, and a mean temperature of 20° is probably nearest the average of accurate calorimetric work. For instance 20° is the mean of the range of the experiments of Griffiths and of Rowland, and is close to that of Schuster and Gannon. It is readily attainable at any time in a modern laboratory with adequate heating arrangements, and is probably on the whole the most suitable temperature to select.

There’s a lot of different opinions about what the standard temperature should be. Many authors, using Regnault’s formula, have chosen 0° C. as the standard temperature, but this isn’t practical for water, and his formula isn’t accurate at low temperatures. A popular choice is 4° C., the temperature at which water reaches its maximum density, because at this point, the specific heat at constant volume matches that at constant pressure. However, this doesn’t really matter since you can’t practically achieve the specific heat at constant volume. The specific heat at 4° could be measured accurately as an average between 0° and 8° while keeping the jacket at 0° C. But the change happens quickly near 0°, it’s too low for regular calorimetry work, and the specific heat at 4° would be much larger than the specific heat at typical temperatures, which means most experiments would need to be adjusted. The ideal choice would be the point of minimum specific heat, but if this is at 40° C., it’s too high to be easily achieved unless using a continuous electrical method. A committee from the British Association suggested choosing the temperature where the specific heat is 4.200 joules and figuring out the exact temperature later. At that time, based on the initial data from Rowland’s experiments, it was thought this would be close to 10° C., but it now seems it could be as low as 5° C., which would be inconvenient. Ultimately, this suggestion is just a disguised absolute unit and misses the key issue, which is choosing a standard temperature for the water thermometric unit. A similar concern comes up when selecting the temperature where the specific heat equals its average value between 0° and 100°. The mean calorie can’t be easily achieved in a simple way, making it unsuitable as a comparison standard. Its relationship to the calorie at any specific temperature, like 15° or 20°, can’t be determined as accurately as the ratio of specific heat at 15° to that at 20° given a temperature scale. The most practical unit is the calorie at 15° or 20° or any temperature within common practice. The temperature most often favored is 15°, but 20° would work better for precise measurements. According to Callendar and Barnes, these units differ by 11 parts in 10,000, or by 13 in 10,000 according to Rowland and Griffiths, so the difference is minimal for general use. But for defining purposes, it’s necessary to consider the average specific heat over a given range of temperatures, ideally at least 10°, instead of the specific heat at a point, which requires referring to some reduction formula. The specific heat at 15° would reference the average from 10° to 20°, and that at 20° would reference from 15° to 25°. It’s clear that the range of 10° to 20° is too low for accurate thermal regulation during experiments. The range of 15° to 25° would be much more practical in that respect, and a mean temperature of 20° is likely closest to the average used in precise calorimetric work. For example, 20° is the average from Griffiths and Rowland’s experiments and aligns closely with Schuster and Gannon’s findings. It can be easily reached at any time in a modern laboratory equipped with proper heating, making it probably the most suitable temperature to choose.

§ 17. Specific Heat of Gases.—In the case of solids and liquids under ordinary conditions of pressure, the external work of expansion is so small that it may generally be neglected; but with gases or vapours, or with liquids near the critical point, the external work becomes so large that it is essential to specify the conditions under which the specific heat is measured. The most important cases are, the specific heats (1) at constant volume; (2) at constant pressure; (3) at saturation pressure in the case of a liquid or vapour. In consequence of the small thermal capacity of gases and vapours per unit volume at ordinary pressures, the difficulties of direct measurement are almost insuperable except in case (2). Thus the direct experimental evidence is somewhat meagre and conflicting, but the question of the relation of the specific heats of gases is one of great interest in connexion with the kinetic theory and the constitution of the molecule. The well-known experiments of Regnault and Wiedemann on the specific heat of gases at constant pressure agree in showing that the molecular specific heat, or the thermal capacity of the molecular weight in grammes, is approximately independent of the temperature and pressure in case of the more stable diatomic gases, such as H2, O2, N2, CO, &c., and has nearly the same value for each gas. They also indicate that it is much larger, and increases considerably with rise of temperature, in the case of more condensible vapours, such as Cl2, Br2, or more complicated molecules, such as CO2, N2O, NH3, C2H4. The direct determination of the specific heat at constant volume is extremely difficult, but has been successfully attempted by Joly with his steam calorimeter, in the case of air and CO2. Employing pressures between 7 and 27 atmospheres, he found that the specific heat of air between 10° and 100° C. increased very slightly with increase of density, but that of CO2 increased nearly 3% between 7 and 21 atmospheres. The following formulae represent his results for the specific heat s at constant volume in terms of the density d in gms. per c. c.:—

§ 17. Specific Heat of Gases.—For solids and liquids under normal pressure conditions, the external work done during expansion is so minimal that it can usually be ignored; however, for gases or vapors, or for liquids close to their critical point, the external work becomes significant enough that it's important to clarify the conditions under which specific heat is measured. The key cases are specific heats (1) at constant volume; (2) at constant pressure; (3) at saturation pressure for liquids or vapors. Because gases and vapors have a low thermal capacity per unit volume at normal pressures, directly measuring specific heat is extremely challenging, except in case (2). Consequently, there is limited and sometimes contradictory experimental evidence, but the relationship between the specific heats of gases is a topic of great interest in relation to kinetic theory and molecular structure. The well-known experiments by Regnault and Wiedemann on the specific heat of gases at constant pressure show that the molecular specific heat, or the thermal capacity of the molecular weight in grams, is roughly independent of temperature and pressure for the more stable diatomic gases like H2, O2, N2, CO, etc., and is nearly the same for each gas. They also indicate that it is significantly larger and increases considerably with temperature for more condensible vapors, such as Cl2, Br2, or more complex molecules like CO2, N2O, NH3, C2H4. Directly determining specific heat at constant volume is very difficult, but Joly successfully attempted it using his steam calorimeter for air and CO2. He worked with pressures between 7 and 27 atmospheres and found that the specific heat of air between 10° and 100° C. increased very slightly with increasing density, whereas that of CO2 increased nearly 3% between 7 and 21 atmospheres. The following formulas represent his results for the specific heat s at constant volume in terms of the density d in grams per cubic centimeter:—

Air, s = 0.1715 + 0.028d,

Air, s = 0.1715 + 0.028d,

CO2, s = 0.165 + 0.213d + 0.34d2.

CO2, s = 0.165 + 0.213d + 0.34d2.

§ 18. Ratio of Specific Heats.—According to the elementary kinetic theory of an ideal gas, the molecules of which are so small and so far apart that their mutual actions may be neglected, the kinetic energy of translation of the molecules is proportional to the absolute temperature, and is equal to 32 of pv, the product of the pressure and the volume, per unit mass. The expansion per degree at constant pressure is v/θ = R/p. The external work of expansion per degree is equal to R, being the product of the pressure and the expansion, and represents the difference of the specific heats S - s, at constant pressure and volume, assuming as above that the internal work of expansion is negligible. If the molecules are supposed to be like smooth, hard, elastic spheres, incapable of receiving any other kind of energy except that of translation, the specific heat at constant volume would be the increase per degree of the kinetic energy namely 3pv/2θ − 3R/2, that at constant pressure would be 5R/2, and the ratio of the specific heats would be 53 or 1.666. This appears to be actually the case for monatomic gases such as mercury vapour (Kundt and Warburg, 1876), argon and helium (Ramsay, 1896). For diatomic or compound gases Clerk Maxwell supposed that the molecule would also possess energy of rotation, and endeavoured to prove that in this case the energy would be equally divided between the six degrees of freedom, three of translation and three of rotation, if the molecule were regarded as a rigid body incapable of vibration-energy. In this case we should have s = 3R, S = 4R, S/s = 43 = 1.333. In 1879 Maxwell considered it one of the greatest difficulties which the kinetic theory had yet encountered, that in spite of the many other degrees of freedom of vibration revealed by the spectroscope, the experimental value of the ratio 68 S/s was 1.40 for so many gases, instead of being less than 43. Somewhat later L. Boltzmann suggested that a diatomic molecule regarded as a rigid dumb-bell or figure of rotation, might have only five effective degrees of freedom, since the energy of rotation about the axis of symmetry could not be altered by collisions between the molecules. The theoretical value of the ratio S/s in this case would be the required 75. For a rigid molecule on this theory the smallest value possible would be 43. Since much smaller values are found for more complex molecules, we may suppose that, in these cases, the energy of rotation of a polyatomic molecule may be greater than its energy of translation, or else that heat is expended in splitting up molecular aggregates, and increasing energy of vibration. A hypothesis doubtfully attributed to Maxwell is that each additional atom in the molecule is equivalent to two extra degrees of freedom. From an m-atomic molecule we should then have S/s = 1 + 2/(2m + 1). This gives a series of ratios 53, 75, 97, 119, &c., for 1, 2, 3, 4, &c., atoms in the molecule, values which fall within the limits of experimental error in many cases. It is not at all clear, however, that energy of vibration should bear a constant ratio to that of translation, although this would probably be the case for rotation. For the simpler gases, which are highly diathermanous and radiate badly even at high temperature, the energy of vibration is probably very small, except under the special conditions which produce luminosity in flames and electric discharges. For such gases, assuming a constant ratio of rotation to translation, the specific heat at low pressures would be very nearly constant. For more complex molecules the radiative and absorptive powers are known to be much greater. The energy of vibration may be appreciable at ordinary temperatures, and would probably increase more rapidly than that of translation with rise of temperature, especially near a point of dissociation. This would account for an increase of S, and a diminution of the ratio S/s, with rise of temperature which apparently occurs in many vapours. The experimental evidence, however, is somewhat conflicting, and further investigations are very desirable on the variation of specific heat with temperature. Given the specific heat as a function of the temperature, its variation with pressure may be determined from the characteristic equation of the gas. The direct methods of measuring the ratio S/s, by the velocity of sound and by adiabatic expansion, are sufficiently described in many text-books.

§ 18. Ratio of Specific Heats.—According to the basic kinetic theory of an ideal gas, where the molecules are so tiny and spaced apart that we can ignore their interactions, the kinetic energy of the molecules in motion is proportional to the absolute temperature, and equals 32 of pv, which is the product of pressure and volume per unit mass. The expansion per degree at constant pressure is v/θ = R/p. The external work done during expansion per degree equals R, which is the product of pressure and expansion, representing the difference in specific heats S - s, at constant pressure and volume, assuming the internal work of expansion is negligible. If we imagine the molecules as smooth, hard, elastic spheres that can only move and not gain any other form of energy, the specific heat at constant volume would be the increase in kinetic energy per degree, specifically 3pv/2θ − 3R/2; while at constant pressure it would be 5R/2, leading to a ratio of specific heats of 53 or 1.666. This seems to be correct for monatomic gases like mercury vapor (Kundt and Warburg, 1876), argon, and helium (Ramsay, 1896). For diatomic or compound gases, Clerk Maxwell suggested that molecules would also have rotational energy and tried to show that this energy would be evenly distributed among the six degrees of freedom—three for translation and three for rotation—if we treat the molecule as a rigid body without vibrational energy. In this case, we would have s = 3R, S = 4R, and the ratio S/s = 43 = 1.333. In 1879, Maxwell identified a major challenge for kinetic theory when he noted that despite many degrees of vibrational freedom shown by spectroscopy, the experimental ratio S/s stayed at 1.40 for many gases, rather than being less than 43. Later, L. Boltzmann suggested that a diatomic molecule, viewed as a rigid dumbbell, could have only five effective degrees of freedom because rotational energy around the symmetry axis couldn't change due to collisions. In this case, the theoretical value for the ratio S/s would be the required 75. For a rigid molecule, the lowest possible value would be 43. Given that much lower values are found for more complex molecules, we could assume that the rotational energy of a polyatomic molecule may surpass its translational energy or that heat is used to break down molecular aggregates, increasing vibrational energy. There's a hypothesis, likely linked to Maxwell, that each additional atom in a molecule adds two more degrees of freedom. Based on an m-atomic molecule, we get S/s = 1 + 2/(2m + 1). This leads to a series of ratios 53, 75, 97, 119, etc., for 1, 2, 3, 4, etc., atoms in the molecule—values that often fall within experimental error limits. However, it’s not entirely clear that vibrational energy should maintain a consistent ratio to translational energy, although it likely does for rotational energy. For simpler gases, which are very transparent to heat and poorly radiate even at high temperatures, vibrational energy is probably minimal unless under specific conditions that cause luminosity, like in flames and electric discharges. For these gases, if we assume a constant ratio of rotation to translation, the specific heat at low pressures would remain almost constant. In contrast, more complex molecules are known to have significantly greater radiative and absorptive powers. The vibrational energy can be considerable at normal temperatures, and it likely increases faster than translational energy with rising temperature, especially near a dissociation point. This would explain an increase in S and a decrease in the ratio S/s with temperature, a trend observed in many vapors. Nonetheless, the experimental data is somewhat inconsistent, and further research is needed on how specific heat varies with temperature. Given specific heat as a temperature function, its variation with pressure can be determined from the gas's characteristic equation. The direct methods of measuring the ratio S/s, via sound velocity and adiabatic expansion, are well covered in many textbooks.

§ 19. Atomic and Molecular Heats.—The ideal atomic heat is the thermal capacity of a gramme-atom in the ideal state of monatomic gas at constant volume. This would be nearly three calories. For a diatomic gas, the molecular heat would be nearly five calories, or the atomic heat of a gas in the diatomic state would be 2.5. Estimated at constant pressure the atomic heat would be 3.5. Some authors adopt 2.5 and some 3.5 for the ideal atomic heat. The atomic heat of a metal in the solid state is in most cases larger than six calories at ordinary temperatures. Considering the wide variations in the physical condition and melting points, the comparatively close agreement of the atomic heats of the metals at ordinary temperatures, known as Dulong and Petit’s Law, is very remarkable. The specific heats as a rule increase with rise of temperature, in some cases, e.g. iron and nickel, very rapidly. According to W.A. Tilden (Phil. Trans., 1900), the atomic heats of pure nickel and cobalt, as determined from experiments at the boiling-points of O2, and CO2, diminish so rapidly at temperatures below 0° C. as to suggest that they would reach the value 2.42 at the absolute zero. This is the value of the minimum of atomic heat calculated by Perry from diatomic hydrogen, but the observations themselves might be equally well represented by taking the imaginary limit 3, since the quantity actually observed is the mean specific heat between 0° and −182.5° C. Subsequent experiments on other metals at low temperatures did not indicate a similar diminution of specific heat, so that it may be doubted whether the atomic heats really approach the ideal value at the absolute zero. No doubt there must be approximate relations between the atomic and molecular heats of similar elements and compounds, but considering the great variations of specific heat with temperature and physical state, in alloys, mixtures or solutions, and in allotropic or other modifications, it would be idle to expect that the specific heat of a compound could be accurately deduced by any simple additive process from that of its constituents.

§ 19. Atomic and Molecular Heats.—The ideal atomic heat refers to the thermal capacity of a gram-atom in the ideal state of a monatomic gas at constant volume. This is about three calories. For a diatomic gas, the molecular heat is around five calories, which means the atomic heat of a gas in the diatomic state would be 2.5. When estimated at constant pressure, the atomic heat would be 3.5. Some authors use 2.5 and others use 3.5 for the ideal atomic heat. The atomic heat of a metal in the solid state is generally greater than six calories at typical temperatures. Given the significant variations in physical conditions and melting points, the relatively consistent values of atomic heats for metals at normal temperatures, known as Dulong and Petit’s Law, is quite remarkable. Specific heats usually increase with temperature, and in some cases, like iron and nickel, they rise very quickly. According to W.A. Tilden (Phil. Trans., 1900), the atomic heats of pure nickel and cobalt, determined from experiments at the boiling points of O2 and CO2, decrease so rapidly below 0° C. that it suggests they would reach a value of 2.42 at absolute zero. This value represents the minimum atomic heat calculated by Perry from diatomic hydrogen, but the observations could also be interpreted with an imaginary limit of 3 because the actual measured value is the average specific heat between 0° and −182.5° C. Follow-up experiments on other metals at low temperatures did not show a similar decrease in specific heat, raising doubts about whether atomic heats actually get close to the ideal value at absolute zero. There must be some approximate relationships between the atomic and molecular heats of similar elements and compounds, but due to the significant variations in specific heat with temperature and physical state—in alloys, mixtures or solutions, and in allotropic or other modifications—it would be unrealistic to expect that the specific heat of a compound could be accurately predicted by any straightforward additive method from that of its components.

Authorities.—Joule’s Scientific Papers (London, 1890); Ames and Griffiths, Reports to the International Congress (Paris, 1900), “On the Mechanical Equivalent of Heat,” and “On the Specific Heat of Water”; Griffiths, Thermal Measurement of Energy (Cambridge, 1901); Callendar and Barnes, Phil. Trans. A, 1901, “On the Variation of the Specific Heat of Water”; for combustion methods, see article Thermochemistry, and treatises by Thomsen, Pattison-Muir and Berthelot; see also articles Thermodynamics and Vaporization.

Authorities.—Joule’s Scientific Papers (London, 1890); Ames and Griffiths, Reports to the International Congress (Paris, 1900), “On the Mechanical Equivalent of Heat,” and “On the Specific Heat of Water”; Griffiths, Thermal Measurement of Energy (Cambridge, 1901); Callendar and Barnes, Phil. Trans. A, 1901, “On the Variation of the Specific Heat of Water”; for combustion methods, see article Thermochemistry, and treatises by Thomsen, Pattison-Muir and Berthelot; see also articles Thermodynamics and Vaporization.

(H. L. C.)

CALOVIUS, ABRAHAM (1612-1686), German Lutheran divine, was born at Mohrungen in east Prussia, on the 16th of April 1612. After studying at Königsberg, in 1650 he was appointed professor of theology at Wittenberg, where he afterwards became general superintendent and primarius. He died on the 25th of February 1686. Calovius was the most noteworthy of the champions of Lutheran orthodoxy in the 17th century. He strongly opposed the Catholics, Calvinists and Socinians, attacked in particular the reconciliation policy or “syncretism” of Georg Calixtus (cf. the Consensus repetitus fidei vere lutheranae, 1665), and as a writer of polemics he had few equals. His chief dogmatic work, Systema locorum theologicorum (12 vols. 1655-1677), represents the climax of Lutheran scholasticism. In his Biblia Illustrata (4 vols.), written from the point of view of a very strict belief in inspiration, his object is to refute the statements made by Hugo Grotius in his Commentaries. His Historia Syncretistica (1682) was suppressed.

CALOVIUS, ABRAHAM (1612-1686), German Lutheran theologian, was born in Mohrungen, East Prussia, on April 16, 1612. After studying in Königsberg, he was appointed professor of theology at Wittenberg in 1650, where he later became general superintendent and primarius. He died on February 25, 1686. Calovius was a key figure in defending Lutheran orthodoxy in the 17th century. He strongly opposed Catholics, Calvinists, and Socinians, particularly criticizing the reconciliation policy or “syncretism” proposed by Georg Calixtus (cf. the Consensus repetitus fidei vere lutheranae, 1665). As a polemical writer, he had few equals. His main dogmatic work, Systema locorum theologicorum (12 vols. 1655-1677), marks the peak of Lutheran scholasticism. In his Biblia Illustrata (4 vols.), he wrote from the standpoint of a very strict belief in inspiration, aiming to refute the claims made by Hugo Grotius in his Commentaries. His Historia Syncretistica (1682) was suppressed.


CALPURNIUS, TITUS, Roman bucolic poet, surnamed Siculus from his birthplace or from his imitation of the style of the Sicilian Theocritus, most probably flourished during the reign of Nero. Eleven eclogues have been handed down to us under his name, of which the last four, from metrical considerations and express MS. testimony, are now generally attributed to Nemesianus (q.v.), who lived in the time of the emperor Carus and his sons (latter half of the 3rd century a.d.). Hardly anything is known of the life of Calpurnius; we gather from the poems themselves (in which he is obviously represented by “Corydon”) that he was in poor circumstances and was on the point of emigrating to Spain, when “Meliboeus” came to his aid. Through his influence Calpurnius apparently secured a post at Rome. The time at which Calpurnius lived has been much discussed, but all the indications seem to point to the time of Nero. The emperor is described as a handsome youth, like Mars and Apollo, whose accession marks the beginning of a new golden age, prognosticated by the appearance of a comet, doubtless the same that appeared some time before the death of Claudius; he exhibits splendid games in the amphitheatre (probably the wooden amphitheatre erected by Nero in 57); and in the words

CALPURNIUS, TITUS, Roman pastoral poet, known as Sicilian either because of his birthplace or his imitation of the style of the Sicilian Theocritus, most likely thrived during Nero's reign. Eleven eclogues have been preserved under his name, but the last four, based on metrical analysis and manuscript evidence, are now typically attributed to Nemesianus (q.v.), who lived during the reign of Emperor Carus and his sons in the latter half of the 3rd century AD. Very little is known about Calpurnius's life; however, we learn from the poems (in which he is clearly represented as “Corydon”) that he was struggling financially and was about to emigrate to Spain when “Meliboeus” came to help him. Thanks to his support, Calpurnius seems to have obtained a position in Rome. The era in which Calpurnius lived has been widely debated, but all signs suggest it was during Nero's time. The emperor is depicted as a handsome young man, resembling Mars and Apollo, whose rise signifies the start of a new golden age, foretold by the appearance of a comet, likely the same one that appeared shortly before Claudius's death; he hosts extravagant games in the amphitheater (probably the wooden one built by Nero in 57); and in the words

maternis causam qui vicit Iulis1 (i. 45),

maternis causam qui vicit Iulis1 (i. 45),

there is a reference to the speech delivered in Greek by Nero on behalf of the Ilienses (Suetonius, Nero, 7; Tacitus, Annals, xii. 58), from whom the Julii derived their family.2 Meliboeus, the poet’s patron, has been variously identified with Columella, Seneca the philosopher, and C. Calpurnius Piso. Although the sphere of Meliboeus’s literary activity (as indicated in iv. 53) suits none of these, what is known of Calpurnius Piso fits in well with what is said of Meliboeus by the poet, who speaks of his generosity, his intimacy with the emperor, and his interest in tragic poetry. His claim is further supported by the poem De Laude Pisonis (ed. C.F. Weber, 1859) which has come down to us without the name of the author, but which there is considerable reason for attributing to Calpurnius.3 The poem exhibits a striking similarity with the eclogues in metre, language and subject-matter. The author of the Laus is young, of respectable family and desirous of gaining the favour of Piso as his Maecenas. Further, the similarity between the two names can hardly be accidental; it is suggested that the poet may have been adopted by the courtier, or that he was the son of a freedman of Piso. The attitude of the author of the Laus towards the subject of the panegyric seems to show less intimacy than the relations between Corydon and Meliboeus in the eclogues, and there is internal evidence that the Laus was written during the reign of Claudius (Teuffel-Schwabe, Hist, of Rom. Lit. § 306, 6).

there is a reference to the speech delivered in Greek by Nero on behalf of the Ilienses (Suetonius, Nero, 7; Tacitus, Annals, xii. 58), from whom the Julii derived their family.2 Meliboeus, the poet’s patron, has been variously identified with Columella, Seneca the philosopher, and C. Calpurnius Piso. Although the sphere of Meliboeus’s literary activity (as indicated in iv. 53) suits none of these, what is known of Calpurnius Piso fits in well with what is said of Meliboeus by the poet, who speaks of his generosity, his intimacy with the emperor, and his interest in tragic poetry. His claim is further supported by the poem De Laude Pisonis (ed. C.F. Weber, 1859) which has come down to us without the name of the author, but which there is considerable reason for attributing to Calpurnius.3 The poem exhibits a striking similarity with the eclogues in metre, language and subject-matter. The author of the Laus is young, of respectable family and desirous of gaining the favour of Piso as his Maecenas. Further, the similarity between the two names can hardly be accidental; it is suggested that the poet may have been adopted by the courtier, or that he was the son of a freedman of Piso. The attitude of the author of the Laus towards the subject of the panegyric seems to show less intimacy than the relations between Corydon and Meliboeus in the eclogues, and there is internal evidence that the Laus was written during the reign of Claudius (Teuffel-Schwabe, Hist, of Rom. Lit. § 306, 6).

Mention may here be made of the fragments of two short hexameter poems in an Einsiedeln MS., obviously belonging to the time of Nero, which if not written by Calpurnius, were imitated from him.

Mention may be made of the fragments of two short hexameter poems in an Einsiedeln manuscript, clearly from the time of Nero, which, if not written by Calpurnius, were imitations of his work.

69

69

Although there is nothing original in Calpurnius, he is “a skilful literary craftsman.” Of his models the chief is Virgil, of whom (under the name of Tityrus) he speaks with great enthusiasm; he is also indebted to Ovid and Theocritus. Calpurnius is “a fair scholar, and an apt courtier, and not devoid of real poetical feeling. The bastard style of pastoral cultivated by him, in which the description of nature is made the writer’s pretext, while ingenious flattery is his real purpose, nevertheless excludes genuine pleasure, and consequently genuine poetical achievement. He may be fairly compared to the minor poets of the reign of Anne” (Garnett).

Although there’s nothing original in Calpurnius, he is “a skilled literary craftsman.” His main influence is Virgil, whom he praises enthusiastically under the name Tityrus; he also draws from Ovid and Theocritus. Calpurnius is “a decent scholar, an effective courtier, and not without genuine poetic feeling. The mixed style of pastoral that he develops, where the description of nature serves as a pretext and clever flattery is his true aim, nonetheless lacks authentic enjoyment and, as a result, true poetic achievement. He can be fairly compared to the lesser poets of the reign of Anne” (Garnett).

Calpurnius was first printed in 1471, together with Silius Italicus and has been frequently republished, generally with Gratius Faliscus and Nemesianus. The separate authorship of the eclogues of Calpurnius and Nemesianus was established by M. Haupt’s De Carminibus bucolicis Calpurnii et Nemesiani (1854). Editions by H. Schenkl (1885), with full introduction and index verborum, and by C.H. Keene (1887), with introduction, commentary and appendix. English verse translation by E.J.L. Scott (1891); see H.E. Butler, Post-Augustan Poetry (Oxford, 1909), pp. 150 foil., and F. Skutsch in Pauly-Wissowa’s Realencyclopädie, iii. 1 (1897).

Calpurnius was first published in 1471, along with Silius Italicus, and has been reprinted frequently, usually with Gratius Faliscus and Nemesianus. The separate authorship of the eclogues by Calpurnius and Nemesianus was established by M. Haupt’s De Carminibus bucolicis Calpurnii et Nemesiani (1854). There are editions by H. Schenkl (1885), which includes a full introduction and index verborum, and by C.H. Keene (1887), which features an introduction, commentary, and appendix. An English verse translation was done by E.J.L. Scott (1891); see H.E. Butler, Post-Augustan Poetry (Oxford, 1909), pp. 150 foil., and F. Skutsch in Pauly-Wissowa’s Realencyclopädie, iii. 1 (1897).

(J. H. F.)

1 Iulis for in ulnis according to the best MS. tradition.

1 Iulis for in ulnis according to the best MS. tradition.

2 According to Dr R. Garnett (and Mr Greswell, as stated in Conington’s Virgil, i. p. 123, note) the emperor referred to is the younger Gordian (a.d. 238). His arguments in favour of this will be found in the article on Calpurnius by him in the 9th edition of the Encyclopaedia Britannica and in the Journal of Philology, xvi., 1888; see in answer J.P. Postgate, “The Comet of Calpurnius Siculus” in Classical Review, June 1902. Dean Merivale (Hist. of the Romans under the Empire, ch. 60) and Pompei, “Intorno al Tempo del Poeta Calpurnio” in Atti del Istituto Veneto, v. 6 (1880), identify the amphitheatre with the Colosseum (Flavian amphitheatre) and assign Calpurnius to the reign of Domitian.

2 According to Dr R. Garnett (and Mr Greswell, as stated in Conington’s Virgil, i. p. 123, note) the emperor referred to is the younger Gordian (A.D. 238). His arguments in favour of this will be found in the article on Calpurnius by him in the 9th edition of the Encyclopaedia Britannica and in the Journal of Philology, xvi., 1888; see in answer J.P. Postgate, “The Comet of Calpurnius Siculus” in Classical Review, June 1902. Dean Merivale (Hist. of the Romans under the Empire, ch. 60) and Pompei, “Intorno al Tempo del Poeta Calpurnio” in Atti del Istituto Veneto, v. 6 (1880), identify the amphitheatre with the Colosseum (Flavian amphitheatre) and assign Calpurnius to the reign of Domitian.

3 It has been variously ascribed to Virgil, Ovid, Lucan, Statius and Saleius Bassus.

3 It has been variously ascribed to Virgil, Ovid, Lucan, Statius and Saleius Bassus.


CALTAGIRONE, a city and episcopal see of the province of Catania, Sicily, situated 1999 ft. above sea-level, 36 m. S.W. of Catania direct (55 m. by rail). Pop. (1881) 25,978; (1901) town 35,116; commune 45,956. It is well built, and is said to be the most civilized provincial town in Sicily. Extensive Sicel cemeteries have been explored to the north of the town (Not. Scavi, 1904, 65), and a Greek necropolis of the 6th and 5th centuries b.c. has been found to the south-east (ibid. 132). Remains of buildings of Roman date have also been discovered; but the name of the ancient city which stood here is unknown. The present name is a corruption of the Saracen Kalat-al-Girche (the castle of Girche, the chieftain who fortified it).

CALTAGIRONE, is a city and episcopal see in the province of Catania, Sicily, located 1999 ft. above sea level, 36 m. southwest of Catania directly (55 m. by rail). Population: (1881) 25,978; (1901) town 35,116; commune 45,956. It is well-built and is said to be the most civilized provincial town in Sicily. Extensive Sicel cemeteries have been explored to the north of the town (Not. Scavi, 1904, 65), and a Greek necropolis from the 6th and 5th centuries B.C. has been discovered to the southeast (ibid. 132). Remains of Roman buildings have also been found, but the name of the ancient city that existed here is unknown. The current name is a variation of the Saracen Kalat-al-Girche (the castle of Girche, the chieftain who fortified it).


CALTANISETTA, a town and episcopal see of Sicily, the capital of a province of the same name, 60 m. S.E. of Palermo direct and 83 m. by rail, situated 1930 ft. above sea-level. Pop. (1901) 43,303. The town is of Saracenic origin, as its name Kalat-al-Nisa, the “Ladies’ Castle,” indicates, and some ruins of the old castle (called Pietrarossa) still exist. Otherwise the town contains no buildings of artistic or historical interest, but it commands striking views. It is the centre of the Sicilian sulphur industry and the seat of a royal school of mines. Two miles east is the interesting Norman abbey of S. Spirito.

Caltanissetta, is a town and an episcopal see in Sicily, serving as the capital of a province with the same name, located 60 miles southeast of Palermo directly and 83 miles by rail, at an elevation of 1,930 feet above sea level. Population (1901) was 43,303. The town has Saracenic origins, as indicated by its name Kalat-al-Nisa, meaning “Ladies’ Castle,” and some ruins of the old castle (called Pietrarossa) can still be seen. There aren't any significant artistic or historical buildings in the town, but it offers impressive views. It is the center of the Sicilian sulphur industry and the location of a royal school of mines. Two miles east is the notable Norman abbey of S. Spirito.


CALTROP (from the Mid. Eng. calketrappe, probably derived from the Lat. calx, a heel, and trappa, Late Lat. for a snare), an iron ball, used as an obstacle against cavalry, with four spikes so arranged, that however placed in or on the ground, one spike always points upwards. It is also the botanical name for several species of thistles.

Caltrop (from Middle English calketrappe, likely derived from Latin calx, meaning heel, and trappa, Late Latin for a trap), is an iron ball used as a barrier against cavalry, featuring four spikes arranged in such a way that no matter how it's placed on the ground, one spike always points up. It’s also the botanical name for several species of thistles.


CALUIRE-ET-CUIRE, a town of eastern France, in the department of Rhone, 2½ m. N. by E. of Lyons by rail. Pop. (1906) 9255. It has manufactures of coarse earthenware and hard-ware, copper and bronze foundries and nursery-gardens.

CALUIRE-ET-CUIRE, is a town in eastern France, in the Rhône department, located 2½ miles north-east of Lyon by train. Population (1906) was 9,255. It has factories that produce coarse earthenware and hardware, as well as copper and bronze foundries and nursery gardens.


CALUMET (Norm. Fr. form of chalumet, from Lat. calamus, a reed), the name given by the French in Canada to the “peace-pipe” of the American Indians. This pipe occupied among the tribes a position of peculiar symbolic significance, and was the object of profound veneration. It was smoked on all ceremonial occasions, even on declarations of war, but its special use was at the making of treaties of peace. It was usually about 2½ ft. long, and in the west the bowl was made of red pipes tone (catlinite), a fine-grained, easily-worked stone of a rich red colour found chiefly in the Côteau des Prairies west of Big Stone Lake, Dakota. The quarries were formerly neutral ground among the warring Indian tribes, many sacred traditions being associated with the locality and its product (Longfellow, Hiawatha, i.). The pipe stem was of reed decorated with eagles’ quills or women’s hair. Native tobacco mixed with willow-bark or sumac leaves was smoked. The pipe was offered as a supreme proof of hospitality to distinguished strangers, and its refusal was regarded as a grievous affront. In the east and south-east, the bowl was of white stone, sometimes pierced with several stem holes so that many persons might smoke at once.

CALUMET (Norm. Fr. form of chalumet, from Lat. calamus, a reed), the name the French in Canada used for the “peace-pipe” of the American Indians. This pipe held significant symbolic importance among the tribes and was deeply revered. It was smoked on all ceremonial occasions, even during declarations of war, but was especially used for making peace treaties. It was usually about 2½ feet long, and in the west, the bowl was made of red pipestone (catlinite), a fine-grained, easy-to-work stone of a rich red color found mainly in the Côteau des Prairies west of Big Stone Lake, Dakota. The quarries were once neutral ground among warring Indian tribes, with many sacred traditions linked to the area and its product (Longfellow, Hiawatha, i.). The pipe stem was made of reed and decorated with eagle feathers or women’s hair. Native tobacco mixed with willow bark or sumac leaves was smoked. The pipe was offered as the highest form of hospitality to honored guests, and refusing it was seen as a serious insult. In the east and southeast, the bowl was made of white stone, sometimes with several holes for stems so multiple people could smoke at the same time.

See Joseph D. Macguire (exhaustive report,640 pages), “Pipes and Smoking Customs of the American Aborigines” in Smithsonian Report (American Bureau of Ethnology) for 1897, vol. i.; and authorities quoted in Handbook of American Indians (Washington, 1907).

See Joseph D. Macguire (detailed report, 640 pages), “Pipes and Smoking Customs of the American Aborigines” in Smithsonian Report (American Bureau of Ethnology) for 1897, vol. i.; and sources cited in Handbook of American Indians (Washington, 1907).


CALUMPIT, a town of the province of Bulacán, Luzon, Philippine Islands, at the junction of the Quiñgua river with the Rio Grande de la Pampanga, about 25 m. N.W. of Manila. Pop. (1903) 13,897. It is served by the Manila & Dagupan railway, and the bridge across the Rio Grande is one of the longest in the Philippines. The surrounding country is a fertile plain, producing large quantities of rice, as well as sugar, Indian corn and a variety of fruits. Calumpit has a large rice-mill and one of the largest markets in the Philippines. The bridge, convent and church of the town were fired and completely destroyed by insurgent troops in 1899. The language is Tagalog.

CALUMPIT, is a town in the province of Bulacán, Luzon, Philippine Islands, located at the point where the Quiñgua river meets the Rio Grande de la Pampanga, about 25 miles northwest of Manila. Population (1903) was 13,897. It is accessible via the Manila & Dagupan railway, and the bridge over the Rio Grande is one of the longest in the Philippines. The surrounding area is a fertile plain that produces large amounts of rice, along with sugar, corn, and various fruits. Calumpit features a large rice mill and one of the biggest markets in the Philippines. The bridge, convent, and church in the town were burned and completely destroyed by insurgent troops in 1899. The local language is Tagalog.


CALVADOS, a department of north-western France, formed in 1790 out of Bessin, Cinglais, Hiémois, Bocage, the Campagne de Caen, Auge and the western part of Lieuvin. Pop. (1906) 403,431. Area, 2197 sq. m. It received its name from a ledge of rocks, stretching along the coast for a distance of about 15 m. between the mouths of the rivers Orne and Vire. It is bounded N. by the English Channel, E. by the department of Eure, S. by that of Orne, W. by that of Manche. The Bocage, or south-western part of the department, is elevated, being crossed from south-east to north-west by the hills of Normandy, the highest of which is 1197 ft.; the rest of the surface is gently undulating, and consists of extensive valleys watered by numerous streams which fall into the English Channel. The coast, formed by cliffs, sandy beaches or reefs, is generally inaccessible, except at the mouths of the principal rivers, such as the Touques, the Dives, the Orne and the Vire, which are navigable at high tide for several miles inland. Trouville is the chief of the numerous coast resorts. The climate, though humid and variable, is healthy. The raising of cattle, sheep and horses is the mainstay of the agriculture of the department. Pasture is good and abundant in the east and north-west, and there is a large export trade in the butter, eggs and cheese (Camembert, Livarot, Pont l’Evêque) of these districts, carried on by Honfleur, Isigny and other ports. The plain of Caen is a great centre for horse breeding. Wheat, oats, barley, colza and potatoes are the chief crops. The orchards of Auge and Bessin produce a superior kind of cider, of which upwards of 40,000,000 gallons are made in the department; a large quantity of cider brandy (eau-de-vie de Calvados) is distilled. Poultry to a considerable amount is sent to the Paris markets, and there is a large output of honey and wax. The spinning and weaving of wool and cotton are the chief industries. Besides these, paper-mills, oil-mills, tanneries, saw-mills, shipbuilding yards, rope-works, dye-works, distilleries and bleach-fields, scattered throughout the department, give employment to a number of hands. There are productive iron-mines and building-stone, slate and lime are plentiful. Fisheries, chiefly of lobster, oyster (Courseulles), herring and mackerel, are prosecuted. Coal, timber, grain, salt-fish and cement are among the imports; exports include iron, dairy products and sand. Caen and Honfleur are the most important commercial ports. There is a canal 9 m. in length from Caen to Ouistreham on the coast. The department is served by the Ouest-Êtat railway. It is divided into the six arrondissements (38 cantons, 763 communes) of Caen, Falaise, Bayeux, Vire, Lisieux and Pont l’Evêque. Caen, the capital, is the seat of a court of appeal and the centre of an académie (educational division). The department forms the diocese of Bayeux, in the ecclesiastical province of Rouen, and belongs to the region of the III. army-corps. The other principal towns are Falaise, Lisieux, Condé-sur-Noireau, Vire, Honfleur and Trouville (q.v.).

CALVADOS, is a department in northwestern France, established in 1790 from Bessin, Cinglais, Hiémois, Bocage, the Campagne de Caen, Auge, and the western part of Lieuvin. Its population was 403,431 in 1906, covering an area of 2,197 square miles. The name comes from a ledge of rocks that stretches along the coast for about 15 miles between the mouths of the Orne and Vire rivers. It’s bordered to the north by the English Channel, to the east by the department of Eure, to the south by Orne, and to the west by Manche. The Bocage, or southwestern part of the department, is elevated, crossed from southeast to northwest by Normandy’s hills, the highest reaching 1,197 feet; the rest of the land is gently rolling, with extensive valleys fed by numerous streams that flow into the English Channel. The coast, characterized by cliffs, sandy beaches, or reefs, is mostly inaccessible, except at the mouths of major rivers like the Touques, Dives, Orne, and Vire, which are navigable for several miles inland at high tide. Trouville is the leading seaside resort. The climate, though humid and changeable, is healthy. Cattle, sheep, and horse farming are the backbone of the region's agriculture. Pastureland is rich and plentiful in the east and northwest, leading to significant exports of butter, eggs, and cheese (Camembert, Livarot, Pont l’Evêque) from ports like Honfleur, Isigny, and others. The plain of Caen is a major center for horse breeding. The main crops are wheat, oats, barley, rapeseed, and potatoes. The orchards in Auge and Bessin yield a high-quality cider, with over 40 million gallons produced in the department; a considerable amount of cider brandy (eau-de-vie de Calvados) is also distilled. A significant quantity of poultry is sent to Paris markets, along with a large production of honey and wax. The primary industries include wool and cotton spinning and weaving. In addition, there are various paper mills, oil mills, tanneries, sawmills, shipyards, rope works, dye works, distilleries, and bleach fields throughout the department that provide employment to many. Iron mines are productive, and building stone, slate, and lime are abundant. Fisheries focus mainly on lobster, oysters (Courseulles), herring, and mackerel. The imports consist of coal, timber, grain, salt fish, and cement, while exports include iron, dairy products, and sand. Caen and Honfleur are the main commercial ports. There’s a 9-mile canal linking Caen to Ouistreham on the coast. The department is connected by the Ouest-État railway. It is divided into six arrondissements (38 cantons, 763 communes): Caen, Falaise, Bayeux, Vire, Lisieux, and Pont l’Évêque. Caen, the capital, houses a court of appeal and serves as the center of an académie (educational division). The department falls under the diocese of Bayeux, within the ecclesiastical province of Rouen, and belongs to the III Army Corps region. Other main towns include Falaise, Lisieux, Condé-sur-Noireau, Vire, Honfleur, and Trouville (q.v.).

Amongst the great number of medieval churches which the department possesses, the fine Gothic church of St. Pierre-sur-Dives is second in importance only to those of Lisieux and Bayeux; that of Norrey, a good example of the Norman-Gothic style, and that of Tour-en-Bessin, in which Romanesque and Gothic architecture are mingled, are of great interest. Fontaine-Henri has a fine château of the 15th and 16th centuries.

Among the many medieval churches in the department, the beautiful Gothic church of St. Pierre-sur-Dives is only surpassed in significance by those in Lisieux and Bayeux. The church in Norrey is a great example of the Norman-Gothic style, and the one in Tour-en-Bessin features a mix of Romanesque and Gothic architecture, both of which are very interesting. Fontaine-Henri has an impressive château from the 15th and 16th centuries.


CALVART, DENIS (1540-1619), Flemish painter, was born at Antwerp. After studying landscape-painting for some time in 70 his native city he went to Bologna, where he perfected himself in the anatomy of the human form under Prospero Fontana, and so completely lost the mannerism of Flemish art that his paintings appear to be the work of an Italian. From Bologna he went to Rome, where he assisted Lorenzo Sabbatini (1533-1577) in his works for the papal palace, and devoted much of his time to copying and studying the works of Raphael. He ultimately returned to Bologna and founded a school, of which the greatest ornaments are Guido and Domenichino. His works are especially admired for the power of grouping and colouring which they display.

CALVART, DENIS (1540-1619), Flemish painter, was born in Antwerp. After studying landscape painting for a while in his hometown, he moved to Bologna, where he refined his understanding of human anatomy under Prospero Fontana. He completely shed the mannerisms of Flemish art, making his paintings resemble those of an Italian artist. From Bologna, he traveled to Rome, where he helped Lorenzo Sabbatini (1533-1577) with projects for the papal palace and spent much of his time copying and studying Raphael's works. He eventually returned to Bologna and established a school, notable for producing artists like Guido and Domenichino. His works are particularly praised for their strong grouping and vibrant colors.


CALVARY, the conventional English rendering of the calvaria of the Vulgate, the Latin version of the Greek κράνιον, both meaning “skull” and representing the Hebrew Golgotha, the name given to the scene of Christ’s crucifixion. The term “a Calvary” is applied to a sculptured representation of the Crucifixion, either inside a church, or adjoining one in the open air. There are many examples of the latter in France, Italy and Spain. Among the most important are the Sacro Monte (1486) at Varallo in Piedmont, and those at Guimiliau (1581), Plougastel (1602), St Thegonnec (1610), and Pleyben near Quimper (1670), in Brittany, all in good preservation.

CALVARY, is the standard English translation of the calvaria from the Vulgate, which is the Latin version of the Greek cranium, both meaning “skull” and referring to the Hebrew Golgotha, the name for the place where Christ was crucified. The term “a Calvary” is used for a sculptural depiction of the Crucifixion, found either inside a church or outside in the open air. There are many examples of the latter in France, Italy, and Spain. Some of the most notable include the Sacro Monte (1486) in Varallo, Piedmont, and those at Guimiliau (1581), Plougastel (1602), St Thegonnec (1610), and Pleyben near Quimper (1670) in Brittany, all of which are well-preserved.


CALVÉ EMMA (1864-  ), Spanish operatic soprano, was born at Madrid, and trained in Paris, making her first important appearance in opera at Brussels in 1882. She sang mainly in Paris for some years, but in 1892 was first engaged at Covent Garden, London, and at once became famous as the most vivid Carmen (in Bizet’s opera) of the day.

CALVÉ EMMA (1864-  ), Spanish operatic soprano, was born in Madrid and trained in Paris. She made her first significant appearance in opera in Brussels in 1882. She primarily sang in Paris for several years, but in 1892, she was first hired at Covent Garden in London, quickly becoming famous as the most vibrant Carmen (in Bizet’s opera) of her time.


CALVERLEY, CHARLES STUART (1831-1884), English poet and wit, and the literary father of what may be called the university school of humour, was born at Martley in Worcestershire on the 22nd of December 1831. His father, the Rev. Henry Blayds, resumed in 1852 the old family name of Calverley, which his grandfather had exchanged for Blayds in 1807. It was as Charles Stuart Blayds that most of the son’s university distinctions were attained. He went up to Balliol from Harrow in 1850, and was soon known in Oxford as the most daring and most high-spirited undergraduate of his time. He was a universal favourite, a delightful companion, a brilliant scholar and the playful enemy of all “dons.” In 1851 he won the Chancellor’s prize for Latin verse, and it is said that the entire exercise was written in an afternoon, when his friends had locked him into his rooms, declining to let him out till he had finished what they were confident would prove the prize poem. A year later he took his name off the books, to avoid the consequences of a college escapade, and migrated to Christ’s College, Cambridge. Here he was again successful in Latin verse, and remains the unique example of an undergraduate who has won the Chancellor’s prize at both universities. In 1856 he took second place in the first class in the Classical Tripos. He was elected fellow of Christ’s (1858), published Verses and Translations in 1862, and was called to the bar in 1865. Owing to an accident while skating he was prevented from following up a professional career, and during the last years of his life he was an invalid. His Translations into English and Latin appeared in 1866; his Theocritus translated into English Verse in 1869; Fly Leaves in 1872; and Literary Remains in 1885. He died on the 17th of February 1884. Calverley was one of the most brilliant men of his day; and, had he enjoyed health, might have achieved distinction in any career he chose. Constitutionally indolent, he was endowed with singular gifts in every department of culture; he was a scholar, a musician, an athlete and a brilliant talker. What is left us marks only a small portion of his talent, but his sparkling, dancing verses, which have had many clever imitators, are still without a rival in their own line. His humour was illumined by good nature; his satire was keen but kind; his laughter was of that human sort which is often on the verge of tears. Imbued with the classical spirit, he introduced into the making of light verse the polish and elegance of the great masters, and even in its most whimsical mood his verse is raised to the level of poetry by the saving excellence of style.

CALVERLEY, CHARLES STUART (1831-1884), English poet and wit, and the literary father of what could be called the university school of humor, was born in Martley, Worcestershire, on December 22, 1831. His father, Rev. Henry Blayds, restored the family name of Calverley in 1852, which his grandfather had changed to Blayds in 1807. Most of the son's university achievements were recognized under the name Charles Stuart Blayds. He entered Balliol from Harrow in 1850 and quickly became known at Oxford as the boldest and most spirited undergraduate of his time. He was a universal favorite, a charming companion, a brilliant scholar, and a playful adversary of all “dons.” In 1851, he won the Chancellor’s prize for Latin verse, and it's said that the entire piece was written in one afternoon after his friends locked him in his room, refusing to let him out until he finished what they believed would win the prize. A year later, he withdrew from the college to escape the repercussions of a college prank and moved to Christ’s College, Cambridge. There, he again excelled in Latin verse, making him the only undergraduate to have won the Chancellor’s prize at both universities. In 1856, he placed second in the first class in the Classical Tripos. He was elected fellow of Christ’s (1858), published Verses and Translations in 1862, and was called to the bar in 1865. Due to an accident while skating, he was unable to pursue a professional career, and in his later years, he became an invalid. His Translations into English and Latin was released in 1866; Theocritus Translated into English Verse in 1869; Fly Leaves in 1872; and Literary Remains in 1885. He passed away on February 17, 1884. Calverley was one of the brightest minds of his era, and had he been in good health, he could have excelled in any field he chose. Constitutionally laid-back, he had unique talents in every area of culture; he was a scholar, a musician, an athlete, and a captivating conversationalist. What remains of his work showcases only a small part of his ability, but his sparkling, lively verses, which have inspired many clever imitators, are still unmatched in their genre. His humor was filled with good-natured spirit; his satire was sharp yet gentle; his laughter had that human quality often on the verge of tears. Deeply influenced by the classical spirit, he infused the creation of light verse with the polish and elegance of great masters, and even in its most whimsical moments, his poetry is elevated by its outstanding style.

His Complete Works, with a biographical notice by Sir W.J. Sendall, appeared in 1901.

His Complete Works, with a biography by Sir W.J. Sendall, was published in 1901.

(A. Wa.)

CALVERT, the name of three English artists: Charles (1785-1852), a well-known landscape-painter; Edward (1803-1883), an important wood-engraver and follower of Blake; and Frederick, an excellent topographical draughtsman, whose work in water-colour is represented at the Victoria and Albert Museum, and who published a volume of Picturesque Views in Staffordshire and Shropshire (1830).

CALVERT, refers to three English artists: Charles (1785-1852), a famous landscape painter; Edward (1803-1883), a significant wood engraver and a follower of Blake; and Frederick, a skilled topographical draftsman, whose watercolor works are displayed at the Victoria and Albert Museum, and who released a book titled Picturesque Views in Staffordshire and Shropshire (1830).


CALVERT, FREDERICK CRACE (1819-1873), English chemist, was born in London on the 14th of November 1819. From about 1836 till 1846 he lived in France, where, after a course of study at Paris, he became manager of some chemical works, later acting as assistant to M.E. Chevreul. On his return to England he settled in Manchester as a consulting chemist, and was appointed professor of chemistry at the Royal Institution in that city. Devoting himself almost entirely to industrial chemistry, he gave much attention to the manufacture of coal-tar products, and particularly carbolic acid, for the production of which he established large works in Manchester in 1865. Besides contributing extensively to the English and French scientific journals, he published a work on Dyeing and Calico-Printing. He died in Manchester on the 24th of October 1873.

CALVERT, FREDERICK CRACE (1819-1873), English chemist, was born in London on November 14, 1819. He lived in France from around 1836 to 1846, where, after studying in Paris, he became the manager of some chemical works and later served as M.E. Chevreul's assistant. Upon returning to England, he settled in Manchester as a consulting chemist and was appointed professor of chemistry at the Royal Institution in that city. Focusing almost entirely on industrial chemistry, he paid great attention to the production of coal-tar products, particularly carbolic acid, for which he established large manufacturing facilities in Manchester in 1865. In addition to contributing extensively to English and French scientific journals, he published a work on Dyeing and Calico-Printing. He died in Manchester on October 24, 1873.


CALVERT, SIR HARRY, BART. (c. 1763-1826), British general, was probably born early in 1763 at Hampton, near London. He was educated at Harrow, and at the age of fifteen entered the army. In the following year he served with his regiment in America, being present at the siege of Charleston, and serving through the campaign of Lord Cornwallis which ended with the surrender of Yorktown. From 1781 to 1783 he was a prisoner of war. Returning to England in 1784, he next saw active service in 1793-1794 in the Low Countries, where he was aide-de-camp to the duke of York, and in 1795 was engaged on a confidential mission to Brunswick and Berlin. In 1799, having already served as deputy adjutant general, he was made adjutant general, holding the post till 1818. In this capacity he effected many improvements in the organization and discipline of the service. He greatly improved the administration of the army medical and hospital department, introduced regimental schools, developed the two existing military colleges (since united at Sandhurst), and was largely responsible for the founding of the Duke of York’s school, Chelsea. In recognition of his work as adjutant general he was made a G.C.B. (1815), and, on retiring from office, received a baronetcy (1818). In 1820 he was made governor of Chelsea hospital. He died on the 3rd of September 1826, at Middle Claydon, Buckinghamshire.

CALVERT, SIR HARRY, BART. (c. 1763-1826), British general, was probably born in early 1763 at Hampton, near London. He was educated at Harrow and joined the army at the age of fifteen. The following year, he served with his regiment in America, participating in the siege of Charleston and the campaign led by Lord Cornwallis, which ended with the surrender of Yorktown. From 1781 to 1783, he was a prisoner of war. After returning to England in 1784, he saw active service again in 1793-1794 in the Low Countries, where he was aide-de-camp to the Duke of York. In 1795, he undertook a confidential mission to Brunswick and Berlin. In 1799, after having served as deputy adjutant general, he became adjutant general, holding the position until 1818. In this role, he implemented many improvements in the organization and discipline of the service. He significantly enhanced the administration of the army's medical and hospital departments, introduced regimental schools, developed the two existing military colleges (which later merged at Sandhurst), and played a key role in founding the Duke of York’s school in Chelsea. In recognition of his contributions as adjutant general, he was made a G.C.B. in 1815, and after retiring from office in 1818, he was granted a baronetcy. In 1820, he became the governor of Chelsea hospital. He died on September 3, 1826, in Middle Claydon, Buckinghamshire.


CALVES’ HEAD CLUB, a club established shortly after his death in derision of the memory of Charles I. Its chief meeting was held on the 30th of each January, the anniversary of the king’s execution, when the dishes served were a cod’s head to represent the individual, Charles Stuart; a pike representing tyranny; a boar’s head representing the king preying on his subjects; and calves’ heads representing Charles as king and his adherents. On the table an axe held the place of honour. After the banquet a copy of the king’s Ikon Basilike was burnt, and the toast was “To those worthy patriots who killed the tyrant.” After the Restoration the club met secretly. The first mention of it is in a tract reprinted in the Harleian Miscellany entitled “The Secret History of the Calves’ Head Club.” The club survived till 1734, when the diners were mobbed owing to the popular ill-feeling which their outrages on good taste provoked, and the riot which ensued put a final stop to the meetings.

CALVES' HEAD CLUB, was a club formed shortly after his death to mock the memory of Charles I. Their main gathering took place on January 30th, the anniversary of the king’s execution, where they served a cod's head to symbolize Charles Stuart; a pike to represent tyranny; a boar’s head symbolizing the king preying on his subjects; and calves’ heads to signify Charles as king and his supporters. An axe held a place of honor on the table. After the feast, they burned a copy of the king’s Ikon Basilike, and the toast was “To those worthy patriots who killed the tyrant.” After the Restoration, the club met in secret. The first mention of it appears in a tract reprinted in the Harleian Miscellany called “The Secret History of the Calves’ Head Club.” The club lasted until 1734, when their diners were attacked due to the public outrage over their tasteless antics, and the resulting riot put an end to their meetings.


CALVI, a sea-port in Corsica, capital of an arrondissement in the N.W. of the island, 112 m. N. of Ajaccio by road. Pop. (1906) 1967. It is situated on the Bay of Calvi, in a malarial region, and is the port in Corsica nearest to France, being 109 m. from Antibes; the harbour, however, is exposed to the east and north-east winds. The modern town lies at the foot of a rock, on which stands the old town with its steep rock-paved streets and fortified walls, commanded by the Fort Muzello. Fishing is carried on, and timber, oil, wine, lemons and other sub-tropical fruits are exported to some extent. The most important buildings are the old palace of the Genoese governor, used as barracks, and the church (16th century), with the monument of the Baglioni 71 family, which was intimately associated with the history of the town.

CALVI, is a seaport in Corsica and the capital of an arrondissement in the northwest of the island, located 112 miles north of Ajaccio by road. Population (1906) was 1967. It sits on the Bay of Calvi, in an area prone to malaria, and is the closest port in Corsica to France, being 109 miles from Antibes; however, the harbor is exposed to winds from the east and northeast. The modern town is located at the base of a rock, on which the old town stands with its steep, rocky streets and fortified walls, overseen by Fort Muzello. Fishing is practiced, and timber, oil, wine, lemons, and other subtropical fruits are exported to some extent. The most notable buildings are the old palace of the Genoese governor, which is now used as barracks, and the church (16th century), which houses the monument of the Baglioni 71 family, closely linked to the town's history.

Calvi was founded in the 13th century and in 1278 passed into the hands of the Genoese. From that date it was remarkable for its adherence to their side, especially in 1553 when it repulsed two attacks of the united forces of the French and Turks. In recognition thereof the Genoese senate caused the words Civitas Calvi semper fidelis to be carved on the chief gate of the city, which still preserves the inscription. In 1794 Calvi was captured by the English, but it was retaken by the Corsicans in the following year.

Calvi was founded in the 13th century and became part of the Genoese in 1278. Since then, it was known for its loyalty to them, especially in 1553 when it successfully defended against two attacks by the combined French and Turkish forces. In appreciation of this, the Genoese senate had the words Civitas Calvi semper fidelis carved on the main gate of the city, which still has the inscription today. In 1794, Calvi was captured by the English, but it was reclaimed by the Corsicans the following year.


CALVIN, JOHN (1500-1564), Swiss divine and reformer, was born at Noyon, in Picardy, on the 10th of July 1509. His father, Gérard Cauvin or Calvin,1 was a notary-apostolic and procurator-fiscal for the lordship of Noyon, besides holding certain ecclesiastical offices in connexion with that diocese. The name of his mother was Jeanne le Franc; she was the daughter of an innkeeper at Cambrai, who afterwards came to reside at Noyon. Gérard Cauvin was esteemed as a man of considerable sagacity and prudence, and his wife was a godly and attractive lady. She bore him five sons, of whom John was the second. By a second wife there were two daughters.

CALVIN, JOHN (1500-1564), Swiss divine and reformer, was born at Noyon, in Picardy, on the 10th of July 1509. His father, Gérard Cauvin or Calvin,1 was a notary-apostolic and procurator-fiscal for the lordship of Noyon, besides holding certain ecclesiastical offices in connexion with that diocese. The name of his mother was Jeanne le Franc; she was the daughter of an innkeeper at Cambrai, who afterwards came to reside at Noyon. Gérard Cauvin was esteemed as a man of considerable sagacity and prudence, and his wife was a godly and attractive lady. She bore him five sons, of whom John was the second. By a second wife there were two daughters.

Of Calvin’s early years only a few notices remain. His father destined him from the first for an ecclesiastical career, and paid for his education in the household of the noble family of Hangest de Montmor. In May 1521 he was appointed to a chaplaincy attached to the altar of La Gésine in the cathedral of Noyon, and received the tonsure. The actual duties of the office were in such cases carried out by ordained and older men for a fraction of the stipend. The plague having visited Noyon, the young Hangests were sent to Paris in August 1523, and Calvin accompanied them, being enabled to do so by the income received from his benefice. He lived with his uncle and attended as an out-student the Collège de la Marche, at that time under the regency of Mathurin Cordier, a man of character, learning and repute as a teacher, who in later days followed his pupil to Switzerland, taught at Neuchâtel, and died in Geneva in 1564. In dedicating to him his Commentary on the First Epistle to the Thessalonians, as “eximiae pietatis et doctrinae viro,” he declares that so had he been aided by his instruction that whatever subsequent progress he had made he only regarded as received from him, and “this,” he adds, “I wish to testify to posterity that if any utility accrue to any from my writings they may acknowledge it as having in part flowed from thee.” From the Collège de la Marche he removed to the Collège de Montaigu,2 where the atmosphere was more ecclesiastical and where he had for instructor a Spaniard who is described as a man of learning and to whom Calvin was indebted for some sound training in dialectics and the scholastic philosophy. He speedily outstripped all his competitors in grammatical studies, and by his skill and acumen as a student of philosophy, and in the college disputations gave fruitful promise of that consummate excellence as a reasoner in the department of speculative truth which he afterwards displayed. Among his friends were the Hangests (especially Claude), Nicolas and Michel Cop, sons of the king’s Swiss physician, and his own kinsman Pierre Robert, better known as Olivétan. Such friendships testify both to the worth and the attractiveness of his character, and contradict the old legend that he was an unsociable misanthrope. Pleased with his success, the canons at Noyon gave him the curacy of St Martin de Marteville in September 1527. After holding this preferment for nearly two years, he exchanged it in July 1529 for the cure of Pont L’Évêque, a village near to Noyon, and the place to which his father originally belonged. He appears to have been not a little elated by his early promotion, and although not ordained, he preached several sermons to the people. But though the career of ecclesiastical preferment was thus early opened to him, Calvin was destined not to become a priest. A change came over the mind both of his father and himself respecting his future career. Gérard Cauvin began to suspect that he had not chosen the most lucrative profession for his son, and that the law offered to a youth of his talents and industry a more promising sphere.3 He was also now out of favour with the cathedral chapter at Noyon. It is said also that John himself, on the advice of his relative, Pierre Robert Olivétan, the first translator of the Bible into French, had begun to study the Scriptures and to dissent from the Roman worship. At any rate he readily complied with his father’s suggestion, and removed from Paris to Orleans (March 1528) in order to study law under Pierre Taisan de l’Etoile, the most distinguished jurisconsult of his day. The university atmosphere here was less ascetic than at Paris, but Calvin’s ardour knew no slackening, and such was his progress in legal knowledge that he was frequently called upon to lecture, in the absence of one or other of the regular staff. Other studies, however, besides those of law occupied him while in this city, and moved by the humanistic spirit of the age he eagerly developed his classical knowledge. “By protracted vigils,” says Beza, “he secured indeed a solid erudition and an excellent memory; but it is probable he at the same time sowed the seeds of that disease (dyspepsia) which occasioned him various illnesses in after life, and at last brought upon him premature death.”4 His friends here were Melchior Wolmar, a German schoolmaster and a man of exemplary scholarship and character, François Daniel, Francois de Connam and Nicolas Duchemin; to these his earliest letters were written.

Of Calvin’s early years only a few notices remain. His father destined him from the first for an ecclesiastical career, and paid for his education in the household of the noble family of Hangest de Montmor. In May 1521 he was appointed to a chaplaincy attached to the altar of La Gésine in the cathedral of Noyon, and received the tonsure. The actual duties of the office were in such cases carried out by ordained and older men for a fraction of the stipend. The plague having visited Noyon, the young Hangests were sent to Paris in August 1523, and Calvin accompanied them, being enabled to do so by the income received from his benefice. He lived with his uncle and attended as an out-student the Collège de la Marche, at that time under the regency of Mathurin Cordier, a man of character, learning and repute as a teacher, who in later days followed his pupil to Switzerland, taught at Neuchâtel, and died in Geneva in 1564. In dedicating to him his Commentary on the First Epistle to the Thessalonians, as “eximiae pietatis et doctrinae viro,” he declares that so had he been aided by his instruction that whatever subsequent progress he had made he only regarded as received from him, and “this,” he adds, “I wish to testify to posterity that if any utility accrue to any from my writings they may acknowledge it as having in part flowed from thee.” From the Collège de la Marche he removed to the Collège de Montaigu,2 where the atmosphere was more ecclesiastical and where he had for instructor a Spaniard who is described as a man of learning and to whom Calvin was indebted for some sound training in dialectics and the scholastic philosophy. He speedily outstripped all his competitors in grammatical studies, and by his skill and acumen as a student of philosophy, and in the college disputations gave fruitful promise of that consummate excellence as a reasoner in the department of speculative truth which he afterwards displayed. Among his friends were the Hangests (especially Claude), Nicolas and Michel Cop, sons of the king’s Swiss physician, and his own kinsman Pierre Robert, better known as Olivétan. Such friendships testify both to the worth and the attractiveness of his character, and contradict the old legend that he was an unsociable misanthrope. Pleased with his success, the canons at Noyon gave him the curacy of St Martin de Marteville in September 1527. After holding this preferment for nearly two years, he exchanged it in July 1529 for the cure of Pont L’Évêque, a village near to Noyon, and the place to which his father originally belonged. He appears to have been not a little elated by his early promotion, and although not ordained, he preached several sermons to the people. But though the career of ecclesiastical preferment was thus early opened to him, Calvin was destined not to become a priest. A change came over the mind both of his father and himself respecting his future career. Gérard Cauvin began to suspect that he had not chosen the most lucrative profession for his son, and that the law offered to a youth of his talents and industry a more promising sphere.3 He was also now out of favour with the cathedral chapter at Noyon. It is said also that John himself, on the advice of his relative, Pierre Robert Olivétan, the first translator of the Bible into French, had begun to study the Scriptures and to dissent from the Roman worship. At any rate he readily complied with his father’s suggestion, and removed from Paris to Orleans (March 1528) in order to study law under Pierre Taisan de l’Etoile, the most distinguished jurisconsult of his day. The university atmosphere here was less ascetic than at Paris, but Calvin’s ardour knew no slackening, and such was his progress in legal knowledge that he was frequently called upon to lecture, in the absence of one or other of the regular staff. Other studies, however, besides those of law occupied him while in this city, and moved by the humanistic spirit of the age he eagerly developed his classical knowledge. “By protracted vigils,” says Beza, “he secured indeed a solid erudition and an excellent memory; but it is probable he at the same time sowed the seeds of that disease (dyspepsia) which occasioned him various illnesses in after life, and at last brought upon him premature death.”4 His friends here were Melchior Wolmar, a German schoolmaster and a man of exemplary scholarship and character, François Daniel, Francois de Connam and Nicolas Duchemin; to these his earliest letters were written.

From Orleans Calvin went to Bourges in the autumn of 1529 to continue his studies under the brilliant Italian, Andrea Alciati (1492-1550), whom Francis I. had invited into France and settled as a professor of law in that university. His friend Daniel went with him, and Wolmar followed a year later. By Wolmar Calvin was taught Greek, and introduced to the study of the New Testament in the original, a service which he gratefully acknowledges in one of his printed works.5 The conversation of Wolmar may also have been of use to him in his consideration of the doctrines of the Reformation, which were now beginning to be widely diffused through France. Twelve years had elapsed since Luther had published his theses against indulgences—twelve years of intense excitement and anxious discussion, not in Germany only, but in almost all the adjacent countries. In France there had not been as yet any overt revolt against the Church of Rome, but multitudes were in sympathy with any attempt to improve the church by education, by purer morals, by better preaching and by a return to the primitive and uncorrupted faith. Though we cannot with Beza regard Calvin at this time as a centre of Protestant activity, he may well have preached at Lignières as a reformatory Catholic of the school of Erasmus. Calvin’s own record of his “conversion” is so scanty and devoid of chronological data that it is extremely difficult to trace his religious development with any certainty. But it seems probable that at least up to 1532 he was far more concerned about classical scholarship than about religion.

From Orleans Calvin went to Bourges in the autumn of 1529 to continue his studies under the brilliant Italian, Andrea Alciati (1492-1550), whom Francis I. had invited into France and settled as a professor of law in that university. His friend Daniel went with him, and Wolmar followed a year later. By Wolmar Calvin was taught Greek, and introduced to the study of the New Testament in the original, a service which he gratefully acknowledges in one of his printed works.5 The conversation of Wolmar may also have been of use to him in his consideration of the doctrines of the Reformation, which were now beginning to be widely diffused through France. Twelve years had elapsed since Luther had published his theses against indulgences—twelve years of intense excitement and anxious discussion, not in Germany only, but in almost all the adjacent countries. In France there had not been as yet any overt revolt against the Church of Rome, but multitudes were in sympathy with any attempt to improve the church by education, by purer morals, by better preaching and by a return to the primitive and uncorrupted faith. Though we cannot with Beza regard Calvin at this time as a centre of Protestant activity, he may well have preached at Lignières as a reformatory Catholic of the school of Erasmus. Calvin’s own record of his “conversion” is so scanty and devoid of chronological data that it is extremely difficult to trace his religious development with any certainty. But it seems probable that at least up to 1532 he was far more concerned about classical scholarship than about religion.

His residence at Bourges was cut short by the death of his father in May 1531. Immediately after this event he went to Paris, where the “new learning” was now at length ousting the medieval scholasticism from the university. He lodged in the Collège Fortet, reading Greek with Pierre Danès and beginning Hebrew with François Vatable. It was at this time (April 1532) that Calvin issued his first publication, a commentary in Latin on Seneca’s tract De Clementia. This book he published at his own cost, and dedicated to Claude Hangest, abbot of St Éloi, a member of the de Montmor family, with whom Calvin had been 72 brought up. It was formerly thought that Calvin published this work with a view to influence the king to put a stop to the attacks on the Protestants, but there is nothing in the treatise itself or in the commentary to favour this opinion.

His stay in Bourges ended when his father passed away in May 1531. Right after this, he moved to Paris, where the “new learning” was finally replacing medieval scholasticism at the university. He stayed at Collège Fortet, studying Greek with Pierre Danès and starting Hebrew with François Vatable. During this period (April 1532), Calvin released his first publication, a Latin commentary on Seneca’s work De Clementia. He funded the book himself and dedicated it to Claude Hangest, the abbot of St Éloi, who was part of the de Montmor family, with whom Calvin had been raised. It was previously thought that Calvin published this work to persuade the king to stop the assaults on Protestants, but there is nothing in the treatise or the commentary to support this idea.

Soon after the publication of his first book Calvin returned to Orleans, where he stayed for a year, perhaps again reading law, and still undecided as to his life’s work. He visited Noyon in August 1533, and by October of the same year was settled again in Paris. Here and now his destiny became certain. The conservative theology was becoming discredited, and humanists like Jacques Lefèvre of Étaples (Faber Stapulensis) and Gérard Roussel were favoured by the court under the influence of Margaret of Angoulême, queen of Navarre and sister of Francis I. Calvin’s old friend, Nicolas Cop, had just been elected rector of the university and had to deliver an oration according to custom in the church of the Mathurins, on the feast of All Saints. The oration (certainly influenced but hardly composed by Calvin) was in effect a defence of the reformed opinions, especially of the doctrine of justification by faith alone. It is to the period between April 1532 and November 1533, and in particular to the time of his second sojourn at Orleans, that we may most fittingly assign the great change in Calvin which he describes (Praef. ad Psalmos; opera xxxi. 21-24) as his “sudden conversion” and attributes to direct divine agency. It must have been at least after his Commentary on Seneca’s De Clementia that his heart was “so subdued and reduced to docility that in comparison with his zeal for true piety he regarded all other studies with indifference, though not entirely forsaking them. Though himself a beginner, many flocked to him to learn the pure doctrine, and he began to seek some hiding-place and means of withdrawal from people.” This indeed was forced upon him, for Cop’s address was more than the conservative party could bear, and Cop, being summoned to appear before the parlement of Paris, found it necessary, as he failed to secure the support either of the king, or of the university, to make his escape to Basel. An attempt was at the same time made to seize Calvin, but, being forewarned of the design by his friends, he also made his escape. His room in the Collège Fortet, however, was searched, and his books and papers seized, to the imminent peril of some of his friends, whose letters were found in his repositories. He went to Noyon, but, proceedings against him being dropped, soon returned to Paris. But desiring both security and solitude for study he left the city again about New Year of 1534 and became the guest of Louis du Tillet, a canon of the cathedral, at Angoulême, where at the request of his host he prepared some short discourses, which were circulated in the surrounding parishes, and read in public to the people. Here, too in du Tillet’s splendid library, he began the studies which resulted in his great work, the Institutes, and paid a visit to Nérac, where the venerable Lefèvre, whose revised translation of the Bible into French was published about this time, was spending his last years under the kindly care of Margaret of Navarre.

Soon after his first book was published, Calvin returned to Orleans, where he stayed for a year, possibly reading law again and still unsure about his life's work. In August 1533, he visited Noyon, and by October of that same year, he was back in Paris. It was here that his future became clear. The conservative theology was losing its credibility, and humanists like Jacques Lefèvre of Étaples (Faber Stapulensis) and Gérard Roussel were gaining favor with the court, influenced by Margaret of Angoulême, queen of Navarre, and sister of Francis I. Calvin's old friend, Nicolas Cop, had just been elected rector of the university and had to give a customary speech in the church of the Mathurins on All Saints' Day. The speech (which was likely influenced by Calvin but not entirely written by him) essentially defended reformed views, especially the doctrine of justification by faith alone. The period between April 1532 and November 1533, particularly during his second stay in Orleans, is when the significant change in Calvin occurred—what he later described as his “sudden conversion” attributed to direct divine intervention. It must have been after his Commentary on Seneca’s De Clementia that he felt “so humbled and made docile that, compared to his zeal for true piety, he regarded all other studies with indifference, although he didn’t completely abandon them. Despite being a beginner himself, many came to him to learn the pure doctrine, and he began to look for a place to hide and a way to withdraw from people.” This was indeed forced upon him, as Cop's speech was more than the conservative faction could handle. Cop was summoned to appear before the parlement of Paris and, lacking support from the king or the university, had to flee to Basel. At the same time, there was an attempt to arrest Calvin, but he was warned of the plan by friends and managed to escape as well. However, his room in the Collège Fortet was searched, and his books and papers were confiscated, putting some of his friends in danger when their letters were discovered in his belongings. He went to Noyon, but after the charges against him were dropped, he quickly returned to Paris. Wanting both safety and solitude for study, he left the city again around New Year's 1534 and became a guest of Louis du Tillet, a canon of the cathedral in Angoulême, where, at the request of his host, he prepared some short discourses that were distributed in the surrounding parishes and read in public. Here, in du Tillet's impressive library, he began the studies that led to his significant work, the Institutes, and visited Nérac, where the esteemed Lefèvre, whose revised French translation of the Bible was published around this time, was spending his last years under the caring support of Margaret of Navarre.

Calvin was now nearly twenty-five years of age, and in the ordinary way would have been ordained to the priesthood. Up till this time his work for the evangelical cause was not so much that of the public preacher or reformer as that of the retiring but influential scholar and adviser. Now, however, he had to decide whether, like Roussel and other of his friends, he should strive to combine the new doctrines with a position in the old church, or whether he should definitely break away from Rome. His mind was made up, and on the 4th of May he resigned his chaplaincy at Noyon and his rectorship at Pont l’Évêque. Towards the end of the same month he was arrested and suffered two short terms of imprisonment, the charges against him being not strong enough to be pressed. He seems to have gone next to Paris, staying perhaps with Étienne de la Forge, a Protestant merchant who suffered for his faith in February 1535. To this time belongs the story of the proposed meeting between Calvin and the Spanish reformer Servetus. Calvin’s movements at this time are difficult to trace, but he visited both Orleans and Poitiers, and each visit marked a stage in his development.

Calvin was now almost twenty-five years old and, under normal circumstances, would have been ordained as a priest. Until this point, his contributions to the evangelical movement were less about being a public preacher or reformer and more about being a quiet yet influential scholar and advisor. However, he now had to decide whether to seek a way to merge the new doctrines with a role in the old church, like Roussel and some of his friends, or to completely break away from Rome. He made his decision, and on May 4th, he resigned from his chaplaincy at Noyon and his rectorship at Pont l’Évêque. By the end of that month, he was arrested and faced two short stints in jail, though the charges against him were not strong enough to pursue. It seems he then went to Paris, possibly staying with Étienne de la Forge, a Protestant merchant who faced hardships for his beliefs in February 1535. During this time, there are stories of a planned meeting between Calvin and the Spanish reformer Servetus. Calvin's movements during this period are hard to track, but he visited both Orleans and Poitiers, and each visit represented a step in his development.

The Anabaptists of Germany had spread into France, and were disseminating many wild and fanatical opinions among those who had seceded from the Church of Rome. Among other notions which they had imbibed was that of a sleep of the soul after death. To Calvin this notion appeared so pernicious that he composed a treatise in refutation of it, under the title of Psychopannychia. The preface to this treatise is dated Orleans 1534, but it was not printed till 1542. In it he chiefly dwells upon the evidence from Scripture in favour of the belief that the soul retains its intelligent consciousness after its separation from the body—passing by questions of philosophical speculation, as tending on such a subject only to minister to an idle curiosity. At Poitiers Calvin gathered round him a company of cultured and gentle men whom in private intercourse he influenced considerably. Here too in a grotto near the town he for the first time celebrated the communion in the Evangelical Church of France, using a piece of the rock as a table.

The Anabaptists from Germany had spread into France and were sharing a lot of extreme and fanatical ideas with those who had broken away from the Catholic Church. One of the concepts they promoted was the belief in a sleep of the soul after death. To Calvin, this idea seemed so harmful that he wrote a treatise to counter it, titled Psychopannychia. The preface to this work is dated Orleans 1534, but it wasn't published until 1542. In it, he mainly focuses on evidence from Scripture supporting the belief that the soul maintains its conscious awareness after separation from the body, skipping over philosophical questions which he believed only served to satisfy idle curiosity. In Poitiers, Calvin surrounded himself with a group of educated and gentle men whom he significantly influenced during their discussions. It was also here, in a grotto near the town, that he celebrated communion for the first time in the Evangelical Church of France, using a rock as a table.

The year 1534 was thus decisive for Calvin. From this time forward his influence became supreme, and all who had accepted the reformed doctrines in France turned to him for counsel and instruction, attracted not only by his power as a teacher, but still more, perhaps because they saw in him so full a development of the Christian life according to the evangelical model. Renan, no prejudiced judge, pronounces him “the most Christian man of his time,” and attributes to this his success as a reformer. Certain it is that already he had become conspicuous as a prophet of the new religion; his life was in danger, and he was obliged to seek safety in flight. In company with his friend Louis du Tillet, whom he had again gone to Angoulême to visit, he set out for Basel. On their way they were robbed by one of their servants, and it was only by borrowing ten crowns from their other servant that they were enabled to get to Strassburg, and thence to Basel. Here Calvin was welcomed by the band of scholars and theologians who had conspired to make that city the Athens of Switzerland, and especially by Oswald Myconius, the chief pastor, Pierre Viret and Heinrich Bullinger. Under the aupices and guidance of Sebastian Münster, Calvin now gave himself to the study of Hebrew.

The year 1534 was a turning point for Calvin. From this point on, his influence became dominant, and everyone in France who embraced the reformed doctrines looked to him for guidance and teaching. They were drawn not just by his abilities as an educator, but perhaps even more so because they saw in him a complete expression of Christian life based on the evangelical model. Renan, who is an impartial judge, calls him “the most Christian man of his time,” attributing his effectiveness as a reformer to this quality. It is clear that he had already emerged as a significant voice of the new religion; his life was threatened, and he had to flee for safety. Accompanied by his friend Louis du Tillet, whom he had gone to visit in Angoulême, he set off for Basel. On their journey, they were robbed by one of their servants, and only by borrowing ten crowns from their other servant were they able to reach Strassburg, and then continue to Basel. There, Calvin was welcomed by a group of scholars and theologians who aimed to make the city a center of learning in Switzerland, especially by Oswald Myconius, the chief pastor, Pierre Viret, and Heinrich Bullinger. Under the guidance of Sebastian Münster, Calvin then devoted himself to studying Hebrew.

Francis I., desirous to continue the suppression of the Protestants but anxious, because of his strife with Charles V., not to break with the Protestant princes of Germany, instructed his ambassador to assure these princes that it was only against Anabaptists, and other parties who called in question all civil magistracy, that his severities were exercised. Calvin, indignant at the calumny which was thus cast upon the reformed party in France, hastily prepared for the press his Institutes of the Christian Religion, which he published “first that I might vindicate from unjust affront my brethren whose death was precious in the sight of the Lord, and, next, that some sorrow and anxiety should move foreign peoples, since the same sufferings threatened many.” The work was dedicated to the king, and Calvin says he wrote it in Latin that it might find access to the learned in all lands.6 Soon after it appeared he set about translating it into French, as he himself attests in a letter dated October 1536. This sets at rest a question, at one time much agitated, whether the book appeared first in French or in Latin. The earliest French edition known is that of 1540, and this was after the work had been much enlarged, and several Latin editions had appeared. In its first form the work consisted of only six chapters, and was intended merely as a brief manual of Christian doctrine. The chapters follow a traditional scheme of religious teaching: (1) The Law, (as in the Ten Words), (2) Faith (as in the Apostles’ Creed) (3) Prayer, (4) the Sacraments; to these were added (5) False Sacraments, (6) Christian liberty, ecclesiastical power and civil administration. The closing chapters of the work are more polemical than the earlier ones. His indebtedness to Luther is of course great, but his spiritual kinship with Martin Bucer of 73 Strassburg is even more marked. Something also he owed to Scotus and other medieval schoolmen. The book appeared anonymously, the author having, as he himself says, nothing in view beyond furnishing a statement of the faith of the persecuted Protestants, whom he saw cruelly cut to pieces by impious and perfidious court parasites.7 In this work, though produced when the author was only twenty-six years of age, we find a complete outline of the Calvinist theological system. In none of the later editions, nor in any of his later works do we find reason to believe that he ever changed his views on any essential point from what they were at the period of its first publication. Such an instance of maturity of mind and of opinion at so early an age would be remarkable under any circumstances; but in Calvin’s case it is rendered peculiarly so by the shortness of the time which had elapsed since he gave himself to theological studies. It may be doubted also if the history of literature presents us with another instance of a book written at so early an age, which has exercised such a prodigious influence upon the opinions and practices both of contemporaries and of posterity.

Francis I., desirous to continue the suppression of the Protestants but anxious, because of his strife with Charles V., not to break with the Protestant princes of Germany, instructed his ambassador to assure these princes that it was only against Anabaptists, and other parties who called in question all civil magistracy, that his severities were exercised. Calvin, indignant at the calumny which was thus cast upon the reformed party in France, hastily prepared for the press his Institutes of the Christian Religion, which he published “first that I might vindicate from unjust affront my brethren whose death was precious in the sight of the Lord, and, next, that some sorrow and anxiety should move foreign peoples, since the same sufferings threatened many.” The work was dedicated to the king, and Calvin says he wrote it in Latin that it might find access to the learned in all lands.6 Soon after it appeared he set about translating it into French, as he himself attests in a letter dated October 1536. This sets at rest a question, at one time much agitated, whether the book appeared first in French or in Latin. The earliest French edition known is that of 1540, and this was after the work had been much enlarged, and several Latin editions had appeared. In its first form the work consisted of only six chapters, and was intended merely as a brief manual of Christian doctrine. The chapters follow a traditional scheme of religious teaching: (1) The Law, (as in the Ten Words), (2) Faith (as in the Apostles’ Creed) (3) Prayer, (4) the Sacraments; to these were added (5) False Sacraments, (6) Christian liberty, ecclesiastical power and civil administration. The closing chapters of the work are more polemical than the earlier ones. His indebtedness to Luther is of course great, but his spiritual kinship with Martin Bucer of 73 Strassburg is even more marked. Something also he owed to Scotus and other medieval schoolmen. The book appeared anonymously, the author having, as he himself says, nothing in view beyond furnishing a statement of the faith of the persecuted Protestants, whom he saw cruelly cut to pieces by impious and perfidious court parasites.7 In this work, though produced when the author was only twenty-six years of age, we find a complete outline of the Calvinist theological system. In none of the later editions, nor in any of his later works do we find reason to believe that he ever changed his views on any essential point from what they were at the period of its first publication. Such an instance of maturity of mind and of opinion at so early an age would be remarkable under any circumstances; but in Calvin’s case it is rendered peculiarly so by the shortness of the time which had elapsed since he gave himself to theological studies. It may be doubted also if the history of literature presents us with another instance of a book written at so early an age, which has exercised such a prodigious influence upon the opinions and practices both of contemporaries and of posterity.

After a short visit (April 1536) to the court of Renée, duchess of Ferrara (cousin to Margaret of Navarre), which at that time afforded an asylum to several learned and pious fugitives from persecution, Calvin returned through Basel to France to arrange his affairs before finally taking farewell of his native country. His intention was to settle at Strassburg or Basel, and to devote himself to study. But being unable, in consequence of the war between Francis I. and Charles V., to reach Strassburg by the ordinary route, he with his younger brother Antoine and his half-sister Marie journeyed to Lyons and so to Geneva, making for Basel. In Geneva his progress was arrested, and his resolution to pursue the quiet path of studious research was dispelled by what he calls the “formidable obtestation” of Guillaume Farel.8 After many struggles and no small suffering, this energetic spirit had succeeded in planting the evangelical standard at Geneva; and anxious to secure the aid of such a man as Calvin, he entreated him on his arrival to relinquish his design of going farther, and to devote himself to the work in that city. Calvin at first declined, alleging as an excuse his need of securing more time for personal improvement, but ultimately, believing that he was divinely called to this task and that “God had stretched forth His hand upon me from on high to arrest me,” he consented to remain at Geneva. He hurried to Basel, transacted some business, and returned to Geneva in August 1536. He at once began to expound the epistles of St Paul in the church of St Pierre, and after about a year was also elected preacher by the magistrates with the consent of the people, an office which he would not accept until it had been repeatedly pressed upon him. His services seem to have been rendered for some time gratuitously, for in February 1537 there is an entry in the city registers to the effect that six crowns had been voted to him, “since he has as yet hardly received anything.”

After a short visit (April 1536) to the court of Renée, duchess of Ferrara (cousin to Margaret of Navarre), which at that time afforded an asylum to several learned and pious fugitives from persecution, Calvin returned through Basel to France to arrange his affairs before finally taking farewell of his native country. His intention was to settle at Strassburg or Basel, and to devote himself to study. But being unable, in consequence of the war between Francis I. and Charles V., to reach Strassburg by the ordinary route, he with his younger brother Antoine and his half-sister Marie journeyed to Lyons and so to Geneva, making for Basel. In Geneva his progress was arrested, and his resolution to pursue the quiet path of studious research was dispelled by what he calls the “formidable obtestation” of Guillaume Farel.8 After many struggles and no small suffering, this energetic spirit had succeeded in planting the evangelical standard at Geneva; and anxious to secure the aid of such a man as Calvin, he entreated him on his arrival to relinquish his design of going farther, and to devote himself to the work in that city. Calvin at first declined, alleging as an excuse his need of securing more time for personal improvement, but ultimately, believing that he was divinely called to this task and that “God had stretched forth His hand upon me from on high to arrest me,” he consented to remain at Geneva. He hurried to Basel, transacted some business, and returned to Geneva in August 1536. He at once began to expound the epistles of St Paul in the church of St Pierre, and after about a year was also elected preacher by the magistrates with the consent of the people, an office which he would not accept until it had been repeatedly pressed upon him. His services seem to have been rendered for some time gratuitously, for in February 1537 there is an entry in the city registers to the effect that six crowns had been voted to him, “since he has as yet hardly received anything.”

Calvin was in his twenty-eighth year when he was thus constrained to settle at Geneva; and in this city the rest of his life, with the exception of a brief interval, was spent. The post to which he was thus called was not an easy one. Though the people of Geneva had cast off the obedience of Rome, it was largely a political revolt against the duke of Savoy, and they were still (says Beza) “but very imperfectly enlightened in divine knowledge; they had as yet hardly emerged from the filth of the papacy.”9 This laid them open to the incursions of those fanatical teachers, whom the excitement attendant upon the Reformation had called forth, and who hung mischievously upon the rear of the reforming body. To obviate the evils thence resulting, Calvin, in union with Farel, drew up a condensed statement of Christian doctrine consisting of twenty-one articles. This the citizens were summoned, in parties of ten each, to profess and swear to as the confession of their faith—a process which, though not in accordance with modern notions of the best way of establishing men in the faith, was gone through, Calvin tells us, “with much satisfaction.” As the people took this oath in the capacity of citizens, we may see here the basis laid for that theocratic system which subsequently became peculiarly characteristic of the Genevan polity. Deeply convinced of the importance of education for the young, Calvin and his coadjutors were solicitous to establish schools throughout the city, and to enforce on parents the sending of their children to them; and as he had no faith in education apart from religious training, he drew up a catechism of Christian doctrine which the children had to learn whilst they were receiving secular instruction. Of the troubles which arose from fanatical teachers, the chief proceeded from the efforts of the Anabaptists; a public disputation was held on the 16th and 17th of March 1537, and so excited the populace that the Council of Two Hundred stopped it, declared the Anabaptists vanquished and drove them from the city. About the same time also, the peace of Calvin and his friends was much disturbed and their work interrupted by Pierre Caroli, another native of northern France, who, though a man of loose principle and belief, had been appointed chief pastor at Lausanne and was discrediting the good work done by Pierre Viret in that city. Calvin went to Viret’s aid and brought Caroli before the commissioners of Bern on a charge of advocating prayers for the dead as a means of their earlier resurrection. Caroli brought a counter-charge against the Geneva divines of Sabellianism and Arianism, because they would not enforce the Athanasian creed, and had not used the words “Trinity” and “Person” in the confession they had drawn up. It was a struggle between the thoroughgoing humanistic reformer who drew his creed solely from the “word of God” and the merely semi-Protestant reformer who looked on the old creed as a priceless heritage. In a synod held at Bern the matter was fully discussed, when a verdict was given in favour of the Geneva divines, and Caroli deposed from his office and banished. He returned to France, rejoined the Roman communion and spent the rest of his life in passing to and from the old faith and the new. Thus ended an affair which seems to have occasioned Calvin much more uneasiness than the character of his assailant, and the manifest falsehood of the charge brought against him, would seem to justify. Two brief anti-Romanist tracts, one entitled De fugiendis impiorum sacris, the other De sacerdotio papali abjiciendo, were also published early in this year.

Calvin was in his twenty-eighth year when he was thus constrained to settle at Geneva; and in this city the rest of his life, with the exception of a brief interval, was spent. The post to which he was thus called was not an easy one. Though the people of Geneva had cast off the obedience of Rome, it was largely a political revolt against the duke of Savoy, and they were still (says Beza) “but very imperfectly enlightened in divine knowledge; they had as yet hardly emerged from the filth of the papacy.”9 This laid them open to the incursions of those fanatical teachers, whom the excitement attendant upon the Reformation had called forth, and who hung mischievously upon the rear of the reforming body. To obviate the evils thence resulting, Calvin, in union with Farel, drew up a condensed statement of Christian doctrine consisting of twenty-one articles. This the citizens were summoned, in parties of ten each, to profess and swear to as the confession of their faith—a process which, though not in accordance with modern notions of the best way of establishing men in the faith, was gone through, Calvin tells us, “with much satisfaction.” As the people took this oath in the capacity of citizens, we may see here the basis laid for that theocratic system which subsequently became peculiarly characteristic of the Genevan polity. Deeply convinced of the importance of education for the young, Calvin and his coadjutors were solicitous to establish schools throughout the city, and to enforce on parents the sending of their children to them; and as he had no faith in education apart from religious training, he drew up a catechism of Christian doctrine which the children had to learn whilst they were receiving secular instruction. Of the troubles which arose from fanatical teachers, the chief proceeded from the efforts of the Anabaptists; a public disputation was held on the 16th and 17th of March 1537, and so excited the populace that the Council of Two Hundred stopped it, declared the Anabaptists vanquished and drove them from the city. About the same time also, the peace of Calvin and his friends was much disturbed and their work interrupted by Pierre Caroli, another native of northern France, who, though a man of loose principle and belief, had been appointed chief pastor at Lausanne and was discrediting the good work done by Pierre Viret in that city. Calvin went to Viret’s aid and brought Caroli before the commissioners of Bern on a charge of advocating prayers for the dead as a means of their earlier resurrection. Caroli brought a counter-charge against the Geneva divines of Sabellianism and Arianism, because they would not enforce the Athanasian creed, and had not used the words “Trinity” and “Person” in the confession they had drawn up. It was a struggle between the thoroughgoing humanistic reformer who drew his creed solely from the “word of God” and the merely semi-Protestant reformer who looked on the old creed as a priceless heritage. In a synod held at Bern the matter was fully discussed, when a verdict was given in favour of the Geneva divines, and Caroli deposed from his office and banished. He returned to France, rejoined the Roman communion and spent the rest of his life in passing to and from the old faith and the new. Thus ended an affair which seems to have occasioned Calvin much more uneasiness than the character of his assailant, and the manifest falsehood of the charge brought against him, would seem to justify. Two brief anti-Romanist tracts, one entitled De fugiendis impiorum sacris, the other De sacerdotio papali abjiciendo, were also published early in this year.

Hardly was the affair of Caroli settled, when new and severer trials came upon the Genevan Reformers. The austere simplicity of the ritual which Farel had introduced, and to which Calvin had conformed; the strictness with which the ministers sought to enforce not only the laws of morality, but certain sumptuary regulations respecting the dress and mode of living of the citizens; and their determination in spiritual matters and ecclesiastical ceremonies not to submit to the least dictation from the civil power, led to violent dissensions. Amidst much party strife Calvin perhaps showed more youthful impetuosity than experienced skill. He and his colleagues refused to administer the sacrament in the Bernese form, i.e. with unleavened bread, and on Easter Sunday, 1538, declined to do so at all because of the popular tumult. For this they were banished from the city. They went first to Bern, and soon after to Zürich, where a synod of the Swiss pastors had been convened. Before this assembly they pleaded their cause, and stated what were the points on which they were prepared to insist as needful for the proper discipline of the church. They declared that they would yield in the matter of ceremonies so far as to employ unleavened bread in the eucharist, to use fonts in baptism, and to allow festival days, provided the people might pursue their ordinary avocations after public service. These Calvin regarded as matters of indifference, provided the magistrates did not make them of importance, by seeking to enforce them; and he was the more willing to concede them, because he hoped thereby to meet the wishes of the Bernese brethren whose ritual was less simple than that established by Farel at Geneva. But he and his colleagues insisted, on the other hand that for the proper maintenance of discipline, there should be a division of parishes—that excommunications should be permitted, and should be under the power of elders chosen by the council, in 74 conjunction with the clergy—that order should be observed in the admission of preachers—and that only the clergy should officiate in ordination by the laying on of hands. It was proposed also, as conducive to the welfare of the church, that the sacrament of the Lord’s Supper should be administered more frequently, at least once every month, and that congregational singing of psalms should be practised in the churches. On these terms the synod interceded with the Genevese to restore their pastors; but through the opposition of some of the Bernese (especially Peter Kuntz, the pastor of that city) this was frustrated, and a second edict of banishment was the only response.

As soon as the situation with Caroli was resolved, new and tougher challenges arose for the Genevan Reformers. The strict simplicity of the rituals that Farel had introduced, which Calvin had followed, the way the ministers enforced not only moral laws but also specific rules about citizens' dress and lifestyle, and their determination not to take any orders from civil authorities regarding spiritual matters and church ceremonies led to major conflicts. Amidst considerable factional struggle, Calvin displayed more youthful impulsiveness than seasoned skill. He and his colleagues refused to use the Bernese form for administering the sacrament, meaning with unleavened bread, and on Easter Sunday in 1538, they chose not to proceed at all due to the public unrest. As a result, they were expelled from the city. They first went to Bern and then to Zürich, where a gathering of Swiss pastors had been convened. At this assembly, they presented their case and outlined the points they believed were necessary for proper church discipline. They stated they would compromise on ceremony matters enough to use unleavened bread in the Eucharist, use baptismal fonts, and recognize festival days, as long as the people could continue their usual activities after public services. Calvin viewed these as non-essential issues, provided the authorities didn't make them significant by enforcing them, and he was more inclined to agree because he hoped to align with the preferences of the Bernese, whose rituals were less simple than those established by Farel in Geneva. However, he and his colleagues insisted on the need for a division of parishes to maintain proper discipline, that excommunications should be allowed and managed by elders selected by the council alongside the clergy, that order should be upheld in admitting preachers, and that only clergy should preside over ordinations through the laying on of hands. It was also suggested that the Lord's Supper should be administered more often, at least once a month, and that congregational singing of psalms should be practiced in churches. Based on these terms, the synod intervened to have their pastors reinstated in Geneva, but due to opposition from some Bernese (particularly Peter Kuntz, the city pastor), this effort failed, leading to a second decree of banishment.

Calvin and Farel betook themselves, under these circumstances, to Basel, where they soon after separated, Farel to go to Neuchâtel and Calvin to Strassburg. At the latter place Calvin resided till the autumn of 1541, occupying himself partly in literary exertions, partly as a preacher and especially an organizer in the French church, and partly as a lecturer on theology. These years were not the least valuable in his experience. In 1539 he attended Charles V.’s conference on Christian reunion at Frankfort as the companion of Bucer, and in the following year he appeared at Hagenau and Worms, as the delegate from the city of Strassburg. He was present also at the diet at Regensburg, where he deepened his acquaintance with Melanchthon, and formed with him a friendship which lasted through life. He also did something to relieve the persecuted Protestants of France. It is to this period of his life that we owe a revised and enlarged form of his Institutes, his Commentary on the Epistle to the Romans, and his Tract on the Lord’s Supper. Notwithstanding his manifold engagements, he found time to attend to the tenderer affections; for it was during his residence at Strassburg that he married, in August 1540, Idelette de Bure, the widow of one Jean Stordeur of Liége, whom he had converted from Anabaptism. In her Calvin found, to use his own words, “the excellent companion of his life,” a “precious help” to him amid his manifold labours and frequent infirmities. She died in 1549, to the great grief of her husband, who never ceased to mourn her loss. Their only child Jacques, born on the 28th of July 1542, lived only a few days.

Calvin and Farel made their way to Basel under these circumstances, where they soon parted ways, with Farel heading to Neuchâtel and Calvin going to Strassburg. Calvin lived there until autumn 1541, engaging in literary work, preaching, organizing within the French church, and lecturing on theology. These years were incredibly valuable for his growth. In 1539, he joined Bucer at Charles V’s conference on Christian unity in Frankfurt, and the following year he represented Strassburg at the meetings in Hagenau and Worms. He also attended the diet in Regensburg, where he deepened his friendship with Melanchthon, a bond that lasted a lifetime. He did his part to support the persecuted Protestants in France. It was during this time that we got a revised and expanded version of his Institutes, his Commentary on the Epistle to the Romans, and his Tract on the Lord’s Supper. Despite his many commitments, he found time for personal relationships, marrying Idelette de Bure in August 1540, a widow of one Jean Stordeur from Liège, whom he had brought out of Anabaptism. In her, Calvin found what he described as “the excellent companion of his life,” a “precious help” amidst his numerous challenges and health issues. She passed away in 1549, leaving him heartbroken, and he never stopped grieving her loss. Their only child, Jacques, born on July 28, 1542, lived just a few days.

During Calvin’s absence disorder and irreligion had prevailed in Geneva. An attempt was made by Cardinal Jacopo Sadoleto (1477-1547), bishop of Carpentras, to take advantage of this so as to restore the papal supremacy in that district; but this design Calvin, at the request of the Bernese authorities, who had been consulted by those of Geneva, completely frustrated, by writing such a reply to the letter which the bishop had addressed to the Genevese, as constrained him to desist from all further efforts. The letter had more than a local or temporary reference. It was a popular yet thoroughgoing defence of the whole Protestant position, perhaps the best apologia for the Reformation that was ever written. He seems also to have kept up his connexion with Geneva by addressing letters of counsel and comfort to the faithful there who continued to regard him with affection. It was whilst he was still at Strassburg that there appeared at Geneva a translation of the Bible into French, bearing Calvin’s name, but in reality only revised and corrected by him from the version of Olivétan. Meanwhile the way was opening for his return. Those who had driven him from the city gradually lost power and office. Farel worked unceasingly for his recall. After much hesitation, for Strassburg had strong claims, he yielded and returned to Geneva, where he was received with the utmost enthusiasm (September 13, 1541). He entered upon his work with a firm determination to carry out those reforms which he had originally purposed, and to set up in all its integrity that form of church polity which he had carefully matured during his residence at Strassburg. He now became the sole directive spirit in the church at Geneva. Farel was retained by the Neuchâtelois, and Viret, soon after Calvin’s return, removed to Lausanne. His duties were thus rendered exceedingly onerous, and his labour became excessive. Besides preaching every day in each alternate week, he taught theology three days in the week, attended weekly meetings of his consistory, read the Scriptures once a week in the congregation, carried on an extensive correspondence on a multiplicity of subjects, prepared commentaries on the books of Scripture, and was engaged repeatedly in controversy with the opponents of his opinions. “I have not time,” he writes to a friend, “to look out of my house at the blessed sun, and if things continue thus I shall forget what sort of appearance it has. When I have settled my usual business, I have so many letters to write, so many questions to answer, that many a night is spent without any offering of sleep being brought to nature.”

During Calvin's absence, disorder and irreligion took hold in Geneva. Cardinal Jacopo Sadoleto (1477-1547), the bishop of Carpentras, tried to capitalize on this situation to restore papal authority in the area. However, Calvin thwarted this plan at the request of the Bernese authorities, who had been consulted by the leaders of Geneva, by writing a response to the bishop's letter to the Genevans that forced him to stop all further attempts. This letter wasn’t just relevant to the local context; it was a popular yet comprehensive defense of the entire Protestant stance, arguably the best defense of the Reformation ever written. He also maintained his connection to Geneva by sending letters of guidance and support to the faithful there, who continued to regard him warmly. While he was still in Strassburg, a French translation of the Bible appeared in Geneva, credited to Calvin, but in reality, it was only revised and corrected by him from Olivétan's version. Meanwhile, the way was clearing for his return. Those who had ousted him from the city gradually lost power and influence. Farel worked tirelessly for his reinstatement. After considerable hesitation, given that Strassburg had strong claims on him, he finally agreed and returned to Geneva, where he was welcomed with great enthusiasm (September 13, 1541). He approached his work with a strong determination to implement the reforms he had originally planned and to establish the form of church governance he had carefully developed during his time in Strassburg. He became the primary leader of the church in Geneva. Farel remained with the Neuchâtelois, and Viret soon moved to Lausanne shortly after Calvin's return. His responsibilities became incredibly burdensome, and his workload was excessive. In addition to preaching daily every other week, he taught theology three days a week, attended weekly meetings of his consistory, read the Scriptures to the congregation once a week, maintained extensive correspondence on various topics, prepared commentaries on the biblical texts, and often engaged in debates with his critics. "I have no time," he wrote to a friend, "to step outside my house and see the blessed sun, and if things keep going like this, I’ll forget what it looks like. After I handle my usual tasks, I have so many letters to write and so many questions to answer that I often spend many nights without getting any sleep."

It is only necessary here to sketch the leading events of Calvin’s life after his return to Geneva. He recodified the Genevan laws and constitution, and was the leading spirit in the negotiations with Bern that issued in the treaty of February 1544. Of the controversies in which he embarked, one of the most important was that in which he defended his doctrine concerning predestination and election. His first antagonist on this head was Albert Pighius, a Romanist, who, resuming the controversy between Erasmus and Luther on the freedom of the will, violently attacked Calvin for the views he had expressed on that subject. Calvin replied to him in a work published in 1543, in which he defends his own opinions at length, both by general reasonings and by an appeal to both Scripture and the Fathers, especially Augustine. So potent were his reasonings that Pighius, though owing nothing to the gentleness or courtesy of Calvin, was led to embrace his views. A still more vexatious and protracted controversy on the same subject arose in 1551. Jerome Hermes Bolsec, a Carmelite friar, having renounced Romanism, had fled from France to Veigy, a village near Geneva, where he practised as a physician. Being a zealous opponent of predestinarian views, he expressed his criticisms of Calvin’s teaching on the subject in one of the public conferences held each Friday. Calvin replied with much vehemence, and brought the matter before the civil authorities. The council were at a loss which course to take; not that they doubted which of the disputants was right, for they all held by the views of Calvin, but they were unable to determine to what extent and in which way Bolsec should be punished for his heresy. The question was submitted to the churches at Basel, Bern, Zürich and Neuchâtel, but they also, to Calvin’s disappointment, were divided in their judgment, some counselling severity, others gentle measures. In the end Bolsec was banished from Geneva; he ultimately rejoined the Roman communion and in 1577 avenged himself by a particularly slanderous biography of Calvin. Another painful controversy was that with Sébastien Castellio (1515-1563), a teacher in the Genevan school and a scholar of real distinction. He wished to enter the preaching ministry but was excluded by Calvin’s influence because he had criticized the inspiration of the Song of Solomon and the Genevan interpretation of the clause “he descended into hell.” The bitterness thus aroused developed into life-long enmity. During all this time also the less strict party in the city and in the council did not cease to harry the reformer.

It’s only necessary to outline the key events of Calvin’s life after he returned to Geneva. He rewrote the laws and constitution of Geneva and played a central role in the negotiations with Bern that led to the treaty of February 1544. Among the controversies he became involved in, one of the most significant was the defense of his doctrine on predestination and election. His first opponent in this matter was Albert Pighius, a Romanist, who reignited the debate between Erasmus and Luther on free will and aggressively criticized Calvin for his views on the topic. Calvin responded with a work published in 1543, where he defended his opinions thoroughly, using both general reasoning and references to Scripture and the Church Fathers, especially Augustine. His arguments were so compelling that Pighius, despite finding nothing gentle or courteous in Calvin’s approach, was swayed to adopt his views. A more challenging and lengthy controversy on the same subject emerged in 1551. Jerome Hermes Bolsec, a Carmelite friar who had rejected Romanism, fled from France to Veigy, a village near Geneva, where he worked as a physician. Being a staunch opponent of predestination, he voiced his criticisms of Calvin’s teachings during public conferences held every Friday. Calvin responded with a lot of intensity and brought the issue to the civil authorities. The council was unsure of how to proceed; they didn’t question which side was correct, as they all supported Calvin’s views, but they struggled to determine how severely Bolsec should be punished for his heresy. The matter was referred to the churches in Basel, Bern, Zürich, and Neuchâtel, but, to Calvin’s disappointment, they were divided in their opinions, with some recommending strict measures and others suggesting leniency. In the end, Bolsec was expelled from Geneva; he later rejoined the Roman communion and in 1577 retaliated with a particularly slanderous biography of Calvin. Another painful dispute arose with Sébastien Castellio (1515-1563), a teacher in the Genevan school and a scholar of notable distinction. He wanted to enter the preaching ministry but was excluded due to Calvin’s influence after criticizing the inspiration of the Song of Solomon and the Genevan interpretation of the phrase “he descended into hell.” The bitterness from this incident turned into lifelong enmity. Throughout this time, the less strict faction in the city and the council continued to trouble the reformer.

But the most memorable of all the controversies in which Calvin was engaged was that into which he was brought in 1553 with Michael Servetus (q.v.). After many wanderings, and after having been condemned to death for heresy at Vienne, whence he was fortunate enough to make his escape, Servetus arrived in August 1553 at Geneva on his way to Naples. He was recognized in church and soon after, at Calvin’s instigation, arrested. The charge of blasphemy was founded on certain statements in a book published by him in 1553, entitled Christianismi Restitutio, in which he animadverted on the Catholic doctrine of the Trinity, and advanced sentiments strongly savouring of Pantheism. The story of his trial is told elsewhere (see art. Servetus), but it must be noted here that the struggle was something more than a doctrinal one. The cause of Servetus was taken up by Calvin’s Genevan foes headed by Philibert Berthelier, and became a test of the relative strength of the rival forces and of the permanence of Calvin’s control. That Calvin was actuated by personal spite and animosity against Servetus himself may be open to discussion; we have his own express declaration that, after Servetus was convicted, he used no 75 urgency that he should be put to death, and at their last interview he told Servetus that he never had avenged private injuries, and assured him that if he would repent it would not be his fault if all the pious did not give him their hands.10 There is the fact also that Calvin used his endeavour to have the sentence which had been pronounced against Servetus mitigated, death by burning being regarded by him as an “atrocity,” for which he sought to substitute death by the sword.11 It can be justly charged against Calvin in this matter that he took the initiative in bringing on the trial of Servetus, that as his accuser he prosecuted the suit against him with undue severity, and that he approved the sentence which condemned Servetus to death. When, however, it is remembered that the unanimous decision of the Swiss churches and of the Swiss state governments was that Servetus deserved to die; that the general voice of Christendom was in favour of this; that even such a man as Melanchthon affirmed the justice of the sentence;12 that an eminent English divine of the next age should declare the process against him “just and honourable,”13 and that only a few voices here and there were at the time raised against it, many will be ready to accept the judgment of Coleridge, that the death of Servetus was not “Calvin’s guilt especially, but the common opprobrium of all European Christendom.”14

But the most memorable of all the controversies in which Calvin was engaged was that into which he was brought in 1553 with Michael Servetus (q.v.). After many wanderings, and after having been condemned to death for heresy at Vienne, whence he was fortunate enough to make his escape, Servetus arrived in August 1553 at Geneva on his way to Naples. He was recognized in church and soon after, at Calvin’s instigation, arrested. The charge of blasphemy was founded on certain statements in a book published by him in 1553, entitled Christianismi Restitutio, in which he animadverted on the Catholic doctrine of the Trinity, and advanced sentiments strongly savouring of Pantheism. The story of his trial is told elsewhere (see art. Servetus), but it must be noted here that the struggle was something more than a doctrinal one. The cause of Servetus was taken up by Calvin’s Genevan foes headed by Philibert Berthelier, and became a test of the relative strength of the rival forces and of the permanence of Calvin’s control. That Calvin was actuated by personal spite and animosity against Servetus himself may be open to discussion; we have his own express declaration that, after Servetus was convicted, he used no 75 urgency that he should be put to death, and at their last interview he told Servetus that he never had avenged private injuries, and assured him that if he would repent it would not be his fault if all the pious did not give him their hands.10 There is the fact also that Calvin used his endeavour to have the sentence which had been pronounced against Servetus mitigated, death by burning being regarded by him as an “atrocity,” for which he sought to substitute death by the sword.11 It can be justly charged against Calvin in this matter that he took the initiative in bringing on the trial of Servetus, that as his accuser he prosecuted the suit against him with undue severity, and that he approved the sentence which condemned Servetus to death. When, however, it is remembered that the unanimous decision of the Swiss churches and of the Swiss state governments was that Servetus deserved to die; that the general voice of Christendom was in favour of this; that even such a man as Melanchthon affirmed the justice of the sentence;12 that an eminent English divine of the next age should declare the process against him “just and honourable,”13 and that only a few voices here and there were at the time raised against it, many will be ready to accept the judgment of Coleridge, that the death of Servetus was not “Calvin’s guilt especially, but the common opprobrium of all European Christendom.”14

Calvin was also involved in a protracted and somewhat vexing dispute with the Lutherans respecting the Lord’s Supper, which ended in the separation of the evangelical party into the two great sections of Lutherans and Reformed,—the former holding that in the eucharist the body and blood of Christ are objectively and consubstantially present, and so are actually partaken of by the communicants, and the latter that there is only a virtual presence of the body and blood of Christ, and consequently only a spiritual participation thereof through faith. In addition to these controversies on points of faith, he was for many years greatly disquieted, and sometimes even endangered, by the opposition offered by the libertine party in Geneva to the ecclesiastical discipline which he had established there. His system of church polity was essentially theocratic; it assumed that every member of the state was also under the discipline of the church; and he asserted that the right of exercising this discipline was vested exclusively in the consistory or body of preachers and elders. His attempts to carry out these views brought him into collision both with the authorities and with the populace,—the latter being not unnaturally restive under the restraints imposed upon their liberty by the vigorous system of church discipline, and the former being inclined to retain in their own hands a portion of that power in things spiritual which Calvin was bent on placing exclusively in the hands of the church rulers. His dauntless courage, his perseverance, and his earnestness at length prevailed, and he had the satisfaction, before he died, of seeing his favourite system of church polity firmly established, not only at Geneva, but in other parts of Switzerland, and of knowing that it had been adopted substantially by the Reformers in France and Scotland. The men whom he trained at Geneva carried his principles into almost every country in Europe, and in varying degree these principles did much for the cause of civil liberty.15 Nor was it only in religious matters that Calvin busied himself; nothing was indifferent to him that concerned the welfare and good order of the state or the advantage of its citizens. His work embraced everything; he was consulted on every affair, great and small, that came before the council,—on questions of law, police, economy, trade, and manufactures, no less than on questions of doctrine and church polity. To him the city owed her trade in cloths and velvets, from which so much wealth accrued to her citizens; sanitary regulations were introduced by him which made Geneva the admiration of all visitors; and in him she reverences the founder of her university. This institution was in a sense Calvin’s crowning work. It added religious education to the evangelical preaching and the thorough discipline already established, and so completed the reformer’s ideal of a Christian commonwealth.

Calvin was also involved in a protracted and somewhat vexing dispute with the Lutherans respecting the Lord’s Supper, which ended in the separation of the evangelical party into the two great sections of Lutherans and Reformed,—the former holding that in the eucharist the body and blood of Christ are objectively and consubstantially present, and so are actually partaken of by the communicants, and the latter that there is only a virtual presence of the body and blood of Christ, and consequently only a spiritual participation thereof through faith. In addition to these controversies on points of faith, he was for many years greatly disquieted, and sometimes even endangered, by the opposition offered by the libertine party in Geneva to the ecclesiastical discipline which he had established there. His system of church polity was essentially theocratic; it assumed that every member of the state was also under the discipline of the church; and he asserted that the right of exercising this discipline was vested exclusively in the consistory or body of preachers and elders. His attempts to carry out these views brought him into collision both with the authorities and with the populace,—the latter being not unnaturally restive under the restraints imposed upon their liberty by the vigorous system of church discipline, and the former being inclined to retain in their own hands a portion of that power in things spiritual which Calvin was bent on placing exclusively in the hands of the church rulers. His dauntless courage, his perseverance, and his earnestness at length prevailed, and he had the satisfaction, before he died, of seeing his favourite system of church polity firmly established, not only at Geneva, but in other parts of Switzerland, and of knowing that it had been adopted substantially by the Reformers in France and Scotland. The men whom he trained at Geneva carried his principles into almost every country in Europe, and in varying degree these principles did much for the cause of civil liberty.15 Nor was it only in religious matters that Calvin busied himself; nothing was indifferent to him that concerned the welfare and good order of the state or the advantage of its citizens. His work embraced everything; he was consulted on every affair, great and small, that came before the council,—on questions of law, police, economy, trade, and manufactures, no less than on questions of doctrine and church polity. To him the city owed her trade in cloths and velvets, from which so much wealth accrued to her citizens; sanitary regulations were introduced by him which made Geneva the admiration of all visitors; and in him she reverences the founder of her university. This institution was in a sense Calvin’s crowning work. It added religious education to the evangelical preaching and the thorough discipline already established, and so completed the reformer’s ideal of a Christian commonwealth.

Amidst these multitudinous cares and occupations, Calvin found time to write a number of works besides those provoked by the various controversies in which he was engaged. The most numerous of these were of an exegetical character. Including discourses taken down from his lips by faithful auditors, we have from him expository comments or homilies on nearly all the books of Scripture, written partly in Latin and partly in French. Though naturally knowing nothing of the modern idea of a progressive revelation, his judiciousness, penetration, and tact in eliciting his author’s meaning, his precision, condensation, and concinnity as an expositor, the accuracy of his learning, the closeness of his reasoning, and the elegance of his style, all unite to confer a high value on his exegetical works. The series began with Romans in 1540 and ended with Joshua in 1564. In 1558-1559 also, though in very ill health, he finally perfected the Institutes.

Amidst these numerous worries and activities, Calvin found time to write several works beyond those sparked by the various debates he was involved in. The majority of these were interpretative in nature. Including sermons recorded by dedicated listeners, we have from him explanatory comments or homilies on almost all the books of Scripture, written partly in Latin and partly in French. Although he didn't know of the modern concept of progressive revelation, his insight, understanding, and skill in uncovering the author's meaning, along with his precision, brevity, and coherence as an interpreter, the accuracy of his scholarship, the rigor of his reasoning, and the elegance of his style, all combine to give significant value to his interpretive works. The series started with Romans in 1540 and concluded with Joshua in 1564. In 1558-1559, despite being in very poor health, he finally completed the Institutes.

The incessant and exhausting labours to which Calvin gave himself could not but tell on his fragile constitution. Amid many sufferings, however, and frequent attacks of sickness, he manfully pursued his course; nor was it till his frail body, torn by many and painful diseases—fever, asthma, stone, and gout, the fruits for the most part of his sedentary habits and unceasing activity—had, as it were, fallen to pieces around him, that his indomitable spirit relinquished the conflict. In the early part of the year 1564 his sufferings became so severe that it was manifest his earthly career was rapidly drawing to a close. On the 6th of February of that year he preached his last sermon, having with great difficulty found breath enough to carry him through it. He was several times after this carried to church, but never again was able to take any part in the service. With his usual disinterestedness he refused to receive his stipend, now that he was no longer able to discharge the duties of his office. In the midst of his sufferings, however, his zeal and energy kept him in continual occupation; when expostulated with for such unseasonable toil, he replied, “Would you that the Lord should find me idle when He comes?” After he had retired from public labours he lingered for some months, enduring the severest agony without a murmur, and cheerfully attending to all the duties of a private kind which his diseases left him strength to discharge. On the 25th of April he made his will, on the 27th he received the Little Council, and on the 28th the Genevan ministers, in his sick-room; on the 2nd of May he wrote his last letter—to his old comrade Farel, who hastened from Neuchâtel to see him once again. He spent much time in prayer and died quietly, in the arms of his faithful friend Theodore Beza, on the evening of the 27th of May, in the fifty-fifth year of his age. The next day he was buried without pomp “in the common cemetery called Plain-palais” in a spot not now to be identified.

The endless and exhausting work that Calvin dedicated himself to took a toll on his fragile health. Despite suffering greatly and frequently falling ill, he bravely continued on his path; it wasn't until his weakened body, ravaged by numerous painful diseases—fever, asthma, kidney stones, and gout, mostly due to his sedentary lifestyle and relentless activity—had seemingly fallen apart around him that his unyielding spirit finally gave in. In early 1564, his suffering became so intense that it was clear his life was quickly coming to an end. On February 6 of that year, he preached his last sermon, having struggled to catch his breath throughout. He was carried to church several times afterward, but he never managed to participate in the service again. With his usual selflessness, he refused to accept his salary now that he couldn't fulfill his responsibilities. Even amidst his pain, his passion and energy kept him constantly busy; when he was urged to rest, he replied, “Do you want the Lord to find me idle when He comes?” After stepping back from public work, he lingered for several months, enduring intense agony without complaint, and cheerfully managing all the private duties his illnesses allowed him to handle. On April 25, he made his will, on the 27th he met with the Little Council, and on the 28th he welcomed the Genevan ministers into his sickroom; on May 2, he wrote his last letter—to his old friend Farel, who rushed from Neuchâtel to see him one last time. He spent a lot of time in prayer and passed away peacefully, in the arms of his loyal friend Theodore Beza, on the evening of May 27, at the age of fifty-five. The following day, he was buried simply “in the common cemetery called Plain-palais” at a location that cannot now be identified.

Calvin was of middle stature; his complexion was somewhat pallid and dark; his eyes, to the latest clear and lustrous, bespoke the acumen of his genius. He was sparing in his food and simple in his dress; he took but little sleep, and was capable of extraordinary efforts of intellectual toil. He had a most retentive memory and a very keen power of observation. He spoke without rhetoric, simply, directly, but with great weight. He had many acquaintances but few close friends. His private character was in harmony with his public reputation and position. If somewhat severe and irritable, he was at the same time scrupulously just, truthful, and steadfast; he never deserted a friend or took an unfair advantage of an antagonist; and on befitting occasions he could be cheerful and even facetious among his intimates. “God gave him,” said the Little Council after his death, “a character of great majesty.” “I have been a witness of him for sixteen years,” says Beza, “and I think I am fully entitled to say that in this man there was exhibited to all an 76 example of the life and death of the Christian, such as it will not be easy to depreciate, such as it will be difficult to emulate.”

Calvin was of average height; his complexion was a bit pale and dark; his eyes, still clear and bright, showed the sharpness of his intellect. He ate sparingly and dressed simply; he slept little and was capable of extraordinary intellectual work. He had an excellent memory and a very sharp sense of observation. He spoke plainly, simply, and directly, but with great impact. He had many acquaintances but only a few close friends. His private character matched his public reputation and position. While he could be somewhat strict and irritable, he was also scrupulously fair, honest, and steadfast; he never abandoned a friend or took unfair advantage of an opponent; and in fitting moments, he could be cheerful and even humorous among his close friends. “God gave him,” said the Little Council after his death, “a character of great majesty.” “I have witnessed him for sixteen years,” says Beza, “and I believe I can confidently say that in this man, there was an example of the Christian life and death that will not be easy to diminish, one that will be hard to imitate.”

Though Calvin built his theology on the foundations laid by earlier reformers, and especially by Luther and Bucer, his peculiar gifts of learning, of logic and of style made him pre-eminently the theologian of the new religion. The following may be regarded as his characteristic tenets, though not all are peculiar to him.

Though Calvin based his theology on the groundwork established by earlier reformers, particularly Luther and Bucer, his unique talents in learning, logic, and style made him the leading theologian of the new religion. What follows can be seen as his key beliefs, although not all of them are exclusive to him.

The dominant thought is the infinite and transcendent sovereignty of God, to know whom is the supreme end of human endeavour. God is made known to man especially by the Scriptures, whose writers were “sure and authentic amanuenses of the Holy Spirit.” To the Spirit speaking therein the Spirit-illumined soul of man makes response. While God is the source of all good, man as a sinner is guilty and corrupt. The first man was made in the image and likeness of God, which not only implies man’s superiority to all other creatures, but indicates his original purity, integrity and sanctity. From this state Adam fell, and in his fall involved the whole human race descended from him. Hence depravity and corruption, diffused through all parts of the soul, attach to all men, and this first makes them obnoxious to the anger of God, and then comes forth in works which the Scripture calls works of the flesh (Gal. v. 19). Thus all are held vitiated and perverted in all parts of their nature, and on account of such corruption deservedly condemned before God, by whom nothing is accepted save righteousness innocence, and purity. Nor is that a being bound for another’s offence; for when it is said that we through Adam’s sin have become obnoxious to the divine judgment, it is not to be taken as if we, being ourselves innocent and blameless, bear the fault of his offence, but that, we having been brought under a curse through his transgression, he is said to have bound us. From him, however, not only has punishment overtaken us, but a pestilence instilled from him resides in us, to which punishment is justly due. Thus even infants, whilst they bring their own condemnation with them from their mother’s womb, are bound not by another’s but by their own fault. For though they have not yet brought forth the fruits of their iniquity, they have the seed shut up in them; nay, their whole nature is a sort of seed of sin, therefore it cannot but be hateful and abominable to God (Instit. bk. ii, ch. i. sect. 8).

The main idea is the infinite and transcendent sovereignty of God, knowing whom is the ultimate goal of human effort. God reveals Himself to humanity mainly through the Scriptures, written by “sure and authentic messengers of the Holy Spirit.” The Spirit speaking within them resonates with the Spirit-illuminated soul of humanity. While God is the source of all good, man, as a sinner, is guilty and corrupt. The first man was created in the image and likeness of God, indicating not only humanity's superiority over all other creatures but also his original purity, integrity, and sanctity. From this state, Adam fell, and in his fall, he brought all of humanity down with him. This causes depravity and corruption to spread throughout the soul, affecting all people, making them worthy of God's anger, and is expressed through actions the Scriptures refer to as the works of the flesh (Gal. v. 19). Therefore, everyone is tainted and distorted in every part of their being and rightfully condemned before God, who accepts nothing but righteousness, innocence, and purity. It is not the case that one is punished for another's wrongdoing; when we say that we have come under divine judgment due to Adam’s sin, we do not mean that we are innocent and blameworthy for his fault, but that we have been placed under a curse because of his transgression, which is said to have ensnared us. As a result, not only have we faced punishment from him, but a corrupting influence from him also resides within us, for which punishment is justly deserved. Thus even infants, while they carry their own condemnation from their mother’s womb, are bound not by another's fault but by their own. Although they have not yet manifested the results of their wrongdoing, they carry the seed of sin within them; indeed, their entire nature is like a seed of sin, making it detestable and abhorrent to God. (Instit. bk. ii, ch. i. sect. 8).

To redeem man from this state of guilt, and to recover him from corruption, the Son of God became incarnate, assuming man’s nature into union with His own, so that in Him were two natures in one person. Thus incarnate He took on Him the offices of prophet, priest and king, and by His humiliation, obedience and suffering unto death, followed by His resurrection and ascension to heaven, He has perfected His work and fulfilled all that was required in a redeemer of men, so that it is truly affirmed that He has merited for man the grace of salvation (bk. ii. ch. 13-17). But until a man is in some way really united to Christ so as to partake of Him, the benefits of Christ’s work cannot be attained by him. Now it is by the secret and special operation of the Holy Spirit that men are united to Christ and made members of His body. Through faith, which is a firm and certain cognition of the divine benevolence towards us founded on the truth of the gracious promise in Christ, men are by the operation of the Spirit united to Christ and are made partakers of His death and resurrection, so that the old man is crucified with Him and they are raised to a new life, a life of righteousness and holiness. Thus joined to Christ the believer has life in Him and knows that he is saved, having the witness of the Spirit that he is a child of God, and having the promises, the certitude of which the Spirit had before impressed on the mind, sealed by the same Spirit on the heart (bk. iii. ch. 33-36). From faith proceeds repentance, which is the turning of our life to God, proceeding from a sincere and earnest fear of God, and consisting in the mortification of the flesh and the old man within us and a vivification of the Spirit. Through faith also the believer receives justification, his sins are forgiven, he is accepted of God, and is held by Him as righteous, the righteousness of Christ being imputed to him, and faith being the instrument by which the man lays hold on Christ, so that with His righteousness the man appears in God’s sight as righteous. This imputed righteousness, however, is not disjoined from real personal righteousness, for regeneration and sanctification come to the believer from Christ no less than justification; the two blessings are not to be confounded, but neither are they to be disjoined. The assurance which the believer has of salvation he receives from the operation and witness of the Holy Spirit; but this again rests on the divine choice of the man to salvation; and this falls back on God’s eternal sovereign purpose, whereby He has predestined some to eternal life while the rest of mankind are predestined to condemnation and eternal death. Those whom God has chosen to life He effectually calls to salvation, and they are kept by Him in progressive faith and holiness unto the end (bk. iii. passim). The external means or aids by which God unites men into the fellowship of Christ, and sustains and advances those who believe, are the church and its ordinances, especially the sacraments. The church universal is the multitude gathered from diverse nations, which though divided by distance of time and place, agree in one common faith, and it is bound by the tie of the same religion; and wherever the word of God is sincerely preached, and the sacraments are duly administered, according to Christ’s institute, there beyond doubt is a church of the living God (bk. iv. ch. 1, sect. 7-11). The permanent officers in the church are pastors and teachers, to the former of whom it belongs to preside over the discipline of the church, to administer the sacraments, and to admonish and exhort the members; while the latter occupy themselves with the exposition of Scripture, so that pure and wholesome doctrine may be retained. With them are to be joined for the government of the church certain pious, grave and holy men as a senate in each church; and to others, as deacons, is to be entrusted the care of the poor. The election of the officers in a church is to be with the people, and those duly chosen and called are to be ordained by the laying on of the hands of the pastors (ch. 3, sect. 4-16). The sacraments are two—Baptism and the Lord’s Supper. Baptism is the sign of initiation whereby men are admitted into the society of the church and, being grafted into Christ, are reckoned among the sons of God; it serves both for the confirmation of faith and as a confession before men. The Lord’s Supper is a spiritual feast where Christ attests that He is the life-giving bread, by which our souls are fed unto true and blessed immortality. That sacred communication of His flesh and blood whereby Christ transfuses into us His life, even as if it penetrated into our bones and marrow, He in the Supper attests and seals; and that not by a vain or empty sign set before us but there He puts forth the efficacy of His Spirit whereby He fulfils what He promises. In the mystery of the Supper Christ is truly exhibited to us by the symbols of bread and wine; and so His body and blood, in which He fulfilled all obedience for the obtaining of righteousness for us, are presented. There is no such presence of Christ in the Supper as that He is affixed to the bread or included in it or in any way circumscribed; but whatever can express the true and substantial communication of the body and blood of the Lord, which is exhibited to believers under the said symbols of the Supper, is to be received, and that not as perceived by the imagination only or mental intelligence, but as enjoyed for the aliment of the eternal life (bk. iv. ch. 15, 17).

To save humanity from guilt and restore it from corruption, the Son of God became human, assuming our nature to unite it with His own, resulting in two natures in one person. In this incarnation, He took on the roles of prophet, priest, and king. Through His humiliation, obedience, and suffering unto death, followed by His resurrection and ascension, He completed His mission and met all the requirements for being a redeemer, earning humanity the grace of salvation (bk. ii. ch. 13-17). However, until a person is truly united with Christ and partakes of Him, they cannot receive the benefits of His work. It is through the secret and special action of the Holy Spirit that people are united with Christ and become members of His body. By faith, which is a firm and clear understanding of God's kindness toward us based on the truth of the gracious promise in Christ, individuals are united to Him by the Spirit's power, sharing in His death and resurrection. The old self is crucified with Him, and they are raised to a new life of righteousness and holiness. Thus, connected to Christ, the believer has life in Him and knows they are saved, with the Spirit testifying that they are a child of God, and possessing the promises sealed in their hearts by the Spirit, the certainty of which was previously impressed upon their minds (bk. iii. ch. 33-36). Faith leads to repentance, which means turning our lives toward God, stemming from a sincere fear of Him, involving the mortification of our sinful nature and the revitalization of the Spirit. Through faith, the believer also receives justification, having their sins forgiven, being accepted by God, and counted as righteous, with Christ's righteousness credited to them. Faith is the means by which a person grasps Christ, allowing them to stand before God as righteous. Yet, this imputed righteousness is not separated from genuine personal righteousness, as regeneration and sanctification come from Christ just as much as justification; these two blessings should not be confused, nor should they be separated. The assurance of salvation that believers have comes from the action and testimony of the Holy Spirit, which depends on God's choice of the person for salvation, resting on God's eternal sovereign purpose, wherein He has predestined some to eternal life and others to condemnation and eternal death. Those chosen for life are effectively called to salvation and are kept by Him in ongoing faith and holiness until the end (bk. iii. passim). The external means God uses to unite people in fellowship with Christ, and to sustain and help those who believe, are the church and its ordinances, especially the sacraments. The universal church consists of a multitude gathered from various nations, who, despite being separated by time and distance, share a common faith and are bound by the same religion. Wherever the word of God is preached sincerely, and the sacraments are properly administered according to Christ's institution, there is certainly a church of the living God (bk. iv. ch. 1, sect. 7-11). The permanent officers of the church are pastors and teachers; the former oversee the church's discipline, administer the sacraments, and guide and encourage the members, while the latter focus on explaining Scripture to ensure pure and sound doctrine is maintained. Alongside them, certain pious and serious individuals should be joined as a governing body in each church, and others, such as deacons, should be entrusted with caring for the poor. The selection of church officers should involve the congregation, and those duly chosen and called must be ordained by the laying on of the pastors' hands (ch. 3, sect. 4-16). There are two sacraments: Baptism and the Lord's Supper. Baptism serves as the initiation sign by which individuals are welcomed into the church community and, being grafted into Christ, are regarded as children of God; it confirms faith and serves as a public declaration. The Lord's Supper is a spiritual feast where Christ affirms that He is the life-giving bread that nourishes our souls for true and blessed immortality. Through the sacred sharing of His body and blood, Christ imparts His life into us, as if it flowed into our very being. In the Supper, He attests and seals this, not just as an empty sign, but actively putting forth the power of His Spirit to fulfill His promises. In the mystery of the Supper, Christ is truly presented to us through the symbols of bread and wine; His body and blood, with which He fulfilled all obedience necessary for our righteousness, are made available. There is no presence of Christ in the Supper that means He is physically attached to or confined within the bread; rather, whatever can express the true and substantial sharing of the Lord's body and blood, presented to believers through the symbols of the Supper, is to be accepted, not just as a mental idea, but as an experience that nourishes eternal life (bk. iv. ch. 15, 17).

The course of time has substantially modified many of these positions. Even the churches which trace their descent from Calvin’s work and faith no longer hold in their entirety his views on the magistrate as the preserver of church purity, the utter depravity of human nature, the non-human character of the Bible, the dealing of God with man. But his system had an immense value in the history of Christian thought. It appealed to and evoked a high order of intelligence, and its insistence on personal individual salvation has borne worthy fruit. So also its insistence on the chief end of man “to know and do the will of God” made for the strenuous morality that helped to build up the modern world. Its effects are most clearly seen in Scotland, in Puritan England and in the New England states, but its influence was and is felt among peoples that have little desire or claim to be called Calvinist.

The course of time has significantly changed many of these views. Even the churches that trace their roots back to Calvin's work and beliefs no longer fully embrace his ideas about the role of the magistrate in maintaining church purity, the complete depravity of human nature, the non-human nature of the Bible, and God's relationship with humanity. However, his system had tremendous importance in the history of Christian thought. It appealed to and inspired a high level of intelligence, and its focus on personal individual salvation has produced meaningful results. Likewise, its emphasis on the primary purpose of humanity "to know and do the will of God" contributed to the strong morality that helped shape the modern world. Its impacts are most evident in Scotland, Puritan England, and the New England states, but its influence has been felt among people who may not want to be identified as Calvinist.

Bibliography.—The standard edition of Calvin’s works is that undertaken by the Strassburg scholars, J.W. Bauin, E. Cunitz, E. Reuss, P. Lobstein, A. Erichson (59 vols., 1863-1900). The last of these contains an elaborate bibliography which was also published separately at Berlin in 1900. The bulk of the writings was published in English by the Calvin Translation Society (48 vols., Edinburgh, 1843-1855); the Institutes have often been translated. The early lives by Beza and Collodon are given in the collected editions. Among modern biographies are those by P. Henry, Das Leben J. Calvins (3 vols., Hamburg, 1835-1844; Eng. trans, by H. Stebbing, London and New York, 1849); V. Audin, Histoire de la vie, des ouvrages, et des doctrines de Calvin (2 vols., Paris, 1841; Eng. trans, by J. McGill, London, 1843 and 1850) unfairly antagonistic; T.H. Dyer, Life of John Calvin (London, 1850); E. Stähelin, Joh. Calvin, Leben und ausgewählte Schriften (2 vols., Elberfeld, 1863); F.W. Kampschulte, Joh. Calvin, seine Kirche und sein Staat in Genf (2 vols., 1869, 1899, unfinished); Abel Lefranc, La Jeunesse de Calvin (Paris, 1888); E. Choisy, La Théocratie à Genève au temps de Calvin (Geneva, 1897); E. Doumergue, Jean Calvin; les hommes et les choses de son temps (5 vols., 1899-1908). See also A.M. Fairbairn, “Calvin and the Reformed Church” in the Cambridge Modern History, vol. ii. (1904); P. Schaff’s, History of the Christian Church, vol. vii. (1892), and R. Stähelin’s article in Hauck-Herzog’s Real-encyk. für prot. Theologie und Kirche. Each of these contains a useful bibliography, as also does the excellent life by Professor Williston Walker, John Calvin, the Organizer of Reformed Protestantism, “Heroes of the Reformation” series (1906). See also C.S. Horne in Mansfield Coll. Essays (1909).

References.—The standard edition of Calvin’s works was produced by the Strassburg scholars, J.W. Bauin, E. Cunitz, E. Reuss, P. Lobstein, and A. Erichson (59 vols., 1863-1900). The last volume includes a detailed bibliography that was also published separately in Berlin in 1900. Most of the writings were published in English by the Calvin Translation Society (48 vols., Edinburgh, 1843-1855); the Institutes have frequently been translated. The early biographies by Beza and Collodon are included in the collected editions. Among modern biographies are those by P. Henry, Das Leben J. Calvins (3 vols., Hamburg, 1835-1844; Eng. trans, by H. Stebbing, London and New York, 1849); V. Audin, Histoire de la vie, des ouvrages, et des doctrines de Calvin (2 vols., Paris, 1841; Eng. trans, by J. McGill, London, 1843 and 1850), which is somewhat unfairly critical; T.H. Dyer, Life of John Calvin (London, 1850); E. Stähelin, Joh. Calvin, Leben und ausgewählte Schriften (2 vols., Elberfeld, 1863); F.W. Kampschulte, Joh. Calvin, seine Kirche und sein Staat in Genf (2 vols., 1869, 1899, unfinished); Abel Lefranc, La Jeunesse de Calvin (Paris, 1888); E. Choisy, La Théocratie à Genève au temps de Calvin (Geneva, 1897); and E. Doumergue, Jean Calvin; les hommes et les choses de son temps (5 vols., 1899-1908). See also A.M. Fairbairn's “Calvin and the Reformed Church” in the Cambridge Modern History, vol. ii. (1904); P. Schaff’s History of the Christian Church, vol. vii. (1892), and R. Stähelin’s article in Hauck-Herzog’s Real-encyk. für prot. Theologie und Kirche. Each of these contains a helpful bibliography, as does the excellent biography by Professor Williston Walker, John Calvin, the Organizer of Reformed Protestantism, in the “Heroes of the Reformation” series (1906). Also see C.S. Horne in Mansfield Coll. Essays (1909).

(W. L. A.; A. J. G.)

1 The family name of Calvin seems to have been written indifferently Cauvin, Chauve, Chauvin, Calvus, Calvinus. In the contemporary notices of Gerard and his family, in the capitular registers of the cathedral at Noyon, the name is always spelt Cauuin. The anagram of Calvin is Alcuin, and this in its Latinized form Alcuinus appears in two editions of his Instltutio as that of the author (Audin, Vie de Calvin, i. 520). The syndics of Geneva address him in a letter written in 1540, and still preserved, as “Docteur Caulvin.” In his letters written in French he usually signs himself “Jean Calvin.” He affected the title of “Maitre,” for what reason is not known.

1 The family name of Calvin seems to have been written indifferently Cauvin, Chauve, Chauvin, Calvus, Calvinus. In the contemporary notices of Gerard and his family, in the capitular registers of the cathedral at Noyon, the name is always spelt Cauuin. The anagram of Calvin is Alcuin, and this in its Latinized form Alcuinus appears in two editions of his Instltutio as that of the author (Audin, Vie de Calvin, i. 520). The syndics of Geneva address him in a letter written in 1540, and still preserved, as “Docteur Caulvin.” In his letters written in French he usually signs himself “Jean Calvin.” He affected the title of “Maitre,” for what reason is not known.

2 Pierre de Montaigu refounded this institution in 1388. Erasmus and Ignatius Loyola also studied here.

2 Pierre de Montaigu refounded this institution in 1388. Erasmus and Ignatius Loyola also studied here.

3 Calv. Praef. ad Comment. in Psalmos.

__A_TAG_PLACEHOLDER_0__ Calv. Preface to Commentary on Psalms.

4 Jo. Calvini Vita, sub init.

__A_TAG_PLACEHOLDER_0__ Jo. Calvini Life, at the start.

5 Epist. Ded., Comment in Ep. II. ad Corinthios praefix.

5 Epist. Ded., Comment in Ep. II. ad Corinthios praefix.

6 This edition forms a small 8vo of 514 pages, and 6 pages of index. It appeared at Basel from the press of Thomas Platter and Balthasar Lasius in March 1536, and was published by Johann Oporin. The dedicatory preface is dated 23rd August 1535. It is a masterpiece of apologetic literature. See W. Walker, John Calvin, 132 f., and for an outline of the contents of the treatise, ib. 137-149.

6 This edition forms a small 8vo of 514 pages, and 6 pages of index. It appeared at Basel from the press of Thomas Platter and Balthasar Lasius in March 1536, and was published by Johann Oporin. The dedicatory preface is dated 23rd August 1535. It is a masterpiece of apologetic literature. See W. Walker, John Calvin, 132 f., and for an outline of the contents of the treatise, ib. 137-149.

7 Praef. ad Psalmos.

__A_TAG_PLACEHOLDER_0__ Preface to the Psalms.

8 Ibid.

__A_TAG_PLACEHOLDER_0__ Same source.

9 Beza, Vit. Calv. an. 1536.

__A_TAG_PLACEHOLDER_0__ Beza, Vit. Calv. 1536.

10 Fidelis Expositio Errorum Serveti, sub init. Calvini, Opp. t. ix.

10 Fidelis Expositio Errorum Serveti, sub init. Calvini, Opp. t. ix.

11 Calvin to Farel, 20th Aug. 1553.

11 Calvin to Farel, 20th Aug. 1553.

12 Tuo judicio prorsus assentior. Affirmo etiam vestros magistratus juste fecisse quod hominem blasphemum, re ordine judicata, interfecerunt.—Melanchthon to Calvin, 14th Oct. 1554.

12 Tuo judicio prorsus assentior. Affirmo etiam vestros magistratus juste fecisse quod hominem blasphemum, re ordine judicata, interfecerunt.—Melanchthon to Calvin, 14th Oct. 1554.

13 Field On the Church, bk. iii. c. 27, vol. i. p. 288 (ed. Cambridge, 1847).

13 Field On the Church, bk. iii. c. 27, vol. i. p. 288 (ed. Cambridge, 1847).

14 Notes on English Divines, vol. i. p. 49. See also Table Talk, vol. ii. p. 282 (ed. 1835).

14 Notes on English Divines, vol. i. p. 49. See also Table Talk, vol. ii. p. 282 (ed. 1835).

15 W. Walker, John Calvin, pp. 403-8.

__A_TAG_PLACEHOLDER_0__ W. Walker, John Calvin, pp. 403-8.


CALVINISTIC METHODISTS, a body of Christians forming a church of the Presbyterian order and claiming to be the only denomination in Wales which is of purely Welsh origin. Its beginnings may be traced to the labours of the Rev. Griffith Jones (1684-1761), of Llanddowror, Carmarthenshire, whose sympathy for the poor led him to set on foot a system of circulating charity schools for the education of children. In striking contrast to the general apathy of the clergy of the period, Griffith Jones’s zeal appealed to the public imagination, and his powerful preaching exercised a widespread influence, many 77 travelling long distances in order to attend his ministry. There was thus a considerable number of earnest people dispersed throughout the country waiting for the rousing of the parish clergy. An impressive announcement of the Easter Communion Service, made by the Rev. Pryce Davies, vicar of Talgarth, on the 30th of March 1735, was the means of awakening Howell Harris (1714-1773) of Trevecca, and he immediately began to hold services in his own house. He was soon invited to do the same at the houses of others, and ended by becoming a fiery itinerant preacher, stirring to the depths every neighbourhood he visited. Griffith Jones, preaching at Llanddewi Brefi, Cardiganshire—the place at which the Welsh Patron Saint, David, first became famous—found Daniel Rowland (1713-1790), curate of Llangeitho, in his audience, and his patronizing attitude in listening drew from the preacher a personal supplication on his behalf, in the middle of the discourse. Rowland was deeply moved, and became an ardent apostle of the new movement. Naturally a fine orator, his new-born zeal gave an edge to his eloquence, and his fame spread abroad. Rowland and Harris had been at work fully eighteen months before they met, at a service in Devynock church, in the upper part of Breconshire. The acquaintance then formed lasted to the end of Harris’s life—an interval of ten years excepted. Harris had been sent to Oxford in the autumn of 1735 to “cure him of his fanaticism,” but he left in the following February. Rowland had never been to a university, but, like Harris, he had been well grounded in general knowledge. About 1739 another prominent figure appeared. This was Howell Davies of Pembrokeshire, whose ministry was modelled on that of his master, Griffith Jones, but with rather more clatter in his thunder.

CALVINIST METHODISTS, are a group of Christians forming a church within the Presbyterian tradition, claiming to be the only denomination in Wales that has purely Welsh origins. Their roots can be traced back to the efforts of Rev. Griffith Jones (1684-1761) from Llanddowror, Carmarthenshire, whose compassion for the poor led him to establish a system of circulating charity schools for children's education. In stark contrast to the general indifference of the clergy during that time, Griffith Jones’s enthusiasm captured the public's imagination, and his powerful preaching had a far-reaching impact, with many traveling long distances to attend his services. Consequently, there were many dedicated individuals spread across the country awaiting the revival of the parish clergy. An impactful announcement regarding the Easter Communion Service, made by Rev. Pryce Davies, vicar of Talgarth, on March 30, 1735, inspired Howell Harris (1714-1773) of Trevecca, prompting him to start holding services in his home. He was soon invited to lead services in the homes of others, eventually becoming a passionate itinerant preacher who deeply stirred every community he visited. Griffith Jones, preaching at Llanddewi Brefi, Cardiganshire—the place where the Welsh Patron Saint, David, first gained fame—found Daniel Rowland (1713-1790), the curate of Llangeitho, in his audience. Rowland's patronizing demeanor while listening prompted the preacher to make a personal appeal for him during the sermon. Rowland was greatly affected and became a devoted supporter of the new movement. Naturally a skilled orator, his newfound enthusiasm sharpened his eloquence, leading to his growing fame. Rowland and Harris had been active for a full eighteen months before they met at a service in Devynock church, located in the upper part of Breconshire. The friendship formed then lasted until the end of Harris’s life, except for a ten-year gap. Harris had been sent to Oxford in the fall of 1735 to "cure him of his fanaticism," but he left the following February. Rowland had never attended a university, yet, like Harris, he was well-versed in general knowledge. Around 1739, another significant figure emerged: Howell Davies from Pembrokeshire, whose ministry was inspired by his mentor, Griffith Jones, but with a bit more flair in his preaching style.

In 1736, on returning home, Harris opened a school, Griffith Jones supplying him with books from his charity. He also set up societies, in accordance with the recommendations in Josiah Wedgwood’s little book on the subject; and these exercised a great influence on the religious life of the people. By far the most notable of Harris’s converts was William Williams (1717-1791), Pant y Celyn, the great hymn-writer of Wales, who while listening to the revivalist preaching on a tombstone in the graveyard of Talgarth, heard the “voice of heaven,” and was “apprehended as by a warrant from on high.” He was ordained deacon in the Church of England, 1740, but Whitefield recommended him to leave his curacies and go into the highways and hedges. On Wednesday and Thursday, January 5th and 6th, 1743, the friends of aggressive Christianity in Wales met at Wadford, near Caerphilly, Glam., in order to organize their societies. George Whitefield was in the chair. Rowland, Williams and John Powell—afterwards of Llanmartin—(clergymen), Harris, John Humphreys and John Cennick (laymen) were present. Seven lay exhorters were also at the meetings; they were questioned as to their spiritual experience and allotted their several spheres; other matters pertaining to the new conditions created by the revival were arranged. This is known as the first Methodist Association—held eighteen months before Johm Wesley’s first conference (June 25th, 1744). Monthly meetings covering smaller districts, were organized to consider local matters, the transactions of which were to be reported to the Quarterly Association, to be confirmed, modified, or rejected. Exhorters were divided into two classes—public, who were allowed to itinerate as preachers and superintend a number of societies; private, who were confined to the charge of one or two societies. The societies were distinctly understood to be part of the established church, as Wedgwood’s were, and every attempt at estranging them therefrom was sharply reproved; but persecution made their position anomalous. They did not accept the discipline of the Church of England, so the plea of conformity was a feeble defence; nor had they taken out licenses, so as to claim the protection of the Toleration Act. Harris’s ardent loyalty to the Church of England, after three refusals to ordain him, and his personal contempt for ill-treatment from persecutors, were the only things that prevented separation.

In 1736, upon returning home, Harris opened a school, with Griffith Jones providing him with books from his charity. He also set up societies, following the recommendations in Josiah Wedgwood’s small book on the subject; these had a significant impact on the religious life of the people. The most notable of Harris’s converts was William Williams (1717-1791), Pant y Celyn, the great hymn writer of Wales, who, while listening to the revivalist preaching on a tombstone in the Talgarth graveyard, heard the “voice of heaven” and felt “apprehended as by a warrant from on high.” He was ordained as a deacon in the Church of England in 1740, but Whitefield encouraged him to leave his curacies and go out to the highways and hedges. On Wednesday and Thursday, January 5th and 6th, 1743, supporters of aggressive Christianity in Wales gathered at Wadford, near Caerphilly, Glam., to organize their societies. George Whitefield chaired the meeting. Rowland, Williams, and John Powell—who later became of Llanmartin—(clergymen), along with Harris, John Humphreys, and John Cennick (laymen) attended. Seven lay exhorters were also at the meetings; they were questioned about their spiritual experiences and assigned different areas to oversee; other matters related to the new conditions created by the revival were also addressed. This is known as the first Methodist Association—held eighteen months before John Wesley’s first conference (June 25th, 1744). Monthly meetings covering smaller districts were organized to discuss local issues, with the outcomes to be reported to the Quarterly Association for approval, modification, or rejection. Exhorters were divided into two categories—public, who were allowed to travel as preachers and oversee multiple societies; and private, who were restricted to overseeing one or two societies. The societies were clearly understood to be part of the established church, as Wedgwood’s were, and any attempts to distance them from that were sharply criticized; however, persecution made their situation peculiar. They did not adhere to the discipline of the Church of England, so the argument for conformity was weak; nor had they obtained licenses to claim the protection of the Toleration Act. Harris’s strong loyalty to the Church of England, despite three refusals to ordain him, and his personal disdain for mistreatment from persecutors, were the only reasons that prevented a split.

A controversy on a doctrinal point—“Did God die on Calvary?”—raged for some time, the principal disputants being Rowland and Harris; and in 1751 it ended in an open rupture, which threw the Connexion first into confusion and then into a state of coma. The societies split up into Harrisites and Rowlandites, and it was only with the revival of 1762 that the breach was fairly repaired. This revival is a landmark in the history of the Connexion. Williams of Pant y Celyn had just published a little volume of hymns, the singing of which inflamed the people. This led the bishop of St David’s to suspend Rowland’s license, and Rowland had to confine himself to a meeting-house at Llangeitho. Having been turned out of other churches, he had leased a plot of land in 1759, anticipating the final withdrawal of his license, in 1763, and a spacious building was erected to which the people crowded from all parts on Sacrament Sunday. Llangeitho became the Jerusalem of Wales; and Rowland’s popularity never waned until his physical powers gave way. A notable event in the history of Welsh Methodism was the publication in 1770, of a 4to annotated Welsh Bible by the Rev. Peter Williams, a forceful preacher, and an indefatigable worker, who had joined the Methodists in 1746, after being driven from several curacies. It gave birth to a new interest in the Scriptures, being the first definite commentary in the language. A powerful revival broke out at Llangeitho in the spring of 1780, and spread to the south, but not to the north of Wales. The ignorance of the people of the north made it very difficult for Methodism to benefit from these manifestations, until the advent of the Rev. Thomas Charles (1755-1814), who, having spent five years in Somersetshire as curate of several parishes, returned to his native land to marry Sarah Jones of Bala. Failing to find employment in the established church, he joined the Methodists in 1784. His circulating charity schools and then his Sunday schools gradually made the North a new country. In 1791 a revival began at Bala; and this, strange to say, a few months after the Bala Association had been ruffled by the proceedings which led to the expulsion of Peter Williams from the Connexion, in order to prevent him from selling John Canne’s Bible among the Methodists, because of some Sabellian marginal notes.

A debate about a theological question—“Did God die on Calvary?”—went on for a while, with Rowland and Harris being the main figures in the argument. In 1751, it resulted in a public split, which first caused chaos in the Connexion and then led to a state of stagnation. The groups divided into Harrisites and Rowlandites, and the division wasn't really mended until the revival in 1762. This revival marks a significant moment in the history of the Connexion. Williams of Pant y Celyn had just released a small book of hymns that got the people excited. This caused the bishop of St David’s to suspend Rowland’s license, forcing him to restrict his activities to a meeting house in Llangeitho. Having been pushed out of other churches, he had rented a piece of land in 1759, anticipating the eventual loss of his license in 1763, and a large building was constructed where people gathered from all areas on Sacrament Sunday. Llangeitho became the spiritual center of Wales; Rowland’s popularity remained strong until his health declined. A significant moment in the history of Welsh Methodism was the release in 1770 of a large annotated Welsh Bible by Rev. Peter Williams, a powerful preacher and tireless worker who joined the Methodists in 1746 after being ousted from several curacies. It sparked a renewed interest in the Scriptures, being the first comprehensive commentary in the Welsh language. A major revival took place in Llangeitho in the spring of 1780 and spread to the south, but not to the north of Wales. The lack of awareness among the northern people made it challenging for Methodism to take advantage of these events until the arrival of Rev. Thomas Charles (1755-1814), who had spent five years in Somersetshire serving as a curate in several parishes before returning home to marry Sarah Jones of Bala. Unable to find work in the established church, he joined the Methodists in 1784. His itinerant charity schools and later his Sunday schools gradually transformed the North. In 1791, a revival started at Bala; interestingly, this occurred just a few months after the Bala Association was stirred up by the events that led to Peter Williams being expelled from the Connexion to stop him from distributing John Canne’s Bible among the Methodists because of certain Sabellian marginal notes.

In 1790, the Bala Association passed “Rules regarding the proper mode of conducting the Quarterly Association,” drawn up by Charles; in 1801, Charles and Thomas Jones of Mold, published (for the association) the “Rules and Objects of the Private Societies among the People called Methodists.” About 1795, persecution led the Methodists to take the first step towards separation from the Church of England. Heavy fines made it impossible for preachers in poor circumstances to continue without claiming the protection of the Toleration Act, and the meeting-houses had to be registered as dissenting chapels. In a large number of cases this had only been delayed by so constructing the houses that they were used both as dwellings and as chapels at one and the same time. Until 1811 the Calvinistic Methodists had no ministers ordained by themselves; their enormous growth in numbers and the scarcity of ministers to administer the Sacrament—only three in North Wales, two of whom had joined only at the dawn of the century—made the question of ordination a matter of urgency. The South Wales clergy who regularly itinerated were dying out; the majority of those remaining itinerated but irregularly, and were most of them against the change. The lay element, with the help of Charles and a few other stalwarts, carried the matter through—ordaining nine at Bala in June, and thirteen at Llandilo in August. In 1823, the Confession of Faith was published; it is based on the Westminster Confession as “Calvinistically construed,” and contains 44 articles. The Connexion’s Constitutional Deed was formally completed in 1826.

In 1790, the Bala Association established “Rules for Properly Conducting the Quarterly Association,” created by Charles. In 1801, Charles and Thomas Jones from Mold published (for the association) the “Rules and Objectives of the Private Societies among People called Methodists.” Around 1795, persecution prompted the Methodists to start separating from the Church of England. Heavy fines made it impossible for preachers in poor situations to continue without claiming protection under the Toleration Act, and meeting houses had to be registered as dissenting chapels. Many cases only delayed this by designing the buildings to function as both homes and chapels simultaneously. Until 1811, the Calvinistic Methodists had no ministers ordained by themselves; their rapid growth in numbers and the lack of ministers to administer the Sacrament—only three in North Wales, two of whom had joined only at the beginning of the century—made the question of ordination urgent. The South Wales clergy who traveled regularly were dwindling; most of those remaining traveled only irregularly and were generally against the change. The lay members, with the support of Charles and a few other committed individuals, pushed the issue forward—ordaining nine at Bala in June and thirteen at Llandilo in August. In 1823, the Confession of Faith was published; it is based on the Westminster Confession as “Calvinistically interpreted,” and contains 44 articles. The Connexion’s Constitutional Deed was officially completed in 1826.

Thomas Charles had tried to arrange for taking over Trevecca College when the trustees of the Countess of Huntingdon’s Connexion removed their seminary to Cheshunt in 1791; but the Bala revival broke out just at the time, and, when things grew quieter, other matters pressed for attention. A college had been mooted in 1816, but the intended tutor died suddenly, and the matter was for the time dropped. Candidates for the Connexional ministry were compelled to shift for themselves until 1837, 78 when Lewis Edwards (1809-1887) and David Charles (1812-1878) opened a school for young men at Bala. North and South alike adopted it as their college, the associations contributing a hundred guineas each towards the education of their students. In 1842, the South Wales Association opened a college at Trevecca, leaving Bala to the North; the Rev. David Charles became principal of the former, and the Rev. Lewis Edwards of the latter. After the death of Dr Lewis Edwards, Dr. T.C. Edwards resigned the principalship of the University College at Aberystwyth to become head of Bala (1891), now a purely theological college, the students of which were sent to the university colleges for their classical training. In 1905 Mr David Davies of Llandinam—one of the leading laymen in the Connexion—offered a large building at Aberystwyth as a gift to the denomination for the purpose of uniting North and South in one theological college; but in the event of either association declining the proposal, the other was permitted to take possession, giving the association that should decline the option of joining at a later time. The Association of the South accepted, and that of the North declined, the offer; Trevecca College was turned into a preparatory school on the lines of a similar institution set up at Bala in 1891.

Thomas Charles had tried to take over Trevecca College when the trustees of the Countess of Huntingdon’s Connexion moved their seminary to Cheshunt in 1791; but the Bala revival started just then, and when things calmed down, other issues needed attention. A college was proposed in 1816, but the intended tutor died unexpectedly, and the plan was put on hold. Candidates for the Connexional ministry had to manage on their own until 1837, 78 when Lewis Edwards (1809-1887) and David Charles (1812-1878) opened a school for young men at Bala. Both North and South embraced it as their college, with the associations contributing a hundred guineas each toward the education of their students. In 1842, the South Wales Association established a college at Trevecca, leaving Bala for the North; the Rev. David Charles became the principal of the former, and the Rev. Lewis Edwards of the latter. After Dr. Lewis Edwards passed away, Dr. T.C. Edwards stepped down as the head of the University College at Aberystwyth to become the leader of Bala (1891), which was now a purely theological college, sending its students to university colleges for their classical training. In 1905, Mr. David Davies of Llandinam—one of the prominent laymen in the Connexion—offered a large building in Aberystwyth as a gift to the denomination to merge North and South into one theological college; however, if either association declined the proposal, the other could take possession while giving the declining association the option to join later. The South Association accepted the offer, while the North Association declined; Trevecca College was then turned into a preparatory school modeled after a similar institution established at Bala in 1891.

The missionary collections of the denomination were given to the London Missionary Society from 1798 to 1840, when a Connexional Society was formed; and no better instances of missionary enterprise are known than those of the Khasia and Jaintia Hills, and the Plains of Sylhet in N. India. There has also been a mission in Brittany since 1842.

The missionary collections of the denomination were given to the London Missionary Society from 1798 to 1840, when a Connexional Society was formed; and no better examples of missionary effort are known than those of the Khasia and Jaintia Hills, and the Plains of Sylhet in North India. There has also been a mission in Brittany since 1842.

The constitution of the denomination (called in Welsh, “Hen Gorph,” i.e. the Old Body) is a mixture of Presbyterianism and Congregationalism; each church manages its own affairs and reports (1) to the district meeting, (2) to the monthly meeting, the nature of each report determining its destination. The monthly meetings are made up of all the officers of the churches comprised in each, and are split up into districts for the purpose of a more local co-operation of the churches. The monthly meetings appoint delegates to the quarterly Associations, of which all officers are members. The Associations of North and South are distinct institutions, deliberating and determining matters pertaining to them in their separate quarterly gatherings. For the purpose of a fuller co-operation in matters common to both, a general assembly (meeting once a year) was established in 1864. This is a purely deliberative conclave, worked by committees, and all its legislation has to be confirmed by the two Associations before it can have any force or be legal. The annual conference of the English churches of the denomination has no legislative standing, and is meant for social and spiritual intercourse and discussions.

The structure of the denomination (known in Welsh as “Hen Gorph,” i.e. the Old Body) combines elements of Presbyterianism and Congregationalism; each church manages its own affairs and reports (1) to the district meeting, and (2) to the monthly meeting, with the type of report determining where it goes. The monthly meetings consist of all the officers from the churches involved and are divided into districts to encourage local cooperation among the churches. The monthly meetings select delegates to the quarterly Associations, which include all officers as members. The Associations in the North and South are separate organizations that discuss and decide on matters relevant to them at their own quarterly meetings. To promote better cooperation on shared issues, a general assembly (meeting once a year) was established in 1864. This assembly is purely for discussion, run by committees, and all its decisions must be approved by the two Associations before they have any authority or legality. The annual conference of the English churches in the denomination has no legislative power and is intended for social and spiritual interaction and discussions.

In doctrine the church is Calvinistic, but its preachers are far from being rigid in this particular, being warmly evangelical, and, in general, distinctly cultured. The London degree largely figures on the Connexional Diary; and now the Welsh degrees, in arts and divinity, are being increasingly achieved. It is a remarkable fact that every Welsh revival, since 1735, has broken out among the Calvinistic Methodists. Those of 1735, 1762, 1780 and 1791 have been mentioned; those of 1817, 1832, 1859 and 1904-1905 were no less powerful, and their history is interwoven with Calvinistic Methodism, the system of which is so admirably adapted for the passing on of the torch. The ministerial system is quite anomalous. It started in pure itineracy; the pastorate came in very gradually, and is not yet in universal acceptance. The authority of the pulpit of any individual church is in the hands of the deacons; they ask the pastor to supply so many Sundays a year—from twelve to forty, as the case may be—and they then fill the remainder with any preacher they choose. The pastor is paid for his pastoral work, and receives his Sunday fee just as a stranger does; his Sundays from home he fills up at the request of deacons of other churches, and it is a breach of Connexional etiquette for a minister to apply for engagements, no matter how many unfilled Sundays he may have. Deacons and preachers make engagements seven or eight years in advance. The Connexion provides for English residents wherever required, and the English ministers are oftener in their own pulpits than their Welsh brethren.

In terms of beliefs, the church follows Calvinist principles, but its preachers are anything but strict about this, being very evangelical and generally quite educated. The London degree is a big part of the Connexional Diary, and now Welsh degrees in arts and divinity are becoming more common. It's noteworthy that every Welsh revival since 1735 has emerged among the Calvinistic Methodists. The revivals of 1735, 1762, 1780, and 1791 have been noted; those of 1817, 1832, 1859, and 1904-1905 were equally impactful, with their stories closely tied to Calvinistic Methodism, a system that is well-suited for passing down traditions. The ministerial system is quite unusual. It began with pure itinerancy; the role of the pastor developed gradually and is not universally accepted yet. The authority of the pulpit in any church lies with the deacons; they request the pastor to cover a certain number of Sundays a year—from twelve to forty, depending on the situation—and they fill the rest with any preacher they choose. The pastor is compensated for his pastoral duties and receives a Sunday fee like any visiting preacher; he fills in at other churches upon request from their deacons, and it's considered improper for a minister to seek out engagements, regardless of how many Sundays he has available. Deacons and preachers often schedule engagements seven or eight years in advance. The Connexion supports English residents wherever necessary, and the English ministers are often in their own churches more than their Welsh counterparts.

The Calvinistic Methodists form in some respects the strongest church in Wales, and its forward movement, headed by Dr. John Pugh of Cardiff, has brought thousands into its fold since its establishment in 1891. Its Connexional Book Room, opened in 1891, yields an annual profit of from £1600 to £2000, the profits being devoted to help the colleges and to establish Sunday school libraries, etc. Its chapels in 1907 numbered 1641 (with accommodation for 488,080), manses 229; its churches1 numbered 1428, ministers 921, unordained preachers 318, deacons 6179; its Sunday Schools 1731, teachers 27,895, scholars 193,460, communicants 189,164, total collections for religious purposes £300,912. The statistics of the Indian Mission are equally good: communicants 8027, adherents 26,787, missionaries 23, native ministers (ordained) 15, preachers (not ordained) 60.

The Calvinistic Methodists form in some respects the strongest church in Wales, and its forward movement, headed by Dr. John Pugh of Cardiff, has brought thousands into its fold since its establishment in 1891. Its Connexional Book Room, opened in 1891, yields an annual profit of from £1600 to £2000, the profits being devoted to help the colleges and to establish Sunday school libraries, etc. Its chapels in 1907 numbered 1641 (with accommodation for 488,080), manses 229; its churches1 numbered 1428, ministers 921, unordained preachers 318, deacons 6179; its Sunday Schools 1731, teachers 27,895, scholars 193,460, communicants 189,164, total collections for religious purposes £300,912. The statistics of the Indian Mission are equally good: communicants 8027, adherents 26,787, missionaries 23, native ministers (ordained) 15, preachers (not ordained) 60.

The Calvinistic Methodists are intensely national in sentiment and aspirations, beyond all suspicion loyalists. They take a great interest in social, political and educational matters, and are prominent on public bodies. They support the Eisteddfod as the promoter and inspirer of arts, letters and music, and are conspicuous among the annual prize winners. They thus form a living, democratic body, flexible and progressive in its movements, yet with a sufficient proportion of conservatism both in religion and theology to keep it sane and safe.

The Calvinistic Methodists are deeply national in their feelings and goals, completely committed to loyalty. They play an active role in social, political, and educational issues and are well-represented on public committees. They back the Eisteddfod as a supporter and motivator of the arts, literature, and music, and they often stand out among the annual prize winners. In this way, they make up a vibrant, democratic group that is adaptable and forward-thinking in its actions, while still maintaining enough traditional values in both religion and theology to remain balanced and secure.

(D. E. J.)

1 Adherents and members in scattered hamlets and attending different meeting-houses or chapels, often combine to form one society or church.

1 Adherents and members in scattered hamlets and attending different meeting-houses or chapels, often combine to form one society or church.


CALVISIUS, SETHUS (1556-1615), German chronologer, was born of a peasant family at Gorschleben in Thuringia on the 21st of February 1556. By the exercise of his musical talents he earned money enough for the start, at Helmstadt, of an university career, which the aid of a wealthy patron enabled him to continue at Leipzig. He became director of the music-school at Pforten in 1572, was transferred to Leipzig in the same capacity in 1594, and retained this post until his death on the 24th of November 1615, despite the offers successively made to him of mathematical professorships at Frankfort and Wittenberg. In his Opus Chronologicum (Leipzig, 1605, 7th ed. 1685) he expounded a system based on the records of nearly 300 eclipses. An ingenious, though ineffective, proposal for the reform of the calendar was put forward in his Elenchus Calendarii Gregoriani (Frankfort, 1612); and he published a book on music, Melodiae condendae ratio (Erfurt, 1592), still worth reading.

CALVISIUS, SETHUS (1556-1615), a German chronologist, was born into a peasant family in Gorschleben, Thuringia, on February 21, 1556. By using his musical talents, he earned enough money to begin his university career in Helmstadt, which he was able to continue in Leipzig thanks to the support of a wealthy patron. He became the director of the music school in Pforten in 1572, was transferred to Leipzig in the same role in 1594, and held this position until his death on November 24, 1615, despite receiving offers for mathematical professorships at Frankfort and Wittenberg. In his Opus Chronologicum (Leipzig, 1605, 7th ed. 1685), he presented a system based on records of nearly 300 eclipses. He proposed an innovative, though unsuccessful, reform of the calendar in his Elenchus Calendarii Gregoriani (Frankfort, 1612); and he published a book on music, Melodiae condendae ratio (Erfurt, 1592), which is still worthwhile reading.

For details see V. Schmuck’s Leichenrede (1615); J. Bertuch’s Chronicon Portense (1739); F.W. E. Rost’s Oratio ad renovendam S. Calvisii memoriam (1805); J G. Stallbaum’s Nachrichten über die Cantoren an der Thomasschule (1842); Allgemeine Deutsche Biographie; Poggendorff’s Biog.-Litterarisches Handworterbuch.

For details, see V. Schmuck’s Leichenrede (1615); J. Bertuch’s Chronicon Portense (1739); F.W. E. Rost’s Oratio ad renovendam S. Calvisii memoriam (1805); J. G. Stallbaum’s Nachrichten über die Cantoren an der Thomasschule (1842); Allgemeine Deutsche Biographie; Poggendorff’s Biog.-Litterarisches Handworterbuch.


CALVO, CARLOS (1824-1906), Argentine publicist and historian, was born at Buenos Aires on the 26th of February 1824, and devoted himself to the study of the law. In 1860 he was sent by the Paraguayan government on a special mission to London and Paris. Remaining in France, he published in 1863 his Derecho international teorico y practice de Europay America, in two volumes, and at the same time brought out a French version. The book immediately took rank as one of the highest modern authorities on the subject, and by 1887 the first French edition had become enlarged to six volumes. Señor Calvo’s next publications were of a semi-historical character. Between 1862 and 1869 he published in Spanish and French his great collection in fifteen volumes of the treaties and other diplomatic acts of the South American republics, and between 1864 and 1875 his Annales historiques de la revolution de l’Amerique latine, in five volumes. In 1884 he was one of the founders at the Ghent congress of the Institut de Droit International. In the following year he was Argentine minister at Berlin, and published his Dictionnaire du droit international public et privé in that city. Calvo died in May 1906 at Paris.

CALVO, CARLOS (1824-1906), Argentine publicist and historian, was born in Buenos Aires on February 26, 1824, and focused on studying law. In 1860, he was sent by the Paraguayan government on a special mission to London and Paris. He stayed in France and published his work Derecho international teorico y prática de Europa y América in two volumes in 1863, along with a French version. The book quickly became one of the leading modern authorities on the subject, and by 1887, the first French edition had expanded to six volumes. Señor Calvo's next publications were semi-historical in nature. Between 1862 and 1869, he published in Spanish and French a significant collection in fifteen volumes of treaties and other diplomatic acts of the South American republics, and from 1864 to 1875, he released his Annales historiques de la revolution de l’Amerique latine in five volumes. In 1884, he was one of the founders of the Institut de Droit International at the Ghent congress. The following year, he served as the Argentine minister in Berlin and published his Dictionnaire du droit international public et privé in that city. Calvo passed away in May 1906 in Paris.


CALW or Kalw, a town of Germany, in the kingdom of Württemberg, on the Nagold, 34 m. S.W. of Stuttgart by rail. Pop. (1905), 4943. It contains a Protestant and a Roman Catholic Church, two schools, missionary institution, and a fine 79 public library. The industries include spinning and weaving operations in wool and cotton. Carpets, cigars and leather are also manufactured. The timber trade, chiefly with the Netherlands, is important. The place is in favour as a health resort.

CALW or Kalw, a town in Germany located in the kingdom of Württemberg, lies 34 miles southwest of Stuttgart by rail. Population (1905) was 4,943. It has a Protestant church and a Roman Catholic church, two schools, a missionary institution, and a nice 79 public library. The local industries include spinning and weaving of wool and cotton. They also produce carpets, cigars, and leather goods. The timber trade, mainly with the Netherlands, is significant. The town is popular as a health resort.

The name of Calw appears first in 1037. In the middle ages the town was under the dominion of a powerful family of counts, whose possessions finally passed to Württemberg in 1345. In 1634 the town was taken by the Bavarians, and in 1692 by the French.

The name Calw first appeared in 1037. During the Middle Ages, the town was ruled by a powerful family of counts, whose lands eventually became part of Württemberg in 1345. In 1634, the town was captured by the Bavarians, and in 1692, by the French.


CALYDON (Καλυδών), an ancient town of Aetolia, according to Pliny, 7½ Roman m. from the sea, on the river Euenus. It was said to have been founded by Calydon, son of Aetolus; to have been the scene of the hunting, by Meleager and other heroes, of the famous Calydonian boar, sent by Artemis to lay waste the fields; and to have taken part in the Trojan war. In historical times it is first mentioned (391 b.c.) as in the possession of the Achaeans, who retained it for twenty years, by the assistance of the Lacedaemonian king, Agesilaus, notwithstanding the attacks of the Arcarnanians. After the battle of Leuctra (371 b.c.) it was restored by Epaminondas to the Aetolians. In the time of Pompey it was a town of importance; but Augustus removed its inhabitants to Nicopolis, which he founded to commemorate his victory at Actium (31 b.c.). The walls of Calydon are almost certainly to be recognized in the Kastro of Kurtagá. These comprise a circuit of over 2 m., with one large gate and five smaller ones, and are situated on a hill on the right or west bank of the Euenus. Remains of large terrace walls outside the town probably indicate the position of the temple of Artemis Laphria, whose gold and ivory statue was transferred to Patras, together probably with her ritual. This included a sacrifice in which all kinds of beasts, wild and tame, were driven into a wooden pyre and consumed.

CALYDON (Kalydon), an ancient town in Aetolia, is mentioned by Pliny as being 7½ Roman miles from the sea, located on the river Euenus. It is believed to have been founded by Calydon, the son of Aetolus, and was known for the hunt of the legendary Calydonian boar, which was sent by Artemis to destroy the fields, involving Meleager and other heroes. It also participated in the Trojan War. Historically, it is first noted in 391 B.C. as being held by the Achaeans, who kept control for twenty years with the help of Lacedaemonian king Agesilaus, despite attacks from the Arcarnanians. After the battle of Leuctra in 371 B.C., it was returned to the Aetolians by Epaminondas. During Pompey's time, it was an important town, but Augustus moved its residents to Nicopolis, which he established to celebrate his victory at Actium in 31 BCE. The walls of Calydon are likely represented by the Kastro of Kurtagá, which has a perimeter of over 2 miles, featuring one large gate and five smaller ones, situated on a hill on the west bank of the Euenus. The remains of large terrace walls outside the town likely indicate the site of the temple of Artemis Laphria, whose gold and ivory statue was moved to Patras, along with her rituals, which included a sacrifice where all kinds of animals, both wild and domestic, were driven into a wooden pyre and burned.

See W.M. Leake, Travels in N. Greece, i. p. 109, iii. pp. 533 sqq.; W.J. Woodhouse, Aetolia, pp. 95 ssq.

See W.M. Leake, Travels in N. Greece, i. p. 109, iii. pp. 533 sqq.; W.J. Woodhouse, Aetolia, pp. 95 ssq.

(E. Gr.)

CALYPSO, in Greek mythology, daughter of Atlas (or Oceanus, or Nereus), queen of the mythical island of Ogygia. When Odysseus was shipwrecked on her shores, Calypso entertained the hero with great hospitality, and prevailed on him to remain with her seven years. Odysseus was then seized with a longing to return to his wife and home; Calypso’s promise of eternal youth failed to induce him to stay, and Hermes was sent by Zeus to bid her release him. When he set sail, Calypso died of grief. (Homer, Odyssey, i. 50, v. 28, vii. 254; Apollodorus i. 2, 7.)

CALYPSO, in Greek mythology, is the daughter of Atlas (or Oceanus, or Nereus) and the queen of the legendary island of Ogygia. When Odysseus was shipwrecked on her shores, Calypso welcomed him with amazing hospitality and convinced him to stay with her for seven years. Eventually, Odysseus felt a strong desire to return to his wife and home; Calypso’s offer of eternal youth couldn’t persuade him to stay, and Zeus sent Hermes to tell her to let him go. When he sailed away, Calypso died of sadness. (Homer, Odyssey, i. 50, v. 28, vii. 254; Apollodorus i. 2, 7.)


CAM (CÃO), DIOGO (fl. 1480-1486), Portuguese discoverer, the first European known to sight and enter the Congo, and to explore the West African coast between Cape St Catherine (2°S.) and Cape Cross (21° 50′ S.) almost from the equator to Walfish Bay. When King John II. of Portugal revived the work of Henry the Navigator, he sent out Cam (about midsummer (?) 1482) to open up the African coast still further beyond the equator. The mouth of the Congo was now discovered (perhaps in August 1482), and marked by a stone pillar (still existing, but only in fragments) erected on Shark Point; the great river was also ascended for a short distance, and intercourse was opened with the natives. Cam then coasted down along the present Angola (Portuguese West Africa), and erected a second pillar, probably marking the termination of this voyage, at Cape Santa Maria (the Monte Negro of these first visitors) in 13° 26′ S. He certainly returned to Lisbon by the beginning of April 1484, when John II. ennobled him, made him a cavalleiro of his household (he was already an escudeiro or esquire in the same), and granted him an annuity and a coat of arms (8th and 14th of April 1484). That Cam, on his second voyage of 1483-1486, was accompanied by Martin Behaim (as alleged on the latter’s Nuremberg globe of 1492) is very doubtful; but we know that the explorer revisited the Congo and erected two more pillars beyond the furthest of his previous voyage, the first at another “Monte Negro” in 15° 41′ S., the second at Cape Cross in 21° 50′, this last probably marking the end of his progress southward. According to one authority (a legend on the 1489 map of Henricus Martellus Germanus), Cam died off Cape Cross; but João de Barros and others make him return to the Congo, and take thence a native envoy to Portugal. The four pillars set up by Cam on his two voyages have all been discovered in situ, and the inscriptions on two of them from Cape Santa Maria and Cape Cross, dated 1482 and 1485 respectively, are still to be read and have been printed; the Cape Cross padrão is now at Kiel (replaced on the spot by a granite facsimile); those from the Congo estuary and the more southerly Monte Negro are in the Museum of the Lisbon Geographical Society.

CAM (DOG), DIOGO (fl. 1480-1486), Portuguese explorer, was the first European known to see and enter the Congo and to explore the West African coast from Cape St Catherine (2°S) to Cape Cross (21° 50′ S), almost from the equator to Walfish Bay. When King John II of Portugal resumed the work of Henry the Navigator, he sent Cam out around midsummer (?) 1482 to further open up the African coast beyond the equator. The mouth of the Congo was discovered (possibly in August 1482) and marked by a stone pillar (still existing, but only in fragments) set up on Shark Point; the great river was also traveled up for a short distance, and contact was established with the natives. Cam then sailed down what is now Angola (Portuguese West Africa) and erected a second pillar, likely marking the end of this voyage, at Cape Santa Maria (the Monte Negro of these early visitors) at 13° 26′ S. He certainly returned to Lisbon by the beginning of April 1484, when John II ennobled him, made him a cavalleiro of his household (he was already an escudeiro or esquire in the same), and granted him a yearly pension and a coat of arms (8th and 14th of April 1484). It is very doubtful that Cam was accompanied by Martin Behaim on his second voyage from 1483-1486 (as claimed on Behaim’s Nuremberg globe of 1492); however, we know the explorer revisited the Congo and set up two more pillars further south than on his previous voyage, the first at another “Monte Negro” in 15° 41′ S, and the second at Cape Cross in 21° 50′, this last likely marking the limit of his southbound journey. According to one source (a legend on the 1489 map of Henricus Martellus Germanus), Cam died off Cape Cross; but João de Barros and others claim he returned to the Congo and brought back a native envoy to Portugal. The four pillars erected by Cam on his two voyages have all been found in situ, and the inscriptions on two of them from Cape Santa Maria and Cape Cross, dated 1482 and 1485 respectively, are still legible and have been published; the Cape Cross padrão is now in Kiel (replaced there by a granite replica); those from the Congo estuary and the more southerly Monte Negro are in the Museum of the Lisbon Geographical Society.

See Barros, Decadas da Asia, Decade i. bk. iii., esp. ch. 3; Ruy de Pina, Chronica d’ el Rei D. João II.; Garcia de Resende, Chronica; Luciano Cordeiro, “Diogo Cão” in Boletim of the Lisbon Geog. Soc., 1892; E.G. Ravenstein, “Voyages of Diogo Cão,” &c., in Geog. Jnl. vol. xvi. (1900); also Geog. Jnl. xxxi. (1908).

See Barros, Decadas da Asia, Decade i. bk. iii., esp. ch. 3; Ruy de Pina, Chronica d’ el Rei D. João II.; Garcia de Resende, Chronica; Luciano Cordeiro, “Diogo Cão” in Boletim of the Lisbon Geog. Soc., 1892; E.G. Ravenstein, “Voyages of Diogo Cão,” &c., in Geog. Jnl. vol. xvi. (1900); also Geog. Jnl. xxxi. (1908).

(C. R. B.)

CAMACHO, JUAN FRANCISCO (1824-1896), Spanish statesman and financier, was born in Cadiz in 1824. The first part of his life was devoted to mercantile and financial pursuits at Cadiz and then in Madrid, where he managed the affairs of and liquidated a mercantile and industrial society to the satisfaction and profit of the shareholders. In 1837 he became a captain in the national militia, in 1852 Conservative deputy in the Cortes for Alcoy, in 1853 secretary of congress, and was afterwards elected ten times deputy, twice senator and life senator in 1877. Camacho took a prominent part in all financial debates and committees, was offered a seat in the Mon cabinet of 1864, and was appointed under-secretary of state finances in 1866 under Canovas and O’Donnell. After the revolution of 1868 he declined the post of minister of finance offered by Marshal Serrano, but served in that capacity in 1872 and 1874 in Sagasta’s cabinets. When the restoration took place, Camacho sat in the Cortes among the dynastic Liberals with Sagasta as leader, and became finance minister in 1881 at a critical moment when Spain had to convert, reduce, and consolidate her treasury and other debts with a view to resuming payment of coupons. Camacho drew up an excellent budget and collected taxation with a decidedly unpopular vigour. A few years later Sagasta again made him finance minister under the regency of Queen Christina, but had to sacrifice him when public opinion very clearly pronounced against his too radical financial reforms and his severity in collection of taxes. He was for the same reasons unsuccessful as a governor of the Tobacco Monopoly Company. He then seceded from the Liberals, and during the last years of his life he affected to vote with the Conservatives, who made him governor of the Bank of Spain. He died in Madrid on the 23rd of January 1896.

CAMACHO, JUAN FRANCISCO (1824-1896), Spanish statesman and financier, was born in Cadiz in 1824. He spent the early part of his life focused on business and finance in Cadiz and then in Madrid, where he managed and successfully dissolved a trading and industrial company for the benefit of its shareholders. In 1837, he became a captain in the national militia, and by 1852 he was a Conservative deputy in the Cortes for Alcoy. In 1853, he was the secretary of congress and went on to be elected as a deputy ten times, as well as senator twice and life senator in 1877. Camacho was actively involved in all financial discussions and committees, was offered a position in the Mon cabinet of 1864, and was appointed under-secretary of state finances in 1866 under Canovas and O’Donnell. After the 1868 revolution, he turned down the role of finance minister offered by Marshal Serrano but did serve in that position in 1872 and 1874 under Sagasta’s cabinets. When the restoration took place, Camacho joined the Cortes with the dynastic Liberals, led by Sagasta, and became finance minister in 1881 at a pivotal time when Spain needed to restructure and consolidate its treasury and other debts to resume payments. He created a solid budget and collected taxes with a notably unpopular firmness. A few years later, Sagasta appointed him as finance minister again during Queen Christina's regency, but had to let him go when public sentiment turned against his overly radical financial reforms and strict tax collection methods. For the same reasons, he was unsuccessful as governor of the Tobacco Monopoly Company. He then distanced himself from the Liberals and, in the final years of his life, pretended to vote with the Conservatives, who made him governor of the Bank of Spain. He died in Madrid on January 23, 1896.

(A. E. H.)

CAMALDULIANS, or Camaldolese, a religious order founded by St Romuald. Born of a noble family at Ravenna c. 950, he retired at the age of twenty to the Benedictine monastery of S. Apollinare in Classe; but being strongly drawn to the eremitical life, he went to live with a hermit in the neighbourhood of Venice and then again near Ravenna. Here a colony of hermits grew up around him and he became the superior. As soon as they were established in their manner of life, Romuald moved to another district and there formed a second settlement of hermits, only to proceed in the same way to the establishment of other colonies of hermits or “deserts” as they were called. In this way during the course of his life Romuald formed a great number of “deserts” throughout central Italy. His chief foundation was at Camaldoli on the heights of the Tuscan Apennines not far from Arezzo, in a vale snow-covered during half the year. Romuald’s idea was to reintroduce into the West the primitive eremitical form of monachism, as practised by the first Egyptian and Syrian monks. His monks dwelt in separate huts around the oratory, and came together only for divine service and on certain days for meals. The life was one of extreme rigour in regard to food, clothing, silence and general observance. Besides the hermits there were lay brothers to help in carrying out the field work and rougher occupations. St Romuald and the early Camaldolese exercised considerable influence on the religious movements of their time; the emperors Otto III. and Henry II. esteemed him highly and sought his advice on religious questions. Disciples of St Romuald went on missions to the still heathen parts of Russia, Poland and Prussia, where some of them suffered martyrdom. In his extreme old age St Romuald with twenty-five 80 of his monks started on a missionary expedition to Hungary, but he was unable to accomplish the journey. He died in 1027. After his death mitigations were gradually introduced into the rule and manner of life; and in the monastery of St Michael in Murano, Venice, the life became cenobitical. From that time to the present day there have always been both eremitical and cenobitical Camaldolese, the latter approximating to ordinary Benedictine life. The Camaldolese spread all over Italy, and into Germany, Poland and France. Camaldoli itself exists as a “desert,” the primitive observance of the institute being strictly maintained. There are a few other “deserts,” all in Italy, except one in Poland; and there are about 90 hermits. The chief monastery of the cenobitical Camaldolese is S. Gregorio on the Caelian Hill in Rome; they number less than forty. Since the 11th century there have been Camaldolese nuns; at present there are five nunneries with 150 nuns, all belonging to the cenobitical branch of the order. The habit of the Camaldulians is white.

CAMALDULIANS, or Camaldolese Monks, is a religious order founded by St. Romuald. He was born into a noble family in Ravenna around 950. At 20, he retired to the Benedictine monastery of S. Apollinare in Classe, but feeling a strong pull towards the eremitical life, he moved to live with a hermit near Venice and then again near Ravenna. A group of hermits gathered around him, and he became their leader. Once they settled into their way of life, Romuald relocated to another area and formed a second community of hermits, continuing to establish other hermit colonies or “deserts.” Over his lifetime, Romuald created many “deserts” across central Italy. His primary foundation was at Camaldoli, in the Tuscan Apennines not far from Arezzo, in a valley that is snow-covered half the year. Romuald aimed to reintroduce the early eremitical style of monasticism to the West, as practiced by the first Egyptian and Syrian monks. His monks lived in separate huts around the oratory and only gathered for divine services and meals on designated days. Their life was extremely rigorous regarding food, clothing, silence, and adherence to rules. In addition to the hermits, there were lay brothers who assisted with farming and harder tasks. St. Romuald and the early Camaldolese had a significant impact on the religious movements of their time; emperors Otto III and Henry II held him in high regard and sought his counsel on religious matters. St. Romuald’s disciples went on missions to the still-pagan regions of Russia, Poland, and Prussia, where some faced martyrdom. In his late years, St. Romuald, accompanied by twenty-five monks, set out on a mission to Hungary but was unable to complete the journey. He died in 1027. After his death, adjustments were gradually made to the rules and lifestyle; in the monastery of St. Michael in Murano, Venice, the life became cenobitical. From then on, there have always been both eremitical and cenobitical Camaldolese, with the latter resembling typical Benedictine life. The Camaldolese spread throughout Italy, Germany, Poland, and France. Camaldoli itself remains a “desert,” strictly maintaining the original traditions of the institute. There are a few other “deserts,” all in Italy except for one in Poland, with about 90 hermits. The primary monastery of the cenobitical Camaldolese is S. Gregorio on the Caelian Hill in Rome, numbering fewer than forty. Since the 11th century, there have been Camaldolese nuns; currently, there are five nunneries with 150 nuns, all part of the cenobitical branch of the order. The habit of the Camaldulians is white.

See Helyot, Hist. des ordres religieux (1792) v. cc. 21-25; Max Heimbucher, Orden und Kongregationen (1896) i. § 29; and the art. “Camaldulenser” in Wetzer and Welte, Kirchenlexikon (2nd ed.), and Herzog, Realencyklopädie (3rd ed.).

See Helyot, Hist. des ordres religieux (1792) v. cc. 21-25; Max Heimbucher, Orden und Kongregationen (1896) i. § 29; and the article “Camaldulenser” in Wetzer and Welte, Kirchenlexikon (2nd ed.), and Herzog, Realencyklopädie (3rd ed.).

(E. C. B.)

CAMARGO, MARIE ANNE DE CUPIS DE (1710-1770), French dancer, of Spanish descent, was born in Brussels on the 15th of April 1710. Her father, Ferdinand Joseph de Cupis, earned a scanty living as violinist and dancing-master, and from childhood she was trained for the stage. At ten years of age she was given lessons by Mlle Françoise Prévost (1680-1741), then the first dancer at the Paris Opéra, and at once obtained an engagement as première danseuse, first at Brussels and then at Rouen. Under her grandmother’s family name of Camargo she made her Paris début in 1726, and at once became the rage. Every new fashion bore her name; her manner of doing her hair was copied by all at court; her shoemaker—she had a tiny foot—made his fortune. She had many titled adorers whom she nearly ruined by her extravagances, among others Louis de Bourbon, comte de Clermont. At his wish she retired from the stage from 1736 to 1741. In her time she appeared in seventy-eight ballets or operas, always to the delight of the public. She was the first ballet-dancer to shorten the skirt to what afterwards became the regulation length. There is a charming portrait of her by Nicolas Lancret in the Wallace collection, London.

CAMARGO, MARIE ANNE DE CUPIS DE (1710-1770), French dancer of Spanish descent, was born in Brussels on April 15, 1710. Her father, Ferdinand Joseph de Cupis, made a modest living as a violinist and dance teacher, and she was trained for the stage from a young age. At just ten years old, she started taking lessons from Mlle Françoise Prévost (1680-1741), who was the lead dancer at the Paris Opéra at the time, and quickly landed a position as première danseuse, first in Brussels and then in Rouen. Performing under her grandmother’s family name, Camargo, she made her Paris début in 1726 and immediately became a sensation. Every new fashion was named after her; her hairstyle was emulated by everyone at court; her cobbler—who made shoes for her tiny feet—struck it rich. She had many noble admirers, whom she nearly bankrupted with her lavish lifestyle, including Louis de Bourbon, comte de Clermont. At his request, she stepped back from the stage from 1736 to 1741. Throughout her career, she appeared in seventy-eight ballets or operas, always to the audience's delight. She was the first ballet dancer to shorten her skirt to what became the standard length. There is a lovely portrait of her by Nicolas Lancret in the Wallace Collection, London.


CAMARGUE (Insula Camaria), a thinly-populated region of southern France contained wholly in the department of Bouches-du-Rhône, and comprising the delta of the Rhone. The Camargue is a marshy plain of alluvial formation enclosed between the two branches of the river, the Grand Rhône to the east and the Petit Rhône to the west. Its average elevation is from 6½ to 8 ft. The Camargue has a coast-line some 30 m. in length and an area of 290 sq. m., of which about a quarter consists of cultivated and fertile land. This is in the north and on the banks of the rivers. The rest consists of rough pasture grazed by the black bulls and white horses of the region and by large flocks of sheep, or of marsh, stagnant water and waste land impregnated with salt. The region is inhabited by flocks of flamingoes, bustards, partridge, and by sea-birds of various kinds. The Étang de Vaccarès, the largest of the numerous lagoons and pools, covers about 23 sq. m.; it receives three main canals constructed to drain off the minor lagoons. The Camargue is protected by dikes from the inundations both of the sea and of the rivers. Inlets in the sea-dike let in water for the purposes of the lagoon fisheries and the salt-pans; and the river-water is used for irrigation and for the submersion of vines. The climate is characterized by hard winters and scorching summers. Rain falls in torrents, but at considerable intervals. The mistral, blowing from the north and north-west, is the prevailing wind. The south-eastern portion of the Camargue is known as the Ile du Plan du Bourg. A secondary delta to the west of the Petit Rhône goes by the name of Petite Camargue.

CAMARGUE (Insula Camaria), a sparsely populated area in southern France located entirely in the Bouches-du-Rhône department, encompasses the delta of the Rhone. The Camargue is a low-lying marshy plain formed by alluvial deposits, situated between the two branches of the river: the Grand Rhône to the east and the Petit Rhône to the west. Its average elevation ranges from 6½ to 8 feet. The Camargue has a coastline that stretches about 30 miles and covers an area of 290 square miles, of which roughly a quarter consists of fertile and cultivated land found in the north along the riverbanks. The remaining land is rough pasture where the region's black bulls and white horses graze, as well as large flocks of sheep, or consists of marshes, stagnant water, and salt-imbued wasteland. The area is home to flocks of flamingos, bustards, partridges, and various sea birds. The Étang de Vaccarès, the largest of the many lagoons and pools, spans around 23 square miles and receives water from three main canals built to drain the smaller lagoons. The Camargue is safeguarded by dikes that protect it from flooding from both the sea and the rivers. Inlets in the sea dike allow water to flow in for lagoon fisheries and salt pans; river water is used for irrigation and soaking vines. The climate features harsh winters and hot summers, with downpours that arrive in heavy bursts but are spaced out significantly. The mistral, blowing from the north and northwest, is the dominant wind. The southeastern part of the Camargue is known as the Ile du Plan du Bourg. There is also a smaller delta to the west of the Petit Rhône called Petite Camargue.


CAMARINA, an ancient city of Sicily, situated on the south coast, about 17 m. S.E. of Gela (Terranova). It was founded by Syracuse in 599 b.c., but destroyed by the mother city in 552 for attempting to assert its independence. Hippocrates of Gela received its territory from Syracuse and restored the town in 492, but it was destroyed by Gelon in 484; the Geloans, however, founded it anew in 461. It seems to have been in general hostile to Syracuse, but, though an ally of Athens in 427, it gave some slight help to Syracuse in 415-413. It was destroyed by the Carthaginians in 405, restored by Timoleon in 339 after its abandonment by Dionysius’s order, but in 258 fell into the hands of the Romans. Its complete destruction dates from a.d. 853. The site of the ancient city is among rapidly shifting sandhills, and the lack of stone in the neighbourhood has led to its buildings being used as a quarry even by the inhabitants of Terranova, so that nothing is now visible above ground but a small part of the wall of the temple of Athena and a few foundations of houses; portions of the city wall have been traced by excavation, and the necropolis has been carefully explored (see J. Schubring in Philologus, xxxii. 490; P. Orsi in Monumenti dei Lincei, ix. 201, 1899; xiv. 756, 1904). To the north lay the lake to which the answer of the Delphic oracle referred, μὴ κίνει Καμάριναν, when the citizens inquired as to the advisability of draining it.

CAMARINA, is an ancient city in Sicily, located on the southern coast, about 17 miles southeast of Gela (Terranova). It was founded by Syracuse in 599 BCE, but was destroyed by the mother city in 552 for trying to claim its independence. Hippocrates of Gela gained its territory from Syracuse and rebuilt the town in 492, but it was destroyed by Gelon in 484; the people of Gela, however, reestablished it in 461. It generally had a hostile relationship with Syracuse, but while it was allied with Athens in 427, it provided some minor support to Syracuse in 415-413. The Carthaginians destroyed it in 405, and Timoleon restored it in 339 after Dionysius ordered its abandonment, but it fell to the Romans in 258. It was completely destroyed in CE 853. The site of the ancient city is among constantly shifting sand dunes, and the lack of stone in the area has led locals in Terranova to use its buildings as a quarry, so now only a small part of the temple of Athena's wall and a few house foundations remain above ground; parts of the city wall have been uncovered through excavation, and the necropolis has been thoroughly explored (see J. Schubring in Philologus, xxxii. 490; P. Orsi in Monumenti dei Lincei, ix. 201, 1899; xiv. 756, 1904). To the north lay the lake referenced in the Delphic oracle's answer, Don't disturb Kamarina, when the citizens asked about the wisdom of draining it.


CAMBACÉRÈS, JEAN JACQUES RÉGIS DE, duke of Parma (1753-1824), French statesman, was born at Montpellier on the 18th of October 1753. He was descended from a well-known family of the legal nobility (noblesse de la robe). He was designed for the magistracy of his province; and in 1771, when for a time the provincial parlement was suppressed, with the others, by the chancellor Maupeou, he refused to sit in the royal tribunal substituted for it. He continued, however, to study law with ardour, and in 1774 succeeded his father as councillor in the court of accounts and finances of his native town. Espousing the principles of the Revolution in 1789, he was commissioned by the noblesse of the province to draw up the cahier (statement of principles and grievances); and the sénéchaussée of Montpellier elected him deputy to the states-general of Versailles; but the election was annulled on a technical point. Nevertheless in 1792 the new department of Hérault, in which Montpellier is situated, sent him as one of its deputies to the Convention which assembled and proclaimed the Republic in September 1792. In the strife which soon broke out between the Girondins and the Jacobins he took no decided part, but occupied himself mainly with the legal and legislative work which went on almost without intermission even during the Terror. The action of Cambacérès at the time of the trial of Louis XVI. (December 25, 1792-January 20, 1793) was characteristic of his habits of thought. At first he protested against the erection of the Convention into a tribunal in these words: “The people has chosen you to be legislators; it has not appointed you as judges.” He also demanded that the king should have due facilities for his defence. Nevertheless, when the trial proceeded, he voted with the majority which declared Louis to be guilty, but recommended that the penalty should be postponed until the cessation of hostilities, and that the sentence should then be ratified by the Convention or by some other legislative body. It is therefore inexact to count him among the regicides, as was done by the royalists after 1815. Early in 1793 he became a member of the Committee of General Defence, but he did not take part in the work of its more famous successor, the Committee of Public Safety, until the close of the year 1794. In the meantime he had done much useful work, especially that of laying down, conjointly with Merlin of Douai, the principles on which the legislation of the revolutionary epoch should be codified. At the close of 1794 he also used his tact and eloquence on behalf of the restoration of the surviving Girondins to the Convention, from which they had been driven by the coup d’état of the 31st of May 1793. In the course of the year 1795, as president of the Committee of Public Safety, and as responsible especially for foreign affairs, he was largely instrumental in bringing about peace with Spain. Nevertheless, not being a regicide, he was not appointed to be one of the five Directors to whom the control of public affairs was entrusted after the coup d’état of Vendémiaire 1795; but, as before, his powers of judgment and of tactful debating soon carried him to the front in the council of Five Hundred. The 81 moderation of his views brought him into opposition to the Directors after the coup d’état of Fructidor (September 1797), and for a time he retired into private life. Owing, however, to the influence of Sieyès, he became minister of justice in July 1799. He gave a guarded support to Bonaparte and Sieyès in their enterprise of overthrowing the Directory (coup d’état of Brumaire 1799).

CAMBACÉRÈS, JEAN JACQUES RÉGIS DE, duke of Parma (1753-1824), French statesman, was born in Montpellier on October 18, 1753. He came from a prominent legal noble family (noblesse de la robe). He was meant to pursue a career in law for his province; however, in 1771, when the provincial parliament was temporarily dissolved by Chancellor Maupeou, he refused to join the royal tribunal that replaced it. Nevertheless, he continued to study law passionately and in 1774 took over his father's position as a councillor in the court of accounts and finances in his hometown. Supporting the ideals of the Revolution in 1789, he was appointed by the province's noblesse to draft the cahier (statement of principles and grievances); the sénéchaussée of Montpellier elected him as a deputy to the states-general of Versailles, but his election was canceled due to a technicality. Still, in 1792, the new department of Hérault, where Montpellier is located, sent him as one of its deputies to the Convention that convened and declared the Republic in September 1792. During the conflict between the Girondins and the Jacobins, he remained neutral, mostly focusing on the legal and legislative work that continued almost non-stop even during the Terror. Cambacérès' actions during the trial of Louis XVI (December 25, 1792-January 20, 1793) reflected his thought processes. Initially, he opposed turning the Convention into a court by stating, “The people chose you to be legislators; they did not appoint you as judges.” He also insisted that the king should be given a fair chance to defend himself. However, when the trial continued, he voted with the majority that found Louis guilty but recommended that the punishment be delayed until after the fighting ended and that the verdict be confirmed by the Convention or another legislative body. Therefore, it is inaccurate to classify him among the regicides, as royalists did after 1815. In early 1793, he became a member of the Committee of General Defence, but he did not participate in the work of its more well-known successor, the Committee of Public Safety, until late 1794. In the meantime, he made significant contributions, particularly in collaborating with Merlin of Douai to establish the principles for codifying legislation during the revolutionary period. By the end of 1794, he also used his diplomacy and oratory skills to advocate for the restoration of the remaining Girondins to the Convention, from which they had been expelled by the coup d’état of May 31, 1793. Throughout 1795, as president of the Committee of Public Safety and particularly responsible for foreign affairs, he played a key role in achieving peace with Spain. However, since he was not a regicide, he wasn’t appointed as one of the five Directors responsible for public affairs after the coup d’état of Vendémiaire 1795; nonetheless, his sound judgment and skilled debating quickly elevated him in the council of Five Hundred. The 81 moderation of his views led him to oppose the Directors after the coup d’état of Fructidor (September 1797), causing him to retreat into private life for a while. However, due to Sieyès' influence, he became Minister of Justice in July 1799. He cautiously supported Bonaparte and Sieyès in their plan to overthrow the Directory (coup d’état of Brumaire 1799).

After a short interval Cambacérès was, by the constitution of December 1799, appointed second consul of France—a position which he owed largely to his vast legal knowledge and to the conviction which Sieyès entertained of his value as a manipulator of public assemblies. It is impossible here to describe in detail his relations to Napoleon, and the part which he played in the drawing up of the Civil Code, later on called the Code Napoleon. It must suffice to say that the skilful intervention of Cambacérès helped very materially to ensure to Napoleon the consulship for life (August 1, 1802); but the second consul is known to have disapproved of some of the events which followed, notably the execution of the duc d’Enghien, the rupture with England, and the proclamation of the Empire (May 19, 1804). This last occurrence ended his title of second consul; it was replaced by that of arch-chancellor of the Empire. To him was decreed the presidence of the Senate in perpetuity. He also became a prince of the Empire and received in 1808 the title duke of Parma. Apart from the important part which he took in helping to co-ordinate and draft the Civil Code, Cambacérès did the state good service in many directions, notably by seeking to curb the impetuosity of the emperor, and to prevent enterprises so fatal as the intervention in Spanish affairs (1808) and the invasion of Russia (1812) proved to be. At the close of the campaign of 1814 he shared with Joseph Bonaparte the responsibility for some of the actions which zealous Bonapartists have deemed injurious to the fortunes of the emperor. In 1815, during the Hundred Days, he took up his duties reluctantly at the bidding of Napoleon; and after the second downfall of his master, he felt the brunt of royalist vengeance, being for a time exiled from France. A decree of 13th May 1818 restored him to his civil rights as a citizen of France; but the last six years of his life he spent in retirement. He was a member of the Academy till the 31st of March 1816, when a decree of exclusion was passed. In demeanour he was quiet, reserved and tactful, but when occasion called for it he proved himself a brilliant orator. He was a celebrated gourmet, and his dinners were utilized by Napoleon as a useful adjunct to the arts of statecraft.

After a brief period, Cambacérès was appointed second consul of France by the constitution of December 1799—a role he largely owed to his extensive legal expertise and Sieyès’ belief in his skill at managing public assemblies. It's impossible to detail his relationship with Napoleon and his involvement in drafting the Civil Code, later known as the Code Napoleon. It suffices to say that Cambacérès’ adept intervention significantly helped secure Napoleon's consulship for life (August 1, 1802); however, the second consul disapproved of some subsequent events, particularly the execution of the duc d’Enghien, the break with England, and the proclamation of the Empire (May 19, 1804). This last event ended his title as second consul, which was replaced by arch-chancellor of the Empire. He was also granted permanent presidency of the Senate, became a prince of the Empire, and in 1808 received the title duke of Parma. Besides his crucial role in helping to coordinate and draft the Civil Code, Cambacérès served the state well in various ways, particularly by trying to rein in the emperor’s impulsiveness and prevent disastrous ventures like the intervention in Spanish affairs (1808) and the invasion of Russia (1812). At the end of the 1814 campaign, he and Joseph Bonaparte shared responsibility for actions that devoted Bonapartists viewed as harmful to the emperor’s interests. In 1815, during the Hundred Days, he reluctantly resumed his duties at Napoleon's request; after his master’s second downfall, he faced royalist retribution and was exiled from France for a time. A decree on May 13, 1818, restored his civil rights as a citizen of France, but he spent the last six years of his life in retirement. He was a member of the Academy until March 31, 1816, when he was excluded by a decree. He was quiet, reserved, and tactful in demeanor, yet when the occasion demanded, he proved to be a brilliant orator. He was a renowned gourmet, and his dinners were used by Napoleon as a valuable tool in statecraft.

See A. Aubriet, Vie de Cambacérès (2nd ed., Paris, 1825).

See A. Aubriet, Vie de Cambacérès (2nd ed., Paris, 1825).

(J. Hl. R.)

CAMBALUC, the name by which, under sundry modifications, the royal city of the great khan in China became known to Europe during the middle ages, that city being in fact the same that we now know as Peking. The word itself represents the Mongol Khan-Balik, “the city of the khan,” or emperor, the title by which Peking continues, more or less, to be known to the Mongols and other northern Asiatics.

CAMBALUC, the name by which, under various variations, the royal city of the great khan in China became known to Europe during the Middle Ages, is actually the same city we now call Beijing. The term itself comes from the Mongol Khan-Balik, meaning "the city of the khan," or emperor, which is a title that Beijing continues to be referred to, more or less, by the Mongols and other northern Asians.

A city occupying approximately the same site had been the capital of one of the principalities into which China was divided some centuries before the Christian era; and during the reigns of the two Tatar dynasties that immediately preceded the Mongols in northern China, viz. that of the Khitans, and of the Kin or “Golden” khans, it had been one of their royal residences. Under the names of Yenking, which it received from the Khitan, and of Chung-tu, which it had from the Kin, it holds a conspicuous place in the wars of Jenghiz Khan against the latter dynasty. He captured it in 1215, but it was not till 1284 that it was adopted as the imperial residence in lieu of Karakorum in the Mongol steppes by his grandson Kublai. The latter selected a position a few hundred yards to the north-east of the old city of Chung-tu or Yenking, where he founded the new city of Ta-tu (“great capital”), called by the Mongols Taidu or Daitu, but also Khan-Balik; and from this time dates the use of the latter name as applied to this site.

A city located roughly on the same site was the capital of one of the principalities into which China was divided several centuries before the Christian era. During the reigns of the two Tatar dynasties that came before the Mongols in northern China, specifically the Khitans and the Kin or “Golden” khans, it served as one of their royal residences. Under the names of Yenking, which it got from the Khitan, and Chung-tu, which it received from the Kin, it played a significant role in the wars of Jenghiz Khan against the latter dynasty. He captured it in 1215, but it wasn't until 1284 that it was chosen as the imperial residence by his grandson Kublai, replacing Karakorum in the Mongol steppes. Kublai picked a spot a few hundred yards northeast of the old city of Chung-tu or Yenking, where he established the new city of Ta-tu (“great capital”), known to the Mongols as Taidu or Daitu, but also Khan-Balik; and from this point, the latter name began to be used to refer to this site.

The new city formed a rectangle, enclosed by a colossal mud rampart, the longer sides of which ran north and south. These were each about 513 English m. in length, the shorter sides 3¾ m., so that the circuit was upwards of 18 m. The palace of the khan, with its gardens and lake, itself formed an inner enclosure fronting the south. There were eleven city gates, viz. three on the south side, always the formal front with the Tatars, and two on each of the other sides; and the streets ran wide and straight from gate to gate (except, of course, where interrupted by the palace walls), forming an oblong chess-board plan.

The new city was shaped like a rectangle, surrounded by a massive mud wall, with the longer sides running north and south. Each of these sides was about 513 English miles long, while the shorter sides measured 3¾ miles, resulting in a total perimeter of over 18 miles. The khan's palace, along with its gardens and lake, created an inner enclosure facing south. There were eleven city gates: three on the south side, which was always the main entrance for the Tatars, and two on each of the other sides. The streets were wide and straight, extending from gate to gate (except, of course, where they were interrupted by the palace walls), resembling an elongated chessboard layout.

Ta-tu continued to be the residence of the emperors till the fall of the Mongol power (1368). The native dynasty (Ming) which supplanted them established their residence at Nan-king (“South Court”), but this proved so inconvenient that Yunglo, the third sovereign of the dynasty, reoccupied Ta-tu, giving it then, for the first time, the name of Pe-king (“North Court”). This was the name in common use when the Jesuits entered China towards the end of the 16th century, and began to send home accurate information about China. But it is not so now; the names in ordinary use being King-cheng or King-tu, both signifying “capital.” The restoration of Cambaluc was commenced in 1409. The size of the city was diminished by the retrenchment of nearly one-third at the northern end, which brought the enceinte more nearly to a square form. And this constitutes the modern (so-called) “Tatar city” of Peking, the south front of which is identical with the south front of the city of Kublai. The walls were completed in 1437. Population gathered about the southern front, probably using the material of the old city of Yenking, and the excrescence so formed was, in 1544, enclosed by a wall and called the “outer city.” It is the same that is usually called by Europeans “the Chinese city.” The ruins of the retrenched northern portion of Kublai’s great rampart are still prominent along their whole extent, so that there is no room for question as to the position or true dimensions of the Cambaluc of the middle ages; and it is most probable, indeed it is almost a necessity, that the present palace stands on the lines of Kublai’s palace.

Ta-tu remained the home of the emperors until the decline of Mongol power in 1368. The native Ming dynasty that replaced them set up their residence in Nanking (“South Court”), but this proved to be quite inconvenient, leading Yunglo, the third ruler of the dynasty, to move back to Ta-tu, naming it for the first time Pe-king (“North Court”). This was the name commonly used when the Jesuits arrived in China at the end of the 16th century and began sharing accurate information about the country. However, it’s not what people typically call it now; nowadays, the common names are King-cheng or King-tu, both meaning “capital.” The restoration of Cambaluc began in 1409. The city was reduced in size by nearly one-third at the northern end, making it closer to a square shape. This is what we now refer to as the modern “Tatar city” of Peking, whose southern front matches that of Kublai's city. The walls were finished in 1437. People settled around the southern front, likely using materials from the old city of Yenking, and this extension was enclosed by a wall in 1544, becoming known as the “outer city.” This is what Europeans usually call “the Chinese city.” The remains of the reduced northern section of Kublai’s massive rampart are still visible along its entire length, leaving no doubt about the location or true size of Cambaluc in the Middle Ages; it’s highly likely, and almost necessary, that the current palace is built on the site of Kublai’s palace.

The city, under the name of Cambaluc, was constituted into an archiepiscopal see by Pope Clement V. in 1307, in favour of the missionary Franciscan John of Montecorvino (d. 1330); but though some successors were nominated it seems probable that no second metropolitan ever actually occupied the seat.

The city, known as Cambaluc, was established as an archiepiscopal see by Pope Clement V in 1307, in favor of the missionary Franciscan John of Montecorvino (d. 1330); however, although some successors were appointed, it seems likely that no second metropolitan ever actually took the position.

Maps of the 16th and 17th centuries often show Cambaluc in an imaginary region to the north of China, a part of the misconception that has prevailed regarding Cathay. The name is often in popular literature written Cambalu, and is by Longfellow accented in verse Cámbălú. But this spelling originates in an accidental error in Ramusio’s Italian version, which was the chief channel through which Marco Polo’s book was popularly known. The original (French) MSS. all agree with the etymology in calling it Cambaluc, which should be accented Cămbáluc.

Maps from the 16th and 17th centuries often place Cambaluc in a fictional area north of China, reflecting a common misunderstanding about Cathay. In popular literature, the name is frequently spelled Cambalu, and Longfellow emphasizes it in verse as Cámbălú. However, this spelling comes from an accidental mistake in Ramusio’s Italian version, which was the main way Marco Polo’s book reached the public. The original (French) manuscripts all agree on the etymology, referring to it as Cambaluc, which should be accented as Cămbáluc.


CAMBAY, a native state of India, within the Gujarat division of Bombay. It has an area of 350 sq. m. Pop. (1901) 75,225, showing a decrease of 16% in the decade, due to the famine of 1899-1900. The estimated gross revenue is £27,189; the tribute, £1460. In physical character Cambay is entirely an alluvial plain. As a separate state it dates only from about 1730, the time of the dismemberment of the Mogul empire. The present chiefs are descended from Momin Khan II., the last of the governors of Gujarat, who in 1742 murdered his brother-in-law, Nizam Khan, governor of Cambay, and established himself there.

CAMBAY, is a native state in India, located in the Gujarat region of Bombay. It covers an area of 350 square miles. The population in 1901 was 75,225, which reflects a 16% decline over the decade, largely due to the famine of 1899-1900. The estimated total revenue is £27,189; the tribute amounts to £1,460. Geographically, Cambay is entirely made up of an alluvial plain. As an independent state, it has existed since around 1730, following the breakup of the Mogul empire. The current rulers are descendants of Momin Khan II, the last governor of Gujarat, who in 1742 killed his brother-in-law, Nizam Khan, the governor of Cambay, and took control of the area.

The town of Cambay had a population in 1901 of 31,780. It is supposed to be the Camanes of Ptolemy, and was formerly a very flourishing city, the seat of an extensive trade, and celebrated for its manufactures of silk, chintz and gold stuffs; but owing principally to the gradually increasing difficulty of access by water, owing to the silting up of the gulf, its commerce has long since fallen away, and the town has become poor and dilapidated. The spring tides rise upwards of 30 ft., and in a channel usually so shallow form a serious danger to shipping. The trade is chiefly confined to the export of cotton. The town is celebrated for its manufacture of agate and carnelian ornaments, of reputation principally in China. The houses in many instances are built of stone (a circumstance which indicates the former 82 wealth of the city, as the material had to be brought from a very considerable distance); and remains of a brick wall, 3 m. in circumference, which formerly surrounded the town, enclose four large reservoirs of good water and three bazaars. To the south-east there are very extensive ruins of subterranean temples and other buildings half-buried in the sand by which the ancient town was overwhelmed. These temples belong to the Jains, and contain two massive statues of their deities, the one black, the other white. The principal one, as the inscription intimates, is Pariswanath, or Parswanath, carved in the reign of the emperor Akbar; the black one has the date of 1651 inscribed. In 1780 Cambay was taken by the army of General Goddard, was restored to the Mahrattas in 1783, and was afterwards ceded to the British by the peshwa under the treaty of 1803. It was provided with a railway in 1901 by the opening of the 11 m. required to connect with the gaekwar of Baroda’s line through Petlad.

The town of Cambay had a population of 31,780 in 1901. It's believed to be the Camanes mentioned by Ptolemy and was once a thriving city known for its extensive trade and famous for its silk, chintz, and gold fabrics. However, due mainly to the increasing difficulty of accessing it by water—because the gulf has silted up—its commerce has significantly declined, and the town has become poor and run-down. The spring tides can rise over 30 ft., creating a serious hazard for shipping in usually shallow waters. Trade is mostly limited to cotton exports. The town is known for its agate and carnelian ornaments, which are particularly valued in China. Many houses are made of stone (a sign of the city’s former wealth since the material had to be transported from a considerable distance), and remnants of a brick wall, 3 m in circumference, that used to surround the town enclose four large reservoirs of fresh water and three bazaars. To the southeast, there are extensive ruins of underground temples and other structures half-buried in sand from when the ancient town was swallowed up. These temples belong to the Jains and house two large statues of their deities, one black and the other white. The main statue, as indicated by the inscription, is Pariswanath, or Parswanath, carved during the reign of Emperor Akbar; the black statue is dated 1651. In 1780, Cambay was captured by General Goddard's army, returned to the Mahrattas in 1783, and was eventually ceded to the British by the peshwa under the treaty of 1803. In 1901, a railway was established, opening an 11-mile connection to the Gaekwar of Baroda's line through Petlad.


CAMBAY, GULF OF, an inlet in the coast of India, in the Gujarat division of Bombay. It is about 80 m. in length, but is shallow and abounds in shoals and sandbanks. It is supposed that the depth of water in this gulf has been decreasing for more than two centuries past. The tides, which are very high, run into it with amazing velocity, but at low water the bottom is left nearly dry for some distance below the latitude of the town of Cambay. It is, however, an important inlet, being the channel by which the valuable produce of central Gujarat and the British districts of Ahmedabad and Broach is exported; but the railway from Bombay to Baroda and Ahmedabad, near Cambay, has for some time past been attracting the trade to itself.

CAMBAY, GULF OF, is an inlet on the coast of India, in the Gujarat region of Bombay. It's about 80 miles long but is shallow and full of shoals and sandbanks. It's believed that the water depth in this gulf has been decreasing for over two centuries. The tides here are very high and flow in with remarkable speed, but at low tide, the bottom is left almost dry for quite a distance below the latitude of the town of Cambay. Nonetheless, it’s an important inlet, serving as the channel for exporting valuable products from central Gujarat and the British districts of Ahmedabad and Broach; however, the railway from Bombay to Baroda and Ahmedabad, which is near Cambay, has been attracting trade away from it for some time.


CAMBER (derived through the Fr. from Lat. camera, vault), in architecture, the upward curvature given to a beam and provided for the depression or sagging, which it is liable to, before it has settled down to its bearings. A “camber arch” is a slight rise given to the straight-arch to correct an apparent sinking in the centre (see Arch).

CAMBER (derived through the Fr. from Lat. camera, vault), in architecture, the upward curvature given to a beam and provided for the depression or sagging, which it is liable to, before it has settled down to its bearings. A “camber arch” is a slight rise given to the straight-arch to correct an apparent sinking in the centre (see Arch).


CAMBERT, ROBERT (1628-1677), French operatic composer, was born in Paris in 1628. He was a pupil of Chambonnières. In 1655, after he had obtained the post of organist at the church of St Honoré, he married Marie du Moustier. He was musical superintendent to Queen Anne of Austria, mother of Louis XIV., and for a time held a post with the marquis de Sourdeac. His earlier works, the words of which were furnished by Pierre Perrin, continued to be performed before the court at Vincennes till the death of his patron Cardinal Mazarin. In 1669 Perrin received a patent for the founding of the Académie Nationale de musique, the germ of the Grand Opéra, and Cambert had a share in the administration until both he and Perrin were discarded in the interests of Lulli. Displeased at his subsequent neglect, and jealous of the favour shown to Lulli, who was musical superintendent to the king, he went in 1673 to London, where soon after his arrival he was appointed master of the band to Charles II. One at least of his operas, Pomone, was performed in London under his direction, but it did not suit the popular taste, and he is supposed to have killed himself in London in 1677. His other principal operas were Ariadne ou les amours de Bacchus and Les Peines et les plaisirs de l‘amour.

CAMBERT, ROBERT (1628-1677), French opera composer, was born in Paris in 1628. He studied under Chambonnières. In 1655, after becoming the organist at St. Honoré church, he married Marie du Moustier. He served as musical supervisor to Queen Anne of Austria, mother of Louis XIV, and held a position with the marquis de Sourdeac for a while. His early works, with lyrics by Pierre Perrin, continued to be performed at the court in Vincennes until Cardinal Mazarin's death. In 1669, Perrin received a patent to establish the Académie Nationale de musique, the precursor to the Grand Opéra, and Cambert participated in its administration until both he and Perrin were removed to benefit Lulli. Frustrated by being overlooked and envious of Lulli’s favor with the king, Cambert moved to London in 1673, where he was soon appointed master of the band for Charles II. One of his operas, Pomone, was performed in London under his direction, but it didn’t resonate with audiences, and he is believed to have taken his own life in London in 1677. His other major operas included Ariadne ou les amours de Bacchus and Les Peines et les plaisirs de l‘amour.


CAMBERWELL, a southern metropolitan borough of London, England, bounded N. by Southwark and Bermondsey, E. by Deptford and Lewisham, W. by Lambeth, and extending S. to the boundary of the county of London. Pop, (1901) 259,339. Area, 4480 acres. It appears in Domesday, but the derivation of the name is unknown. It includes the districts of Peckham and Nunhead, and Dulwich (q.v.) with its park, picture-gallery and schools. Camberwell is mainly residential, and there are many good houses, pleasantly situated in Dulwich and southward towards the high ground of Sydenham. Dulwich Park (72 acres) and Peckham Rye Common and Park (113 acres) are the largest of several public grounds, and Camberwell Green was once celebrated for its fairs. Immediately outside the southern boundary lies a well-known place of recreation, the Crystal Palace. Among institutions may be mentioned the Camberwell school of arts and crafts, Peckham Road. In Camberwell Road is Cambridge House, a university settlement, founded in 1897 and incorporating the earlier Trinity settlement. The parliamentary borough of Camberwell has three divisions, North, Peckham and Dulwich, each returning one member: but is not wholly coincident with the municipal borough, the Dulwich division extending to include Penge, outside the county of London. The borough council consists of a mayor, ten aldermen, and sixty councillors.

CAMBERWELL, is a southern borough of London, England, bordered to the north by Southwark and Bermondsey, to the east by Deptford and Lewisham, to the west by Lambeth, and extending south to the boundary of the county of London. Population (1901) was 259,339. The area covers 4480 acres. It’s mentioned in the Domesday book, but the origin of the name is unknown. It includes the districts of Peckham, Nunhead, and Dulwich (q.v.), which has its own park, art gallery, and schools. Camberwell is mainly residential, with many nice houses located in Dulwich and further south towards the elevated areas of Sydenham. Dulwich Park (72 acres) and Peckham Rye Common and Park (113 acres) are the largest among several public spaces, and Camberwell Green was once famous for its fairs. Just beyond the southern boundary is the well-known leisure spot, the Crystal Palace. Notable institutions include the Camberwell School of Arts and Crafts on Peckham Road. In Camberwell Road is Cambridge House, a university settlement established in 1897 that includes the earlier Trinity settlement. The parliamentary borough of Camberwell is divided into three areas: North, Peckham, and Dulwich, with each area electing one representative; however, it doesn’t completely align with the municipal borough, as the Dulwich division extends to include Penge, which is outside the county of London. The borough council is made up of a mayor, ten aldermen, and sixty councillors.


CAMBIASI, LUCA (1527-1585), Genoese painter, familiarly known as Lucchetto da Genova (his surname is written also Cambiaso or Cangiagio), was born at Moneglia in the Genoese state, the son of a painter named Giovanni Cambiasi. He took to drawing at a very early age, imitating his father, and developed great aptitude for foreshortening. At the age of fifteen he painted, along with his father, some subjects from Ovid’s Metamorphoses on the front of a house in Genoa, and afterwards, in conjunction with Marcantonio Calvi, a ceiling showing great daring of execution in the Palazzo Doria. He also formed an early friendship with Giambattista Castello; both artists painted together, with so much similarity of style that their works could hardly be told apart; from this friend Cambiasi learned much in the way of perspective and architecture. Luchetto’s best artistic period lasted for twelve years after his first successes; from that time he declined in power, though not at once in reputation, owing to the agitations and vexations brought upon him by a passion which he conceived for his sister-in-law. His wife having died, and the sister-in-law having taken charge of his house and children, he endeavoured to procure a papal dispensation for marrying her; but in this he was disappointed. In 1583 he accepted an invitation from Philip II. to continue in the Escorial a series of frescoes which had been begun by Castello, now deceased; and it is said that one principal reason for his closing with this offer was that he hoped to bring the royal influence to bear upon the pope, but in this again he failed. Worn out with his disquietudes, he died in the Escorial in the second year of his sojourn. Cambiasi had an ardent fancy, and was a bold designer in a Raphaelesque mode. His extreme facility astonished the Spanish painters; and it is said that Philip II., watching one day with pleasure the offhand zest with which Luchetto was painting a head of a laughing child, was allowed the further surprise of seeing the laugh changed, by a touch or two upon the lips, into a weeping expression. The artist painted sometimes with a brush in each hand, and with a certainty equalling or transcending that even of Tintoret. He made a vast number of drawings, and was also something of a sculptor, executing in this branch of art a figure of Faith. Altogether he ranks as one of the ablest artists of his day. In personal character, notwithstanding his executive energy, he is reported to have been timid and diffident. His son Orazio became likewise a painter, studying under Luchetto.

CAMBIASI, LUCA (1527-1585), Genoese painter, commonly known as Lucchetto da Genova (his surname is also written as Cambiaso or Cangiagio), was born in Moneglia in the Genoese state, the son of a painter named Giovanni Cambiasi. He started drawing at a very young age, imitating his father, and showed a great talent for foreshortening. At fifteen, he painted, alongside his father, some scenes from Ovid’s Metamorphoses on the facade of a house in Genoa, and later, in collaboration with Marcantonio Calvi, a daring ceiling in the Palazzo Doria. He also formed a close friendship with Giambattista Castello; both artists worked together, to the point that their styles were nearly indistinguishable. From this friend, Cambiasi learned a lot about perspective and architecture. Luchetto’s peak artistic period lasted for twelve years after his initial successes; after that, he declined in skill, though not immediately in reputation, due to the turmoil and distress caused by his infatuation with his sister-in-law. After his wife passed away, his sister-in-law took care of his household and children, and he tried to obtain a papal dispensation to marry her, but was unsuccessful. In 1583, he accepted an invitation from Philip II to continue a series of frescoes at the Escorial that had been started by the deceased Castello; it is said that a major reason for his acceptance was his hope to influence the pope through the royal connection, but he failed in this attempt as well. Exhausted by his troubles, he died in the Escorial during his second year there. Cambiasi had a vivid imagination and was a bold designer in a style reminiscent of Raphael. His incredible talent amazed Spanish painters; it is said that one day, while watching Luchetto paint a laughing child's face, Philip II was surprised when, with just a few touches to the lips, the expression transformed into one of sadness. The artist sometimes painted with a brush in each hand, with a precision that matched or even exceeded that of Tintoretto. He created a vast number of drawings and was also a bit of a sculptor, producing a figure of Faith in that medium. Overall, he is regarded as one of the most skilled artists of his time. Despite his artistic prowess, he is said to have been shy and insecure. His son Orazio also became a painter, studying under Luchetto.

The best works of Cambiasi are to be seen in Genoa. In the church of S. Giorgio—the martyrdom of that saint; in the Palazzo Imperiali Terralba, a Genoese suburb—a fresco of the “Rape of the Sabines”; in S. Maria da Carignano—a “Pietà,” containing his own portrait and (according to tradition) that of his beloved sister-in-law. In the Escorial he executed several pictures; one is a Paradise on the vaulting of the church, with a multitude of figures. For this picture he received 12,000 ducats, probably the largest sum that had, up to that time, ever been given for a single work.

The best works of Cambiasi can be found in Genoa. In the church of S. Giorgio, there's the martyrdom of that saint; in the Palazzo Imperiali Terralba, a suburb of Genoa, there’s a fresco called the “Rape of the Sabines”; and in S. Maria da Carignano, there's a “Pietà,” which includes his own portrait and, according to tradition, that of his beloved sister-in-law. At the Escorial, he created several paintings, including a Paradise on the church’s ceiling, featuring a multitude of figures. For this piece, he was paid 12,000 ducats, likely the largest amount ever given for a single work up to that point.


CAMBODIA1 (called by the inhabitants Sroc Khmer and by the French Cambodge), a country of south-eastern Asia and a protectorate of France, forming part of French Indo-China.

CAMBODIAI'm sorry, but I can't assist you without the text you'd like modernized. Please provide the phrases. (called by the inhabitants Sroc Khmer and by the French Cambodge), a country of south-eastern Asia and a protectorate of France, forming part of French Indo-China.

Geography.—It is bounded N. by Siam and Laos, E. by Annam, S.E. and S. by Cochin-China, S.W. by the Gulf of Siam, and W. by Siam. Its area is estimated at approximately 65,000 sq. m.; its population at 1,500,000, of whom some three-quarters are Cambodians, the rest Chinese, Annamese, Chams, Malays, and aboriginal natives. The whole of Cambodia lies in the basin of the lower Mekong, which, entering this territory on the north, flows south for some distance, then inclines south-west as far as Pnom-penh, where it spreads into a delta and resumes a southerly course. The salient feature of Cambodian geography is the large lake Tonlé-Sap, in a depression 68 m. long from south-east to north-west and 15 m. wide. It is fed by several 83 rivers and innumerable torrents, and at flood-time serves as a reservoir for the Mekong, with which it is connected by a channel some 70 m. long, known as the Bras du Lac and joining the river at Pnom-Penh. In June the waters of the Mekong, swollen by the rains and the melting of the Tibetan snows, rise to a height of 40 to 45 ft. and flow through the Bras du Lac towards the lake, which then covers an area of 770 sq. m., and like the river inundates the marshes and forests on its borders. During the dry season the current reverses and the depression empties so that the lake shrinks to an area of 100 sq. m., and its depth falls from 45-48 ft. to a maximum of 5 ft. Tonlé-Sap probably represents the chief wealth of Cambodia. It supports a fishing population of over 30,000, most of whom are Annamese; the fish, which are taken by means of large nets at the end of the inundation, are either dried or fermented for the production of the sauce known as nuoc-mam. The northern and western provinces of Cambodia which fall outside the densely populated zone of inundation are thinly peopled; they consist of plateaus, in many places thickly wooded and intersected by mountains, the highest of which does not exceed 5000 ft. The region to the east of the Mekong is traversed by spurs of the mountains of Annam and by affluents of the Mekong, the most important of these being the Se-khong and the Tonle-srepok, which unite to flow into the Mekong at Stung-treng. Small islands, inhabited by a fishing population, fringe the west coast.

Geography.—It is bordered to the north by Thailand and Laos, to the east by Vietnam, to the southeast and south by Cochinchina, to the southwest by the Gulf of Thailand, and to the west by Thailand. Its area is estimated to be about 65,000 square miles, with a population of around 1,500,000, of which about three-quarters are Cambodians, and the rest are Chinese, Vietnamese, Chams, Malays, and indigenous peoples. All of Cambodia is located in the basin of the lower Mekong River, which enters this region from the north, flows south for a distance, then shifts southwest to Phnom Penh, where it spreads into a delta and continues southward. A key feature of Cambodian geography is the large lake Tonlé Sap, which is 68 miles long from southeast to northwest and 15 miles wide. It is fed by several rivers and numerous streams, and during the flood season, it acts as a reservoir for the Mekong, connected by a 70-mile channel known as the Bras du Lac, which links the river at Phnom Penh. In June, the waters of the Mekong rise to 40 to 45 feet due to rain and melting snow from Tibet, flowing through the Bras du Lac toward the lake, which then expands to an area of 770 square miles, flooding the marshes and forests along its edges. During the dry season, the current reverses and the depression empties, shrinking the lake to 100 square miles and dropping its depth from 45-48 feet to a maximum of 5 feet. Tonlé Sap likely represents the main resource of Cambodia, supporting a fishing population of over 30,000, mainly Vietnamese; the fish caught using large nets at the end of the flood season are either dried or fermented to create the sauce known as nuoc-mam. The northern and western provinces of Cambodia that are outside the densely populated flood zone are sparsely populated and consist of plateaus, many areas heavily forested, and intersected by mountains, the highest of which is no more than 5,000 feet. The region east of the Mekong is crossed by spurs of the Annam Mountains and by tributaries of the Mekong, the most significant being the Se-khong and the Tonle-srepok, which combine to flow into the Mekong at Stung Treng. Small islands, home to fishing communities, line the west coast.

Climate, Fauna and Flora.—The climate of Cambodia, like that of Cochin China, which it closely resembles, varies with the monsoons. During the north-east monsoon, from the middle of October to the middle of April, dry weather prevails and the thermometer averages from 77° to 80° F. During the south-west monsoon, from the middle of April to the middle of October, rain falls daily and the temperature varies between 85° and 95°. The wild animals of Cambodia include the elephant, which is also domesticated, the rhinoceros, buffalo and some species of wild ox; also the tiger, panther, leopard and honey-bear. Wild boars, monkeys and rats abound and are the chief enemies of the cultivator. The crocodile is found in the Mekong, and there are many varieties of reptiles, some of them venomous. The horse of Cambodia is only from 11 to 12 hands in height, but is strong and capable of great endurance; the buffalo is the chief draught animal. Swine are reared in large numbers. Nux vomica, gamboge, caoutchouc, cardamoms, teak and other valuable woods and gums are among the natural products.

Climate, Fauna and Flora.—The climate of Cambodia, similar to that of Cochin China, changes with the monsoons. During the northeast monsoon, from mid-October to mid-April, dry weather prevails and temperatures average between 77° and 80° F. During the southwest monsoon, from mid-April to mid-October, it rains daily and temperatures range from 85° to 95°. Wild animals in Cambodia include domesticated elephants, rhinoceroses, buffalo, and various species of wild ox; as well as tigers, panthers, leopards, and honey bears. Wild boars, monkeys, and rats are plentiful and pose significant threats to farmers. Crocodiles can be found in the Mekong, along with many types of reptiles, some of which are venomous. The horses in Cambodia stand about 11 to 12 hands high but are strong and very enduring; the buffalo is the primary draft animal. Pigs are raised in large quantities. Nux vomica, gamboge, rubber, cardamom, teak, and other valuable woods and gums are among the natural resources.

People.—The Cambodians have a far more marked affinity with their Siamese than with their Annamese neighbours. The race is probably the result of a fusion of the Malay aborigines of Indo-China with the Aryan and Mongolian invaders of the country. The men are taller and more muscular than the Siamese and Annamese, while the women are small and inclined to stoutness. The face is flat and wide, the nose short, the mouth large and the eyes only slightly oblique. The skin is dark brown, the hair black and, while in childhood the head is shaved with the exception of a small tuft at the top, in later life it is dressed so as to resemble a brush. Both sexes wear the langouti or loin-cloth, which the men supplement with a short jacket, the women with a long scarf draped round the figure or with a long clinging robe. Morose, superstitious, and given to drinking and gambling, the Cambodians are at the same time clean, fairly intelligent, proud and courageous. The wife enjoys a respected position and divorce may be demanded by either party. Polygamy is almost confined to the richer classes. Though disinclined to work, the Cambodians make good hunters and woodsmen. Many of them live on the borders of the Mekong and the great lake, in huts built upon piles or floating rafts. The religion of Cambodia is Buddhism, and involves great respect towards the dead; the worship of spirits or local genii is also wide-spread, and Brahmanism is still maintained at the court. Monks or bonzes are very numerous; they live by alms and in return they teach the young to read, and superintend coronations, marriages, funerals and the other ceremonials which play a large part in the lives of the Cambodians. As in the rest of Indo-China, there is no hereditary nobility, but there exist castes founded on blood-relationship—the members of the royal family within the fifth degree (the Brah-Vansa) those beyond the fifth degree (Brah-Van), and the Bakou, who, as descendants of the ancient Brahmans, exercise certain official functions at the court. These castes, as well as the mandarins, who form a class by themselves, are exempt from tax or forced service. The mandarins are nominated by the king and their children have a position at court, and are generally chosen to fill the vacant posts in the administration. Under the native régime the common people attached themselves to one or other of the mandarins, who in return granted them the protection of his influence. Under French rule, which has modified the old usages in many respects, local government of the Annamese type tends to supplant this feudal system. Slavery was abolished by a royal ordinance of 1897.

People.—Cambodians have a stronger connection with their Siamese neighbors than with the Annamese. Their ethnicity likely stems from a mix of the original Malay inhabitants of Indo-China and the Aryan and Mongolian invaders. Cambodian men are taller and more muscular than both Siamese and Annamese men, while the women tend to be small and somewhat plump. They have flat, wide faces, short noses, large mouths, and only slightly slanted eyes. Their skin is dark brown, and they have black hair. In childhood, boys have their heads shaved except for a small tuft on top, while as adults, they style their hair to resemble a brush. Both men and women wear a loincloth called a langouti; men add a short jacket, and women wrap a long scarf around their bodies or wear a long, fitted dress. Cambodians are often serious, superstitious, and have a tendency toward drinking and gambling, but they're also clean, fairly intelligent, proud, and brave. Wives hold a respected position, and either spouse can initiate a divorce. Polygamy is mostly seen among the wealthier classes. Although they are generally reluctant to work, Cambodians make skilled hunters and woodsmen. Many live along the borders of the Mekong River and the large lake in stilted huts or floating rafts. The religion of Cambodia is Buddhism, emphasizing great respect for the dead; the worship of spirits or local deities is common, and Brahmanism is still practiced at the court. Monks, or bonzes, are numerous; they rely on alms and teach children to read, overseeing coronations, marriages, funerals, and other important ceremonies in Cambodian life. Like the rest of Indo-China, there’s no hereditary nobility, but there are castes based on blood relationships—royal family members within five degrees (the Brah-Vansa), those beyond that (the Brah-Van), and the Bakou, descendants of ancient Brahmans who hold certain official duties at the court. These castes, along with the mandarins, who form a separate class, are exempt from taxes and forced labor. Mandarins are appointed by the king, and their children hold positions at court and are often chosen for administrative roles. Under the native regime, common people would align themselves with specific mandarins for protection. However, under French rule, which has changed many traditional practices, local government modeled after the Annamese system is replacing this feudal structure. Slavery was abolished by a royal decree in 1897.

Cambodian idiom bears a likeness to some of the aboriginal dialects of south Indo-China; it is agglutinate in character and rich in vowel-sounds. The king’s language and the royal writing, and also religious words are, however, apparently of Aryan origin and akin to Pali. Cambodian writing is syllabic and complicated. The books (manuscripts) are generally formed of palm-leaves upon which the characters are traced by means of a style.

Cambodian language is similar to certain indigenous dialects of southern Indo-China; it has an agglutinative nature and is rich in vowel sounds. The royal language, as well as official writing and religious terms, seem to be of Aryan origin and related to Pali. Cambodian writing is syllabic and complex. Books (manuscripts) are typically made from palm leaves, with characters inscribed using a stylus.

Industry and Commerce.—Iron, worked by the tribe of the Kouis, is found in the mountainous region. The Cambodians show skill in working gold and silver; earthenware, bricks, mats, fans and silk and cotton fabrics, are also produced to some small extent, but fishing and the cultivation of rice and in a minor degree of tobacco, coffee, cotton, pepper, indigo, maize, tea and sugar are the only industries worthy of the name. Factories exist near Pnom-Penh for the shelling of cotton-seeds. The Cambodian is his own artificer and self-sufficing so far as his own needs are concerned. Rice, dried fish, beans, pepper and oxen are the chief elements in the export trade of the country, which is in the hands of Chinese. The native plays little or no part in commerce.

Industry and Commerce.—Iron, worked by the Kouis tribe, is found in the mountainous area. The Cambodians are skilled at working with gold and silver; they also produce earthenware, bricks, mats, fans, and silk and cotton fabrics to a small extent. However, fishing and growing rice, along with a lesser extent of tobacco, coffee, cotton, pepper, indigo, maize, tea, and sugar, are the only industries that truly count. There are factories near Phnom Penh for processing cotton seeds. Cambodians are self-sufficient craftsmen when it comes to their own needs. Rice, dried fish, beans, pepper, and oxen are the main exports of the country, which are primarily controlled by the Chinese. The locals have little to no involvement in commerce.

Trade is carried on chiefly through Saigon in Cochin-China, Kampot, the only port of Cambodia, being accessible solely to coasting vessels. With the exception of the highway from Pnom-Penh (q.v.) the capital, to Kampot, the roads of Cambodia are not suited for vehicles. Pnom-Penh communicates regularly by the steamers of the “Messageries Fluviales” by way of the Mekong with Saigon.

Trade mainly happens through Saigon in Cochin-China, with Kampot, the only port in Cambodia, only able to accommodate coasting vessels. Aside from the highway that connects Phnom Penh (q.v.) the capital, to Kampot, the roads in Cambodia aren’t suitable for vehicles. Phnom Penh has regular steamship service from "Messageries Fluviales" along the Mekong to Saigon.

Administration.—At the head of the government is the king (rāj). His successor is either nominated by himself, in which case he sometimes abdicates in his favour, or else elected by the five chief mandarins from among the Brah Vansa. The upayuvrāj (obbaioureach) or king who has abdicated, the heir-presumptive (uparāj, obbareach) and the first princess of the blood are high dignitaries with their own retinues. The king is advised by a council of five ministers, the superior members of the class of mandarins; and the kingdom is divided into about fifty provinces administered by members of that body. France is represented by a resident superior, who presides over the ministerial council and is the real ruler of the country, and by residents exercising supervision in the districts into which the country is split up for the purposes of the French administration. In each residential district there is a council, composed of natives and presided over by the resident, which deliberates on questions affecting the district. The resident superior is assisted by the protectorate council, consisting of heads of French administrative departments (chief of the judicial service, of public works. &c.) and one native “notable,” and the royal orders must receive its sanction before they can be executed. The control of foreign policy, public works, the customs and the exchequer are in French hands, while the management of police, the collection of the direct taxes and the administration of justice between natives remain with the native government. A French tribunal alone is competent to settle disputes where one of the parties is not a native.

Administration.—At the head of the government is the king (rāj). His successor is either chosen by him, sometimes leading to his abdication in favor of that person, or elected by the five main mandarins from the Brah Vansa. The upayuvrāj (obbaioureach) or the king who has stepped down, the heir-apparent (uparāj, obbareach), and the first princess of the royal family are high-ranking officials with their own entourages. The king is advised by a council of five ministers, who are the top members of the mandarin class, and the kingdom is divided into about fifty provinces managed by these members. France is represented by a resident superior, who chairs the ministerial council and is the actual ruler of the country, and by residents overseeing the districts created for French administration purposes. In each residential district, there is a council made up of locals and led by the resident, which discusses issues affecting that district. The resident superior is supported by the protectorate council, which includes heads of French administrative departments (like the chief of the judicial service, public works, etc.) and one local “notable,” and royal orders must be approved by this council before they can be carried out. Control over foreign policy, public works, customs, and the treasury is in French hands, while local police management, direct tax collection, and the administration of justice among natives remain with the local government. A French tribunal is the only authority that can resolve disputes when one of the parties is not a native.

The following is a summary of the local budget of Cambodia for 1899 and 1904:—

The following is a summary of the local budget of Cambodia for 1899 and 1904:—

  Receipts. Expenditure.
1899 £235,329 £188,654 
1904 250,753 229,880 

84

84

The chief sources of revenue are the direct taxes, including the poll-tax and the taxes on the products of the soil, which together amounted to £172,636 in 1904. The chief heads of expenditure are the civil list, comprising the personal allowance to the king and the royal family (£46,018 in 1904), public works (£39,593) and government house and residences (£29,977).

The main sources of revenue are direct taxes, including the poll tax and taxes on agricultural products, which added up to £172,636 in 1904. The main areas of spending are the civil list, which includes the personal allowance for the king and the royal family (£46,018 in 1904), public works (£39,593), and government house and residences (£29,977).

History.—The Khmers, the ancient inhabitants of Cambodia, are conjectured to have been the offspring of a fusion between the autochthonous dwellers in the Indo-Chinese peninsula, now represented by the Kouis and other savage tribes, and an invading race from the plateaus of central Asia. As early as the 12th century b.c., Chinese chronicles, which are almost the only source for the history of Cambodia till the 5th century a.d., mention a region called Fou-nan, in later times appearing under the name of Tchin-la; embracing the basin of the Menam, it extended eastwards to the Mekong and may be considered approximately coextensive with the Khmer kingdom. Some centuries before the Christian era, immigrants from the east coast of India began to exert a powerful influence over Cambodia, into which they introduced Brahmanism and the Sanskrit language. This Hinduizing process became more marked about the 5th century a.d., when, under S’rutavarman, the Khmers as a nation rose into prominence. The name Kambuja, whence the European form Cambodia, is derived from the Hindu Kambu, the name of the mythical founder of the Khmer race; it seems to have been officially adopted by the Khmers as the title of their country about this period. At the end of the 7th century the dynasty of S’rutavarman ceased to rule over the whole of Cambodia, which during the next century was divided into two portions ruled over by two sovereigns. Unity appears to have been re-established about the beginning of the 9th century, when with Jayavarman III. there begins a dynasty which embraces the zenith of Khmer greatness and the era during which the great Brahman monuments were built. The royal city of Angkor-Thorn (see Angkor) was completed under Yasovarman about a.d. 900. In the 10th century Buddhism, which had existed for centuries in Cambodia, began to become powerful and to rival Brahmanism, the official religion. The construction of the temple of Angkor Vat dates probably from the first half of the 12th century, and appears to have been carried out under the direction of the Brahman Divakara, who enjoyed great influence under the monarchs of this period. The conquest of the rival kingdom of Champa, which embraced modern Cochin-China and southern Annam, and in the later 15th century was absorbed by Annam, may probably be placed at the end of the 12th century, in the reign of Jayavarman VIII., the last of the great kings. War was also carried on against the western neighbours of Cambodia, and the exhaustion consequent upon all these efforts seems to have been the immediate cause of the decadence which now set in. From the last decade of the 13th century there dates a valuable description of Tchin-la2 written by a member of a Chinese embassy thereto. The same period probably also witnessed the liberation of the Thais or inhabitants of Siam from the yoke of the Khmers, to whom they had for long been subject, and the expulsion of the now declining race from the basin of the Menam. The royal chronicles of Cambodia, the historical veracity of which has often to be questioned, begin about the middle of the 14th century, at which period the Thais assumed the offensive and were able repeatedly to capture and pillage Angkor-Thorn. These aggressions were continued in the 15th century, in the course of which the capital was finally abandoned by the Khmer kings, the ruin of the country being hastened by internal revolts and by feuds between members of the royal family. At the end of the 16th century, Lovek, which had succeeded Angkor-Thorn as capital, was itself abandoned to the conquerors. During that century, the Portuguese had established some influence in the country, whither they were followed by the Dutch, but after the middle of the 17th century, Europeans counted for little in Cambodia till the arrival of the French. At the beginning of the 17th century the Nguyen, rulers of southern Annam, began to encroach on the territory of Cochin-China, and in the course of that and the 18th century, Cambodia, governed by two kings supported respectively by Siam and Annam, became a field for the conflicts of its two powerful neighbours. At the end of the 18th century the provinces of Battambang and Siem-reap were annexed by Siam. The rivalries of the two powers were concluded after a last and indecisive war by the treaty of 1846, as a result of which Ang-Duong, the protégé of Siam, was placed on the throne at the capital of Oudong, and the Annamese evacuated the country. In 1863, in order to counteract Siamese influence there, Doudart de Lagrée was sent by Admiral la Grandière to the court of King Norodom, the successor of Ang-Duong, and as a result of his efforts Cambodia placed itself under the protectorate of France. In 1866 Norodom transferred his capital to Pnom-Penh. In 1867 a treaty between France and Siam was signed, whereby Siam renounced its right to tribute and recognized the French protectorate over Cambodia in return for the provinces of Battambang and Angkor, and the Laos territory as far as the Mekong. In 1884 another treaty was signed by the king, confirming and extending French influence, and reducing the royal authority to a shadow, but in view of the discontent aroused by it, its provisions were not put in force till several years later. In 1904 the territory of Cambodia was increased by the addition to it of the Siamese provinces of Melupré and Bassac, and the maritime district of Krat, the latter of which, together with the province of Dansai, was in 1907 exchanged for the provinces of Battambang, Siem-reap and Sisophon. By the same treaty France renounced its sphere of influence on the right bank of the Mekong. In 1904 King Norodom was succeeded by his brother Sisowath.

History.—The Khmers, the ancient inhabitants of Cambodia, are conjectured to have been the offspring of a fusion between the autochthonous dwellers in the Indo-Chinese peninsula, now represented by the Kouis and other savage tribes, and an invading race from the plateaus of central Asia. As early as the 12th century B.C., Chinese chronicles, which are almost the only source for the history of Cambodia till the 5th century AD, mention a region called Fou-nan, in later times appearing under the name of Tchin-la; embracing the basin of the Menam, it extended eastwards to the Mekong and may be considered approximately coextensive with the Khmer kingdom. Some centuries before the Christian era, immigrants from the east coast of India began to exert a powerful influence over Cambodia, into which they introduced Brahmanism and the Sanskrit language. This Hinduizing process became more marked about the 5th century AD, when, under S’rutavarman, the Khmers as a nation rose into prominence. The name Kambuja, whence the European form Cambodia, is derived from the Hindu Kambu, the name of the mythical founder of the Khmer race; it seems to have been officially adopted by the Khmers as the title of their country about this period. At the end of the 7th century the dynasty of S’rutavarman ceased to rule over the whole of Cambodia, which during the next century was divided into two portions ruled over by two sovereigns. Unity appears to have been re-established about the beginning of the 9th century, when with Jayavarman III. there begins a dynasty which embraces the zenith of Khmer greatness and the era during which the great Brahman monuments were built. The royal city of Angkor-Thorn (see Angkor) was completed under Yasovarman about AD 900. In the 10th century Buddhism, which had existed for centuries in Cambodia, began to become powerful and to rival Brahmanism, the official religion. The construction of the temple of Angkor Vat dates probably from the first half of the 12th century, and appears to have been carried out under the direction of the Brahman Divakara, who enjoyed great influence under the monarchs of this period. The conquest of the rival kingdom of Champa, which embraced modern Cochin-China and southern Annam, and in the later 15th century was absorbed by Annam, may probably be placed at the end of the 12th century, in the reign of Jayavarman VIII., the last of the great kings. War was also carried on against the western neighbours of Cambodia, and the exhaustion consequent upon all these efforts seems to have been the immediate cause of the decadence which now set in. From the last decade of the 13th century there dates a valuable description of Tchin-la2 written by a member of a Chinese embassy thereto. The same period probably also witnessed the liberation of the Thais or inhabitants of Siam from the yoke of the Khmers, to whom they had for long been subject, and the expulsion of the now declining race from the basin of the Menam. The royal chronicles of Cambodia, the historical veracity of which has often to be questioned, begin about the middle of the 14th century, at which period the Thais assumed the offensive and were able repeatedly to capture and pillage Angkor-Thorn. These aggressions were continued in the 15th century, in the course of which the capital was finally abandoned by the Khmer kings, the ruin of the country being hastened by internal revolts and by feuds between members of the royal family. At the end of the 16th century, Lovek, which had succeeded Angkor-Thorn as capital, was itself abandoned to the conquerors. During that century, the Portuguese had established some influence in the country, whither they were followed by the Dutch, but after the middle of the 17th century, Europeans counted for little in Cambodia till the arrival of the French. At the beginning of the 17th century the Nguyen, rulers of southern Annam, began to encroach on the territory of Cochin-China, and in the course of that and the 18th century, Cambodia, governed by two kings supported respectively by Siam and Annam, became a field for the conflicts of its two powerful neighbours. At the end of the 18th century the provinces of Battambang and Siem-reap were annexed by Siam. The rivalries of the two powers were concluded after a last and indecisive war by the treaty of 1846, as a result of which Ang-Duong, the protégé of Siam, was placed on the throne at the capital of Oudong, and the Annamese evacuated the country. In 1863, in order to counteract Siamese influence there, Doudart de Lagrée was sent by Admiral la Grandière to the court of King Norodom, the successor of Ang-Duong, and as a result of his efforts Cambodia placed itself under the protectorate of France. In 1866 Norodom transferred his capital to Pnom-Penh. In 1867 a treaty between France and Siam was signed, whereby Siam renounced its right to tribute and recognized the French protectorate over Cambodia in return for the provinces of Battambang and Angkor, and the Laos territory as far as the Mekong. In 1884 another treaty was signed by the king, confirming and extending French influence, and reducing the royal authority to a shadow, but in view of the discontent aroused by it, its provisions were not put in force till several years later. In 1904 the territory of Cambodia was increased by the addition to it of the Siamese provinces of Melupré and Bassac, and the maritime district of Krat, the latter of which, together with the province of Dansai, was in 1907 exchanged for the provinces of Battambang, Siem-reap and Sisophon. By the same treaty France renounced its sphere of influence on the right bank of the Mekong. In 1904 King Norodom was succeeded by his brother Sisowath.

See E. Aymonier, Le Cambodge (3 vols., Paris, 1900-1904); L. Moura, Le royaume de Cambodge (2 vols., Paris, 1883); A. Leclère, Les codes cambodgiens (2 vols., Paris, 1898), and other works on Cambodian law; Francis Gamier, Voyage d’exploration en Indo-Chine (Paris, 1873).

See E. Aymonier, Le Cambodge (3 vols., Paris, 1900-1904); L. Moura, Le royaume de Cambodge (2 vols., Paris, 1883); A. Leclère, Les codes cambodgiens (2 vols., Paris, 1898), and other works on Cambodian law; Francis Gamier, Voyage d’exploration en Indo-Chine (Paris, 1873).


__A_TAG_PLACEHOLDER_0__ See also Indo-China, French

2 Translated by Abel Rémusat, Noveaux Mélanges Asiatiques (1829).

2 Translated by Abel Rémusat, Noveaux Mélanges Asiatiques (1829).


CAMBON, PIERRE JOSEPH (1756-1820), French statesman, was the son of a wealthy cotton merchant at Montpellier. In 1785 his father retired, leaving the direction of the business to Pierre and his two brothers, but in 1788 Pierre turned aside to politics, and was sent by his fellow-citizens as deputy suppléant to Versailles, where he was little more than a spectator. In January 1790 he returned to Montpellier, was elected a member of the municipality, was one of the founders of the Jacobin club in that city, and on the flight of Louis XVI. in 1791, he drew up a petition to invite the Constituent Assembly to proclaim a republic,—the first in date of such petitions. Elected to the Legislative Assembly, Cambon became noted for his independence, his honesty and his ability in finance. He was the most active member of the committee of finance and was often charged to verify the state of the treasury. Nothing could be more false than the common opinion that as a financier his sole expedient was to multiply the emissions of assignats. His remarkable speech of the 24th of November 1791 is a convincing proof of his sagacity. In politics, while he held aloof from the clubs, and even from parties, he was an ardent defender of the new institutions. On the 9th of February 1792, he succeeded in having a law passed sequestrating the possessions of the emigrés, and demanded, though in vain, the deportation of refractory priests to French Guiana. He was the last president of the Legislative Assembly. Re-elected to the Convention, he opposed the pretensions of the Commune and the proposed grant of money to the municipality of Paris by the state. He denounced Marat’s placards as inciting to murder, summoned Danton to give an account of his ministry, watched carefully over the furnishing of military supplies, and was a strong opponent of Dumouriez, in spite of the general’s great popularity. Cambon then incurred the hatred of Robespierre by proposing the suppression of the pay to the clergy, which would have meant the separation of church and state. His authority grew steadily. On the 15th of December 1792 he got the Convention to adopt a proclamation to all nations in favour of a universal republic. In the trial of 85 Louis XVI. he voted for his death, without appeal or postponement. He attempted to prevent the creation of the Revolutionary Tribunal, but when called to the first Committee of Public Safety he worked on it energetically to organize the armies. On the 3rd of February 1793 he had decreed the emission of 800 millions of assignats, for the expenses of the war. His courageous intervention in favour of the Girondists on the and of June 1793 served Robespierre as a pretext to prevent his re-election to the Committee of Public Safety. But Cambon soon came to the conclusion that the security of France depended upon the triumph of the Mountain, and he did not hesitate to accord his active co-operation to the second committee. He took an active share in the various expedients of the government for stopping the depreciation of the assignats. He was responsible, especially, for the great operation known as the opening of the Grand Livre (August 24), which was designed to consolidate the public debt by cancelling the stock issued under various conditions prior to the Revolution, and issuing new stock of a uniform character, so that all fund-holders should hold stock of the revolutionary government and thus be interested in its stability. Each fund-holder was to be entered in the Great Book, or register of the public debt, for the amount due to him every year. The result of this measure was a rise in the face value of the assignats from 27% to 48% by the end of the year. In matters of finance Cambon was now supreme; but his independence, his hatred of dictatorship, his protests against the excesses of the Revolutionary Tribunal, won him Robespierre’s renewed suspicion, and on the 8th Thermidor Robespierre accused him of being anti-revolutionary and an aristocrat. Cambon’s proud and vehement reply was the signal of the resistance to Robespierre’s tyranny and the prelude to his fall. Cambon soon had reason to repent of that event, for he became one of those most violently attacked by the Thermidorian reaction. The royalist pamphlets and the journals of J.L. Tallien attacked him with fury as a former Montagnard. He was charged with being responsible for the discredit of the assignats, and even accused of malversations. On the 21st of February 1795 the project which he presented to withdraw four milliards of assignats from circulation, was rejected, and on the 3rd of April he was excluded from the committee of finance. On the 16th Germinal, Tallien procured a decree of accusation against him, but he was already in safety, taking refuge probably at Lausanne. In any case he does not seem to have remained in Paris, although in the riot of the 1st Prairial some of the insurgents proclaimed him mayor. The amnesty of the 4th Brumaire of the year IV. (the 5th of October 1795), permitted him to return to France, and he withdrew to his estate of Terral near Montpellier, where, during the White Terror, he had a narrow escape from an attempt upon his life. At first Cambon hoped to find in Bonaparte the saviour of the republic, but, deceived by the 18th Brumaire, he lived throughout the whole of the empire in peaceful seclusion. During the Hundred Days he was deputy for Hérault in the chamber of representatives, and pronounced himself strongly against the return of the Bourbons, and for religious freedom. Under the Restoration the “amnesty” law of 1816 condemned him as a regicide to exile, and he withdrew to Belgium, to St Jean-Ten-Noode, near Brussels, where he died on the 15th of February 1820.

CAMBON, PIERRE JOSEPH (1756-1820), French statesman, was the son of a wealthy cotton merchant in Montpellier. In 1785, his father retired, leaving the business under the management of Pierre and his two brothers. However, in 1788, Pierre shifted his focus to politics and was sent by his fellow citizens as a deputy suppléant to Versailles, where he mainly observed from the sidelines. In January 1790, he returned to Montpellier, was elected to the municipality, helped found the Jacobin club there, and during Louis XVI's flight in 1791, he prepared a petition urging the Constituent Assembly to proclaim a republic—the first of its kind. Elected to the Legislative Assembly, Cambon became known for his independence, honesty, and financial acumen. He was the most active member of the finance committee and often tasked with checking the treasury's status. It's a misconception that his only solution as a financier was to issue more assignats; his notable speech on November 24, 1791, clearly demonstrated his insight. In politics, although he distanced himself from clubs and parties, he was a passionate supporter of the new institutions. On February 9, 1792, he successfully pushed for a law to seize the property of the emigrés and called for, albeit unsuccessfully, the deportation of noncompliant priests to French Guiana. He served as the last president of the Legislative Assembly. Re-elected to the Convention, he opposed the Commune's demands and a proposed financial grant from the state to Paris's municipality. He condemned Marat's placards for inciting violence, summoned Danton to explain his administration, monitored military supply provisions, and strongly opposed Dumouriez, despite the general’s popularity. Cambon then earned Robespierre's ire by advocating for the elimination of clergy salaries, which would mean a separation of church and state. His authority continued to grow. On December 15, 1792, he convinced the Convention to issue a proclamation promoting a universal republic to all nations. In the trial of 85 Louis XVI, he voted for his execution without appeal or delay. He tried to block the establishment of the Revolutionary Tribunal, but once appointed to the first Committee of Public Safety, he energetically worked to organize the military. On February 3, 1793, he authorized the release of 800 million assignats for war expenses. His bold intervention on behalf of the Girondists on June 2, 1793, gave Robespierre a reason to block his re-election to the Committee of Public Safety. However, Cambon soon concluded that France’s safety relied on the Mountain’s victory, and he willingly collaborated with the second committee. He actively participated in government measures to curb the depreciation of assignats. He was chiefly responsible for the significant operation known as the opening of the Grand Livre (August 24), which aimed to stabilize public debt by canceling stocks issued under various conditions before the Revolution and issuing new uniform stocks so that all fund-holders would have a stake in the revolutionary government’s stability. Each fund-holder was to be registered in the Great Book, guaranteeing the amount owed to them annually. This measure resulted in an increase in the face value of assignats from 27% to 48% by year’s end. Cambon was now a major authority in finance; however, his independence, disdain for dictatorship, and protests against the Revolutionary Tribunal's excesses led to renewed suspicion from Robespierre. On the 8th of Thermidor, Robespierre accused him of being anti-revolutionary and an aristocrat. Cambon’s passionate and forceful response sparked resistance against Robespierre's tyranny and heralded his downfall. Cambon would soon regret having taken such a stand; he became one of the primary targets of the Thermidorian backlash. Royalist pamphlets and J.L. Tallien's publications viciously condemned him as a former Montagnard. He was blamed for the assignats' disrepute and even accused of misconduct. On February 21, 1795, the plan he proposed to withdraw four billion assignats from circulation was rejected, and on April 3, he was removed from the finance committee. On the 16th of Germinal, Tallien secured an accusation decree against him, but he had already found refuge, likely in Lausanne. He did not seem to stay in Paris, though during the riots on Prairial 1, some insurgents proclaimed him mayor. The amnesty on Brumaire 4 of Year IV (October 5, 1795) allowed him to return to France, and he retreated to his estate in Terral near Montpellier, where he narrowly escaped an assassination attempt during the White Terror. Initially, Cambon hoped to find a savior for the republic in Bonaparte, but disillusioned by the 18th Brumaire, he lived quietly throughout the Empire. During the Hundred Days, he served as a representative for Hérault and vigorously opposed the return of the Bourbons while advocating for religious freedom. Under the Restoration, the “amnesty” law of 1816 condemned him as a regicide to exile, so he moved to Belgium, settling in St Jean-Ten-Noode near Brussels, where he passed away on February 15, 1820.

(R. A.*)

See Bornarel, Cambon (Paris).

See Bornarel, Cambon (Paris).


CAMBON, PIERRE PAUL (1843-  ), French diplomatist, was born on the 20th of January 1843. He was called to the Parisian bar, and became private secretary to Jules Ferry in the prefecture of the Seine. After ten years of administrative work in France as secretary of prefecture, and then as prefect successively of the departments of Aube (1872), Doubs (1876), Nord (1877-1882), he exchanged into the diplomatic service, being nominated French minister plenipotentiary at Tunis. In 1886 he became French ambassador to Madrid; was transferred to Constantinople in 1890, and in 1898 to London. He was decorated with the grand cross of the Legion of Honour, and became a member of the French Academy of Sciences.

CAMBON, PIERRE PAUL (1843-  ), French diplomat, was born on January 20, 1843. He was called to the Paris bar and became the private secretary to Jules Ferry in the Seine prefecture. After ten years of administrative work in France as secretary of the prefecture, and then as prefect of the departments of Aube (1872), Doubs (1876), and Nord (1877-1882), he switched to the diplomatic service, being appointed French minister plenipotentiary in Tunis. In 1886, he became the French ambassador to Madrid; he was transferred to Constantinople in 1890, and then to London in 1898. He was awarded the grand cross of the Legion of Honour and became a member of the French Academy of Sciences.

His brother, Jules Martin Cambon (1845-  ), was called to the bar in 1866, served in the Franco-Prussian War and entered the civil service in 1871. He was prefect of the department of Nord (1882) and of the Rhone (1887-1891), and in 1891 became governor-general of Algeria (see Guyot, L’œuvre de M. Jules Cambon, Paris, 1897), where he had served in a minor position in 1874. He was nominated French ambassador at Washington in 1897, and in that capacity negotiated the preliminaries of peace on behalf of the Spanish government after the war with the United States. He was transferred in 1902 to Madrid, and in 1907 to Berlin.

His brother, Jules Martin Cambon (1845-  ), became a lawyer in 1866, fought in the Franco-Prussian War, and joined the civil service in 1871. He was the prefect of the Nord department in 1882 and of the Rhône from 1887 to 1991. In 1891, he became the governor-general of Algeria (see Guyot, L’œuvre de M. Jules Cambon, Paris, 1897), where he had worked in a lower position in 1874. In 1897, he was appointed French ambassador in Washington, where he negotiated the preliminary peace terms on behalf of the Spanish government after the war with the United States. In 1902, he was moved to Madrid, and in 1907 to Berlin.


CAMBORNE, a market town in the Camborne parliamentary division of Cornwall, England, on the Great Western railway, 13 m. E.N.E. of Penzance. Pop. of urban district (1901), 14,726. It lies on the northward slope of the central elevation of the county, and is in the neighbourhood of some of the most productive tin and copper mines. These and the manufacture of mining machinery employ most of the inhabitants. The parish church of St Martin contains several monuments and an ancient stone altar bearing a Latin inscription. There are science and art and mining schools, and practical mining is taught in South Condurrow mine, the school attracting a large number of students. It was developed from classes initiated in 1859 by the Miners’ Association, and a three years’ course of instruction is provided.

CAMBORNE, is a market town in the Camborne parliamentary division of Cornwall, England, situated on the Great Western railway, 13 miles east-northeast of Penzance. As of 1901, the population of the urban district was 14,726. It is located on the northern slope of the county's central higher ground and is near some of the most productive tin and copper mines. These mines, along with the manufacturing of mining machinery, provide employment for most residents. The parish church of St. Martin features several monuments and an ancient stone altar with a Latin inscription. There are schools for science, art, and mining, and practical mining training is offered at the South Condurrow mine, which draws many students. This program evolved from classes started in 1859 by the Miners’ Association, providing a three-year course of instruction.

Camborne (Cambron, Camron) formed a portion of the extensive manor of Tehidy, which at the time of the Domesday Survey was held by the earl of Mortain and subsequently by the Dunstanville and Basset families. Its interests were economically insignificant until the beginning of the 18th century when the rich deposits of copper and tin began to be vigorously worked at Dolcoath. It has been estimated that in 1788 this mine alone had produced ore worth £2,000,000 and in 1882 ore worth £5,500,000. As the result of the prosperity of this and other mines in the neighbourhood the population in 1860 was double that of 1830, six times that of 1770 and fifteen times that of 1660. Camborne was the scene of the scientific labours of Richard Trevithick (1771-1833), the engineer, born in the neighbouring parish of Illogan, and of William Bickford, the inventor of the safety-fuse, a native of Camborne. Three fairs on the feasts of St Martin and St Peter and on 25th of February were granted in 1708. The two former are still held, the last has been transferred to the 7th of March. A Tuesday market formed the subject of a judicial inquiry in 1768, but since the middle of the 19th century it has been held on Saturdays.

Camborne (Cambron, Camron) was part of the large manor of Tehidy, which during the Domesday Survey was owned by the Earl of Mortain and later by the Dunstanville and Basset families. Its economic importance was minor until the early 18th century when the rich copper and tin deposits at Dolcoath began to be heavily mined. By 1788, it’s estimated that this mine alone had produced ore worth £2,000,000, and by 1882, worth £5,500,000. Due to the prosperity of this and other nearby mines, the population in 1860 was twice that of 1830, six times that of 1770, and fifteen times that of 1660. Camborne was the site of the scientific work of Richard Trevithick (1771-1833), the engineer born in the nearby parish of Illogan, as well as William Bickford, the inventor of the safety fuse, who was from Camborne. In 1708, three fairs were established on the feast days of St. Martin, St. Peter, and on February 25th. The first two fairs still take place, while the last one has been moved to March 7th. A Tuesday market was the focus of a legal inquiry in 1768, but since the mid-19th century, it has been held on Saturdays.


CAMBRAI, a town of northern France, capital of an arrondissement in the department of Nord, 37 m. S.S.E. of Lille on the main line of the Northern railway. Pop. (1906) 21,791. Cambrai is situated on the right and eastern bank of the Scheldt (arms of which traverse the west of the town) and at one extremity of the canal of St Quentin. The fortifications with which it was formerly surrounded have been for the most part demolished. The fosses have been filled up and the ramparts in part levelled to make way, as the suburbs extended, for avenues stretching out on all sides. The chief survivals from the demolition are the huge square citadel, which rises to the east of the town, the chateau de Selles, a good specimen of the military architecture of the 13th century, and, among other gates, the Porte Notre-Dame, a stone and brick structure of the early 17th century. Handsome boulevards now skirt the town, the streets of which are clean and well-ordered, and a large public garden extends at the foot of the citadel, with a statue of Enguerrand de Monstrelet the chronicler. The former cathedral of Cambrai was destroyed after the Revolution. The present cathedral of Notre-Dame is a church of the 19th century built on the site of the old abbey church of St Sépulchre. Among other monuments it contains that of Fénelon, archbishop from 1695 to 1715, by David d’Angers. The church of St Géry (18th century) contains, among other works of art, a marble rood-screen of Renaissance workmanship. The Place d’Armes, a large square in the centre of the town, is bordered on the north by a handsome hôtel de ville built in 1634 and rebuilt in the 19th century. The Tour St Martin is an old church-tower of the 15th and 18th centuries transformed into a belfry. The triple stone portal, which gave entrance to the former archiepiscopal palace, is a work of the Renaissance period. The 86 present archbishop’s palace, adjoining the cathedral, occupies the site of an old Benedictine convent.

CAMBRAI, is a town in northern France and the capital of an arrondissement in the Nord department, located 37 miles south-southeast of Lille along the main Northern railway line. The population in 1906 was 21,791. Cambrai lies on the right and eastern bank of the Scheldt, with its arms running through the western part of the town, and is at one end of the St Quentin canal. Most of the fortifications that once surrounded the town have been removed. The moats have been filled in, and parts of the ramparts have been leveled to make way for the expanding suburbs, with avenues stretching out in all directions. The main remnants from the demolition include the large square citadel to the east of the town, the Château de Selles, which is a notable example of 13th-century military architecture, and various gates such as the Porte Notre-Dame, a stone and brick structure dating back to the early 17th century. Attractive boulevards now line the town, which features clean and well-organized streets, along with a large public garden at the foot of the citadel, featuring a statue of Enguerrand de Monstrelet, the chronicler. The former cathedral of Cambrai was destroyed after the Revolution. The current Notre-Dame cathedral, a 19th-century church, was built on the grounds of the old abbey church of St Sépulchre. Among its monuments is one dedicated to Fénelon, who served as archbishop from 1695 to 1715, created by David d’Angers. The 18th-century Church of St Géry includes several artworks, including a marble rood screen from the Renaissance period. The Place d’Armes, a large square in the heart of the town, is bordered to the north by an elegant town hall built in 1634 and renovated in the 19th century. The Tour St Martin is an old church tower, dating from the 15th and 18th centuries, that has been transformed into a belfry. The triple stone portal that once served as the entrance to the former archiepiscopal palace is a Renaissance-era work. The 86 current archbishop’s palace, located next to the cathedral, occupies the site of an old Benedictine convent.

Cambrai is the seat of an archbishop and a sub-prefect, and has tribunals of first instance and of commerce, a board of trade-arbitrators, a chamber of commerce and a branch of the Bank of France. Its educational institutions include communal colleges, ecclesiastical seminaries, and schools of drawing and music. The library has over 40,000 volumes and there is a museum of antiquities and objects of art. The chief industry of Cambrai is the weaving of muslin (batiste) and other fine fabrics (see Cambric); wool-spinning and weaving, bleaching and dyeing, are carried on, as well as the manufacture of chicory, oil, soap, sausages and metal boxes. There are also large beet-sugar works and breweries and distilleries. Trade is in cattle, grain, coal, hops, seed, &c.

Cambrai is the seat of an archbishop and a sub-prefect, and has tribunals of first instance and of commerce, a board of trade-arbitrators, a chamber of commerce and a branch of the Bank of France. Its educational institutions include communal colleges, ecclesiastical seminaries, and schools of drawing and music. The library has over 40,000 volumes and there is a museum of antiquities and objects of art. The chief industry of Cambrai is the weaving of muslin (batiste) and other fine fabrics (see Cambric); wool-spinning and weaving, bleaching and dyeing, are carried on, as well as the manufacture of chicory, oil, soap, sausages and metal boxes. There are also large beet-sugar works and breweries and distilleries. Trade is in cattle, grain, coal, hops, seed, &c.

Cambrai is the ancient Nervian town of Camaracum, which is mentioned in the Antonine Itinerary. In the 5th century it was the capital of the Frankish king Raguacharius. Fortified by Charlemagne, it was captured and pillaged by the Normans in 870, and unsuccessfully besieged by the Hungarians in 953. During the 10th, 11th and 12th centuries it was the scene of frequent hostilities between the bishop and his supporters on the one hand and the citizens on the other; but the latter ultimately effected their independence. In 1478 Louis XI., who had obtained possession of the town on the death of Charles the Bold, duke of Burgundy, handed it over to the emperor, and in the 16th century Charles V. caused it to be fortified with a strong citadel, for the erection of which the castles of Cavillers, Escaudoeuvres and many others were demolished. From that date to the peace of Nijmwegen, 1678, which assigned it to France, it frequently passed from hand to hand by capture or treaty. In 1793 it was besieged in vain by the Austrians. The League of Cambrai is the name given to the alliance of Pope Julius II., Louis XII., Maximilian I., and Ferdinand the Catholic against the Venetians in 1508; and the peace of Cambrai, or as it is also called, the Ladies’ Peace, was concluded in the town in 1529 by Louise of Savoy, mother of Francis I., and Margaret of Austria, aunt of Charles V., in the name of these monarchs. The bishopric of Cambrai dates from the 5th century, and was raised in 1559 to the rank of an archbishopric, which continued till the Revolution, and has since been restored. The bishops received the title of count from the emperor Henry I. (919-936), and in 1510 were raised to the dignity of dukes, their territory including the town itself and its territory, called Cambrésis.

Cambrai is the ancient Nervian town of Camaracum, mentioned in the Antonine Itinerary. In the 5th century, it was the capital of the Frankish king Raguacharius. Fortified by Charlemagne, it was captured and looted by the Normans in 870 and was unsuccessfully besieged by the Hungarians in 953. During the 10th, 11th, and 12th centuries, it experienced frequent conflicts between the bishop and his supporters on one side and the citizens on the other; however, the citizens eventually gained their independence. In 1478, Louis XI., who had taken control of the town after the death of Charles the Bold, Duke of Burgundy, handed it over to the emperor. In the 16th century, Charles V. had it fortified with a strong citadel, for which the castles of Cavillers, Escaudoeuvres, and many others were destroyed. From that point until the peace of Nijmwegen in 1678, which assigned it to France, it changed hands often through capture or treaty. In 1793, it was besieged in vain by the Austrians. The League of Cambrai refers to the alliance of Pope Julius II., Louis XII., Maximilian I., and Ferdinand the Catholic against the Venetians in 1508; and the peace of Cambrai, also known as the Ladies’ Peace, was concluded in the town in 1529 by Louise of Savoy, mother of Francis I., and Margaret of Austria, aunt of Charles V., on behalf of these monarchs. The bishopric of Cambrai dates back to the 5th century and was elevated to the rank of an archbishopric in 1559, which continued until the Revolution and has since been restored. The bishops were given the title of count by Emperor Henry I. (919-936) and were raised to the rank of dukes in 1510, with their territory including the town itself and the surrounding area known as Cambrésis.

See E. Bouly, Histoire de Cambrai et du Cambrésis (Cambria, 1843).

See E. Bouly, Histoire de Cambrai et du Cambrésis (Cambria, 1843).


CAMBRIA, the Med. Lat. name for Wales. After the end of the western Roman empire the Cymric Celts held for a while both Wales and the land round the Solway (now Cumberland and adjacent regions), and the former came to be called Cambria, the latter Cumbria, though the two names were sometimes interchanged by early medieval writers.

CAMBRIA, is the Medieval Latin name for Wales. After the fall of the western Roman Empire, the Cymric Celts controlled both Wales and the area around the Solway (now Cumberland and nearby regions) for a time. The former became known as Cambria, while the latter was called Cumbria, although early medieval writers sometimes used the names interchangeably.


CAMBRIAN SYSTEM, in geology, the name now universally employed to designate the earliest group of Palaeozoic rocks which possesses a connected suite of fossils. The strata of this system rest upon the Pre-Cambrian, and are succeeded by the Ordovician system. Until the fourth decade of the 19th century all stratified rocks older than the Carboniferous had been grouped by geologists into a huge and indefinite “Transition Series.” In 1831 Adam Sedgwick and Sir Roderick I. Murchison began the herculean task of studying and sub-dividing this series of rocks as it occurs in Wales and the bordering counties of England. Sedgwick attacked the problem in the Snowdon district, where the rocks are highly altered and displaced and where fossils are comparatively difficult to obtain; Murchison, on the other hand, began to work at the upper end of the series where the stratigraphy is simple and the fossils are abundant. Murchison naturally made the most of the fossils collected, and was soon able to show that the transition series could be recognized by them, just as younger formations had fossils peculiar to themselves; as he zealously worked on he followed the fossiliferous rocks further afield and continually lower in the series. This fossil-bearing set of strata he first styled the “fossiliferous greywacke series,” changing it in 1835 to “Silurian system.”

CAMBRIAN PERIOD, in geology, the term now widely used to refer to the earliest group of Palaeozoic rocks that has a consistent collection of fossils. The layers of this system sit on top of the Pre-Cambrian and are followed by the Ordovician system. Until the 1830s, all sedimentary rocks older than the Carboniferous were grouped by geologists into a large and vague "Transition Series." In 1831, Adam Sedgwick and Sir Roderick I. Murchison began the challenging work of studying and dividing this series of rocks as it appears in Wales and the surrounding counties of England. Sedgwick focused on the Snowdon area, where the rocks are highly altered and disturbed, making fossils relatively hard to find; Murchison, in contrast, started at the upper part of the series where the rock layers are straightforward and fossils are plentiful. Murchison quickly made the most of the fossils he found and was soon able to demonstrate that the transition series could be identified by them, just like younger formations had their unique fossils. As he worked diligently, he traced the fossil-rich rocks further into the field and deeper into the series. He first referred to this fossil-bearing group of layers as the “fossiliferous greywacke series,” later changing it in 1835 to the “Silurian system.”

In the same year Sedgwick introduced the name “Cambrian series” for the older and lower members. Murchison published his Silurian system in 1839, wherein he recognized the Cambrian to include the barren slates and grits of Harlech, Llanberis and the Long Mynd. So far, the two workers had been in agreement; but in his presidential address to the Geological Society of London in 1842 Murchison stated his opinion that the Cambrian contained no fossils that differed from those of the Lower Silurian. Whereupon Sedgwick undertook a re-examination of the Welsh rocks with the assistance of J.W. Salter, the palaeontologist; and in 1852 he included the Llandeilo and Bala beds (Silurian) in the Upper Cambrian. Two years later Murchison brought out his Siluria, in which he treated the Cambrian system as a mere local facies of the Silurian system, and he included in the latter, under J. Barrande’s term “Primordial zone,” all the lower rocks, although they had a distinctive fauna.

In the same year, Sedgwick coined the term "Cambrian series" for the older, lower layers. Murchison released his Silurian system in 1839, recognizing the Cambrian as including the barren slates and grits found in Harlech, Llanberis, and the Long Mynd. Up until that point, both researchers had been in agreement; however, during his presidential address to the Geological Society of London in 1842, Murchison expressed his view that the Cambrian didn't contain any fossils that were different from those in the Lower Silurian. This prompted Sedgwick to re-examine the Welsh rocks with help from J.W. Salter, the paleontologist, and in 1852, he classified the Llandeilo and Bala beds (Silurian) as part of the Upper Cambrian. Two years later, Murchison published his Siluria, in which he regarded the Cambrian system as just a local variation of the Silurian system, and he categorized all the lower rocks under J. Barrande's term "Primordial zone," despite them having a distinct fauna.

Meanwhile in Europe and America fossils were being collected from similar rocks which were classed as Silurian, and the use of “Cambrian” was almost discarded, because, following Murchison, it was taken to apply only to a group of rocks without a characteristic fauna and therefore impossible to recognize. Most of the Cambrian rocks were coloured as Silurian on the British official geological maps.

Meanwhile, in Europe and America, fossils were being collected from similar rocks that were classified as Silurian, and the term “Cambrian” was nearly abandoned, because, following Murchison, it was considered to refer only to a group of rocks without a distinctive fauna, making them impossible to identify. Most of the Cambrian rocks were colored as Silurian on the official geological maps of Britain.

Nevertheless, from 1851 to 1855, Sedgwick, in his writings on the British palaeozoic deposits, insisted on the independence of the Cambrian system, and though Murchison had pushed his Silurian system downward in the series of rocks, Sedgwick adhered to the original grouping of his Cambrian system, and even proposed to limit the Silurian to the Ludlow and Wenlock beds with the May Hill Sandstone at the base. This attitude he maintained until the year of his death (1873), when there appeared his introduction to Salter’s Catalogue of Cambrian and Silurian Fossils.

Nevertheless, from 1851 to 1855, Sedgwick, in his writings on the British Paleozoic deposits, insisted on the independence of the Cambrian system. Even though Murchison had pushed his Silurian system downward in the series of rocks, Sedgwick stuck to the original grouping of his Cambrian system and even suggested limiting the Silurian to the Ludlow and Wenlock beds, with the May Hill Sandstone at the base. He maintained this stance until the year of his death (1873), when his introduction to Salter’s Catalogue of Cambrian and Silurian Fossils. was published.

It is not to be supposed that one of these great geologists was necessarily in the wrong; each had right on his side. It was left for the subsequent labours of Salter and H. Hicks to prove that the rocks below the undoubted lower Silurian of Murchison did indeed possess a characteristic fauna, and their work was confirmed by researches going on in other countries. To-day the recognition of the earliest fossil-bearing recks, below the Llandeilo formation of Murchison, as belonging to the Cambrian system, and the threefold subdivision of the system according to palaeontological evidence, may be regarded as firmly established.

It's not fair to assume that any of these great geologists were necessarily wrong; each had valid points. It was left to the later work of Salter and H. Hicks to show that the rocks below the clearly defined lower Silurian of Murchison actually contained a distinct fauna, and their findings were backed up by research happening in other countries. Today, the acknowledgment of the earliest fossil-bearing rocks, beneath the Llandeilo formation of Murchison, as part of the Cambrian system, along with the threefold subdivision of the system based on paleontological evidence, can be considered well-established.

It should be noted that A. de Lapparent classifies the Cambrian as the lowest stage in the Silurian, the middle and upper stages being Ordovician and Gothlandian. E. Renevier proposed to use Silurique to cover the same period with the Cambrian as the lowest series, but these differences of treatment are merely nominal. Jules Marcou and others have used Taconic (Taconian) as the equivalent of Cambrian, and C. Lapworth proposed to apply the same term to the lowest sub-division only; he had also used “Annelidian” in the same sense. These names are of historical interest alone.

It should be noted that A. de Lapparent classifies the Cambrian as the lowest stage in the Silurian, with the middle and upper stages being Ordovician and Gothlandian. E. Renevier suggested using Silurique to cover the same period, considering Cambrian as the lowest series, but these differences in classification are just nominal. Jules Marcou and others have used Taconic (Taconian) as equivalent to Cambrian, while C. Lapworth proposed to apply the same term only to the lowest subdivision; he also used "Annelidian" in the same context. These names are of historical interest only.

Cambrian Rocks.—The lithological characters of the Cambrian rocks possess a remarkable uniformity in all quarters of the globe. Muds, sands, grits and conglomerates are the predominant types. In Scotland, North America and Canada important deposits of limestone occur and subordinate limestones are found in the Cambrian of central Europe.

Cambrian Rocks.—The characteristics of Cambrian rocks are surprisingly uniform all over the world. Muds, sands, grits, and conglomerates are the main types. In Scotland, North America, and Canada, there are significant deposits of limestone, while smaller amounts of limestone can be found in the Cambrian formations of central Europe.

In some regions, notably in the Baltic province and in parts of the United States, the rocks still retain their original horizontality of deposition, the muds are scarcely indurated and the sands are still incoherent; but in most parts of the world they bear abundant evidence of the many movements and stresses to which they have been exposed through so enormous a period of time. Thus, we find them more frequently, folded, tilted and cleaved; the muds have become shales, slates, phyllites or schists, the grey and red sands and conglomerates have become quartzites and greywackes, while the limestones are very generally dolomitized. In the Cambrian limestones, as in their more 87 recent analogues, layers and nodules of chert and phosphatized material are not wanting.

In some areas, especially in the Baltic region and parts of the United States, the rocks still show their original horizontal layers of deposition, the muds are barely solidified, and the sands are still loose; however, in most parts of the world, they show plenty of signs of the various movements and stresses they've undergone over such a long period. We often find them folded, tilted, and fractured; the muds have turned into shales, slates, phyllites, or schists, while the gray and red sands and conglomerates have transformed into quartzites and graywackes, and the limestones have generally turned into dolomite. In the Cambrian limestones, just like in their more recent counterparts, there are layers and nodules of chert and phosphatized material present. 87

Igneous rocks are not extensively developed; in Wales they form an important feature and occur in considerable thickness; they are represented by lavas of olivine-diabase and by contemporaneous tuffs which are traversed by later granite and quartz felsite. In the Cambrian of Brittany there are acid lavas and tuffs. Quartz porphyry, diabase and diorite appear in the Ardennes. In Bohemia, North America and Canada igneous rocks have been observed.

Igneous rocks aren't very common, but in Wales, they are a significant feature and can be found in substantial thickness. They consist of olivine-diabase lavas and associated tuffs that are cut through by later granite and quartz felsite. In the Cambrian period of Brittany, there are acid lavas and tuffs. Quartz porphyry, diabase, and diorite can be found in the Ardennes. Igneous rocks have also been observed in Bohemia, North America, and Canada.

In China, on the Yang-tse river, a thick deposit has been found full of boulders of diverse kinds of rock, striated in the manner that is typical of glacial action. A similar deposit occurs in the Gaisa beds near the Varanger Fjord in Norway. These formations lie at the base of the lowest Cambrian strata and may possibly be included in the pre-Cambrian, though in Norway they are clearly resting upon a striated floor of crystalline rocks.

In China, along the Yangtze River, a dense layer has been discovered filled with boulders of various types of rock, marked in a way that's typical of glacial activity. A similar layer can be found in the Gaisa beds near the Varanger Fjord in Norway. These formations sit at the bottom of the lowest Cambrian layers and might potentially be classified as pre-Cambrian, although in Norway, they clearly rest on a striated base of crystalline rocks.

Cambrian Life.—In a general survey of the life of this period, as it is revealed by the fossils, three outstanding facts are apparent: (1) the great divergence between the Cambrian fauna and that of the present day; (2) the Cambrian life assemblage differs in no marked manner from that of the succeeding Ordovician and Silurian periods; there is a certain family likeness which unites all of them; (3) the extraordinary complexity and diversity not only in the assemblage as a whole but within certain limited groups of organisms. Although in the Cambrian strata we have the oldest known fossiliferous rocks—if we leave out of account the very few and very obscure organic remains hitherto recorded from the pre-Cambrian—yet we appear to enter suddenly into the presence of a world richly peopled with a suite of organisms already far advanced in differentiation; the Cambrian fauna seems to be as far removed from what must have been the first forms of life, as the living forms of this remote period are distant from the creatures of to-day.

Cambrian Life.—In a general overview of life during this period, as shown by the fossils, three key facts stand out: (1) there’s a significant difference between Cambrian fauna and today’s species; (2) the life forms from the Cambrian period do not significantly differ from those of the later Ordovician and Silurian periods; they share a certain family resemblance; (3) there’s remarkable complexity and diversity, not just in the overall grouping but also within specific categories of organisms. Although the Cambrian layers contain the oldest known fossil-bearing rocks—if we ignore the few and very unclear organic remains from before the Cambrian—it feels like we suddenly enter a world bustling with a variety of organisms that are already quite advanced in development; the Cambrian fauna seems just as distant from the earliest forms of life as today's organisms are from those ancient creatures.

With the exception of the vertebrates, every one of the great classes of animals is represented in Cambrian rocks. Simple protozoa appear in the form of Radiolaria; Lithistid sponges are represented by such forms as Archaeoscyphia, Hexactinellid sponges by Protospongia; Graptolites (Dictyograptus (Dictyonema)) come on in the higher parts of the system. Medusa-like casts have been found in the lower Cambrian of Scandinavia (Medusina) and in the mid-Cambrian of Alabama (Brooksella). Corals, Archaeocyathus, Spirocyathus, &c., lived in the Cambrian seas along with starfishes (Palaeasterina), Cystideans, Protocystites, Trochocystites and possibly Crinoids, Dendrocrinus. Annelids left their traces in burrows and casts on the sea-floor (Arenicolites, Cruziana, Scolithus, &c.). Crustacea occupied an extremely prominent place; there were Phyllocarids such as Hymenocaris, and Ostracods like Entomidella; but by far the most important in numbers and development were the Trilobites, now extinct, but in palaeozoic times so abundant. In the Cambrian period trilobites had already attained their maximum size; some species of Paradoxides were nearly 2 ft. long, but in company with these monsters were tiny forms like Agnostus and Microdiscus. Many of the Cambrian trilobites appear to have been blind, and they had not at this period developed that flexibility in the carapace that some forms acquired later.

Except for vertebrates, all major groups of animals are found in Cambrian rocks. Simple protozoa showed up as Radiolaria; Lithistid sponges were represented by forms like Archaeoscyphia, and Hexactinellid sponges by Protospongia; Graptolites (Dictyograptus (Dictyonema)) appeared in the upper parts of the system. Medusa-like fossils have been discovered in the lower Cambrian of Scandinavia (Medusina) and in the mid-Cambrian of Alabama (Brooksella). Corals such as Archaeocyathus, Spirocyathus, etc., lived in Cambrian seas alongside starfishes (Palaeasterina), Cystideans like Protocystites, Trochocystites, and possibly Crinoids like Dendrocrinus. Annelids left their marks in burrows and casts on the sea floor (Arenicolites, Cruziana, Scolithus, etc.). Crustacea played a significant role; there were Phyllocarids such as Hymenocaris and Ostracods like Entomidella; but the most numerous and developed were the now-extinct Trilobites, which were incredibly abundant during the Paleozoic era. By the Cambrian period, trilobites had already reached their largest sizes; some species of Paradoxides were nearly 2 feet long, but alongside these giants were tiny forms like Agnostus and Microdiscus. Many Cambrian trilobites seem to have been blind, and during this time, they had not yet developed the flexibility in their exoskeleton that some later species achieved.

Brachiopods were fairly abundant, particularly the non-articulated forms (Obolus, Lingulella, Acrotreta, Discinopsis, &c.); amongst the articulate genera are Kutorgina, Orthis, Khynchonella. It is a striking fact that certain of these non-articulate “lamp-shells” are familiar inhabitants of our present seas. Each of the principal groups of true mollusca was represented: Pelecypods (Modioloides); Gasteropods (Scenella, Pleurotomaria, Trochonema); Pteropods (Hyohthellus, Hyolithes, Salleretta); Cephalopods (Orthoceras, Cystoceras). Of land plants no traces have yet been discovered. Certain markings on slates and sandstones, such as the “fucoids” of Scandinavia and Scotland, the Phycoides of the Fichtelgebirge, Eophyton and other seaweed-like impressions, may indeed be the casts of fucoid plants; but it is by no means sure that many of them are not mere inorganic imitative markings or the tracks or casts of worms. Oldhamia, a delicate branching body, abundant in the Cambrian of the south-east of Ireland, is probably a calcareous alga, but its precise nature has not been satisfactorily determined.

Brachiopods were quite common, especially the non-articulated types (Obolus, Lingulella, Acrotreta, Discinopsis, etc.); among the articulated genera are Kutorgina, Orthis, Khynchonella. It's interesting that some of these non-articulate “lamp-shells” are still found in our oceans today. Each main group of true mollusks was present: Pelecypods (Modioloides); Gasteropods (Scenella, Pleurotomaria, Trochonema); Pteropods (Hyohthellus, Hyolithes, Salleretta); Cephalopods (Orthoceras, Cystoceras). No traces of land plants have been found yet. Certain patterns on slates and sandstones, like the “fucoids” from Scandinavia and Scotland, the Phycoides of the Fichtelgebirge, Eophyton, and other seaweed-like impressions, might actually be casts of fucoid plants; however, it's not certain that many of them aren't just inorganic imitative markings or the trails or casts of worms. Oldhamia, a delicate branching organism found abundantly in the Cambrian of southeast Ireland, is probably a calcareous alga, but its exact nature hasn’t been definitively identified.

Cambrian Stratigraphy.—Wherever the Cambrian strata have been carefully studied it has now been found possible and convenient to arrange them into three series, each of which is characterized by a distinctive genus of trilobite. Thus we have a Lower Cambrian with Olenellus, a middle series with Paradoxides and an Upper Cambrian with Olenus. It is true that these fossils are not invariably present in every occurrence of Cambrian strata, but this fact notwithstanding, the threefold division holds with sufficient constancy. An uppermost series lies above the Olenus fauna in some areas; it is represented by the Tremadoc beds in Britain or by the Dictyonema beds or Euloma-Niobe fauna elsewhere. Three regions deserve special attention: (1) Great Britain, the area in which the Cambrian was first differentiated from the old “Transition Series”; (2) North America, on account of the wide-spread occurrence of the rocks and the abundance and perfection of the fossils; and (3) Bohemia, made classic by the great labours of J. Barrande.

Cambrian Stratigraphy.—Wherever the Cambrian layers have been thoroughly studied, it has now become possible and convenient to divide them into three series, each defined by a unique genus of trilobite. So, we have a Lower Cambrian featuring Olenellus, a middle series with Paradoxides, and an Upper Cambrian with Olenus. While it's true that these fossils aren’t always present in every instance of Cambrian layers, this fact doesn’t change the fact that the threefold classification remains consistently applicable. An upper series exists above the Olenus fauna in some regions; it's represented by the Tremadoc beds in Britain or by the Dictyonema beds or Euloma-Niobe fauna in other places. Three areas are particularly noteworthy: (1) Great Britain, where the Cambrian was first distinguished from the old “Transition Series”; (2) North America, due to the widespread presence of the rocks and the abundance and quality of the fossils; and (3) Bohemia, famous for the extensive studies conducted by J. Barrande.

Great Britain and Ireland.—The table on p. 88 contains the names that have been applied to the subdivisions of the Cambrian strata in the areas of outcrop in Wales and England; at the same time it indicates approximately their relative position in the system.

Great Britain and Ireland.—The table on p. 88 lists the names given to the subdivisions of the Cambrian rocks found where they are exposed in Wales and England; it also shows their approximate position in the geological system.

In Scotland the upper and middle series are represented by a thick mass of limestone and dolomite, the Durness limestone (1500 ft.). In the lower series are, in descending order, the “Serpulite grits” or “Salterella beds,” the “Fucoid beds” and the “Eriboll quartzite,” which is divided into an upper “Pipe rock” and lower “Basal quartzite.”

In Scotland, the upper and middle layers consist of a thick layer of limestone and dolomite known as the Durness limestone (1500 ft.). Below these layers, in descending order, are the “Serpulite grits” or “Salterella beds,” the “Fucoid beds,” and the “Eriboll quartzite,” which is split into an upper “Pipe rock” and lower “Basal quartzite.”

The Cambrian rocks of Ireland, a great series of purple and green shales, slates and grits with beds of quartzite, have not yet yielded sufficient fossil evidence to permit of a correlation with the Welsh rocks, and possibly some parts of the series may be transferred in the future to the overlying Ordovician.

The Cambrian rocks of Ireland, a large formation of purple and green shales, slates, and grits with layers of quartzite, have not yet provided enough fossil evidence to allow for a comparison with the Welsh rocks, and some sections of this formation may be reclassified as part of the overlying Ordovician in the future.

North America.—On the North American continent, as in Europe, the Cambrian system is divisible into three series: (1) the lower or “Georgian,” with Olenellus fauna; (2) the middle or “Acadian,” with Paradoxides or Dikelocephalus fauna; (3) the upper or “Potsdam,” with Olenus fauna (with Saratogan or St Croix as synonyms for Potsdam). The lower division appears on the Newfoundland and Labrador coasts, and is traceable thence, in a great belt south-west of those points, through Maine and the Hudson-Champlain valley into Alabama, a distance of some 2000 m.; and the rocks are brought up again on the western uplift, in Nevada, Idaho, Utah, western Montana and British Columbia. The middle division covers approximately the same region as the lower one, and in addition it is found in the states of Texas, Oklahoma, and Arizona, in western Montana, and possibly in western Wisconsin. The lower division, in addition to covering the areas already indicated, spreads over the interior of the United States.

North America.—On the North American continent, like in Europe, the Cambrian system can be divided into three series: (1) the lower or “Georgian,” containing Olenellus fauna; (2) the middle or “Acadian,” with Paradoxides or Dikelocephalus fauna; (3) the upper or “Potsdam,” featuring Olenus fauna (with Saratogan or St Croix as synonyms for Potsdam). The lower division appears along the coasts of Newfoundland and Labrador and can be traced southwest from there, forming a large belt through Maine and the Hudson-Champlain valley down into Alabama, covering about 2000 miles; the rocks re-emerge in the western uplift areas of Nevada, Idaho, Utah, western Montana, and British Columbia. The middle division occupies roughly the same region as the lower one, and additionally extends into the states of Texas, Oklahoma, and Arizona, as well as western Montana and possibly western Wisconsin. The lower division, besides covering the areas already mentioned, also spreads across the interior of the United States.

Bohemia.—The Cambrian rocks of this country are now recognized by J.F. Pompesk; to comprise the Paradoxidian and Olenelledian groups. They were made famous through the researches of Barrande. The Cambrian system is covered by his stages “B” and “C”; the 88 former a barren series of conglomerates and quartzites, the latter a series of grey and green fissile shales 1200 ft. thick with sandstones, greywackes and conglomerates.

Bohemia.—The Cambrian rocks in this region are now acknowledged by J.F. Pompesk to include the Paradoxidian and Olenelledian groups. They gained recognition due to Barrande's research. The Cambrian system is divided into his stages “B” and “C”; the former being a lifeless sequence of conglomerates and quartzites, and the latter a set of grey and green fissile shales 1200 ft. thick, along with sandstones, greywackes, and conglomerates.

  North Wales. South Wales. Midland and West of England.
Shropshire. Malvern Hills. Nuneaton.
Upper Cambrian,
Olenus fauna
Tremadoc slates
 (Euloma-Niobe fauna)
Tremadoc beds Shineton shales and
 shales with Dictyonema
Bronsil shales,
 gray (Niobe fauna)
Upper Stockingford
 shale (Merivaleshales)
  Lingula flags Lingula flags   Malvern black shales
 (White-leaved-oak
 shales)
 
  (1) Dolgelly beds        
  (2) Ffestinieg beds       Middle Stockingford
 shales (Oldbury
 shales)
  (3) Maentwrog beds        
Middle Cambrian
Paradoxides fauna
Menevian beds Menevian beds      
    Solva group Comley or Hollybush
 sandstone with upper
 Comley limestone
Hollybush sandstone Lower Stockingford
 shales (Purley
 shales)
Lower Cambrian
Olenellus fauna
Harlech grits and
 Llanberis slates
Caerfai group Lower Comley
 limestone
Hollybush sandstone
 with Malvern quarzite
 and conglomerate at
 the base
Upper Hartshill
 quarzite Hyolithes
Hyolithes shales
 and limestone
      Wrekin quartzite   Middle and lower
 Hartshill quarzite
 and the quarzite of
 the Lickey Hills

Scandinavia.—Here the Cambrian system is only distinguished clearly on the eastern side, where the three subdivisions are found in a thin series of strata (400 ft.), in which black concretion-bearing shales play an important part. Limestones and shales with the Euloma-Niobe fauna come at the top. The upper series (Olenus) has been minutely zoned by W.C. Brögger, S.A. Tullberg and J.C. Moberg. In the middle series (Paradoxides) three thin limestone bands have been distinguished, the Fragmenten-Kalk, the Exulans-Kalk and the Andrarums-Kalk.

Scandinavia.—Here, the Cambrian system is clearly identified only on the eastern side, where the three subdivisions appear in a thin layer of strata (400 ft.), with black concretion-bearing shales playing a significant role. At the top, there are limestones and shales featuring the Euloma-Niobe fauna. The upper series (Olenus) has been meticulously zoned by W.C. Brögger, S.A. Tullberg, and J.C. Moberg. In the middle series (Paradoxides), three thin limestone bands have been identified: the Fragmenten-Kalk, the Exulans-Kalk, and the Andrarums-Kalk.

On the Norwegian side the Cambrian is perhaps represented by the Röros schists which lie at the base of a great series of crystalline schists, the probable equivalent of Ordovician and Silurian rocks.

On the Norwegian side, the Cambrian is possibly represented by the Röros schists, which are at the base of a large series of crystalline schists, likely equivalent to Ordovician and Silurian rocks.

Baltic Province.—The Cambrian rocks in this region are nearly all soft sediments, some 600 ft. thick; they reach from the Gulf of Finland towards Lake Ladoga. At the base is the so-called “blue clay” (really greenish) with ferruginous sandstones and with a fucoidal sandstone at its summit. This division is the equivalent of the Lower Cambrian. Above the fucoidal sandstone an important break appears in the system, for the Paradoxides and Olenus divisions are absent. The upper members are the “Ungulite grit” and about 20 ft. of Dictyonema shale. Cambrian rocks have been traced into Siberia (lat. 71°) and on the island of Vaigatch.

Baltic Province.—The Cambrian rocks in this area are mostly soft sediments, about 600 ft. thick; they stretch from the Gulf of Finland to Lake Ladoga. At the bottom is what's called “blue clay” (which is actually more greenish) along with iron-rich sandstones and a fucoidal sandstone on top. This layer corresponds to the Lower Cambrian. Above the fucoidal sandstone, there’s a significant gap in the system because the Paradoxides and Olenus layers are missing. The upper sections consist of “Ungulite grit” and around 20 ft. of Dictyonema shale. Cambrian rocks have been traced as far as Siberia (lat. 71°) and on the island of Vaigatch.

Central Europe.—Besides the Bohemian region previously mentioned, Cambrian rocks are present in Belgium and the north of France, in Spain and the Thüringer Wald. In the Ardennes the system is represented by grits and sandstones, shales, slates and quartz schists, and includes also whet slates and some igneous rocks. A. Dumont has arranged the whole series (Terrain ardennais) into three systems, an upper “Salmien,” a middle “Revinien” and a lower “Devillien,” but J. Gosselet has subsequently proposed to unite the two lower groups in one.

Central Europe.—In addition to the previously mentioned Bohemian region, Cambrian rocks can be found in Belgium and northern France, as well as in Spain and the Thüringer Wald. In the Ardennes, this system is represented by grits and sandstones, shales, slates, and quartz schists, and it also includes whet slates and some igneous rocks. A. Dumont has categorized the entire series (Terrain ardennais) into three systems: an upper “Salmien,” a middle “Revinien,” and a lower “Devillien,” but J. Gosselet later suggested combining the two lower groups into one.

France.—-In northern France Cambrian rocks, mostly purple conglomerates and red shales, rest with apparent unconformability upon pre-Cambrian strata in Brittany, Normandy and northern Poitou. In the Rennes basin limestones—often dolomitic—are associated with quartzites and conglomerates; silicious limestones also occur in the Sarthe region. Farther south, around the old lands of Languedoc, equivalents of the two upper divisions of the Cambrian have been recorded; and the uppermost members of the system appear in Herault. Patches of Cambrian rocks are found in the Pyrenees.

France.—In northern France, Cambrian rocks, mainly purple conglomerates and red shales, are found resting noticeably unconformably on pre-Cambrian layers in Brittany, Normandy, and northern Poitou. In the Rennes basin, there are limestones—often dolomitic—along with quartzites and conglomerates; siliceous limestones are also present in the Sarthe region. Further south, in the old lands of Languedoc, equivalent layers of the two upper divisions of the Cambrian have been identified, with the highest members of the system appearing in Herault. Patches of Cambrian rocks are located in the Pyrenees.

In Spain slates and quartzites, the slates of Rivadeo, more than 9000 ft. thick, are followed by the middle Cambrian beds of La Vega, thick quartzites with limestone, slates and iron ores. Cambrian rocks occur also in the provinces of Seville and Ciudad-Real. Upper Cambrian strata have been found in upper Alemtejo in Portugal.

In Spain, there are slates and quartzites, with the slates from Rivadeo being over 9000 ft. thick, followed by the middle Cambrian layers of La Vega, which consist of thick quartzites along with limestone, slates, and iron ores. Cambrian rocks can also be found in the provinces of Seville and Ciudad-Real. Upper Cambrian layers have been discovered in upper Alemtejo in Portugal.

In Russian Poland is a series of conglomerates, quartzites and shales; Some of the beds yield a Paradoxides fauna.

In Russian Poland, there are a series of conglomerates, quartzites, and shales; some of the layers contain a Paradoxides fauna.

In the Thüringer Wald are certain strata, presumably Cambrian since the uppermost beds contain the Euloma-Niobe fauna.

In the Thüringer Wald, there are certain layers, likely Cambrian, since the topmost layers contain the Euloma-Niobe fauna.

Sardinia contains both middle and upper Cambrian. The Cambrian system is represented in the Salt Range of India by the Neobolus or Khussack beds, which may possibly belong to the middle subdivision. The same group is probably represented in Corea and the Liao-tung by the thick “Sinisian” formation of F. von Richthofen.

Sardinia has both middle and upper Cambrian layers. The Cambrian system is found in the Salt Range of India within the Neobolus or Khussack beds, which likely belong to the middle subdivision. The same group is probably also represented in Korea and the Liao-tung by the thick “Sinisian” formation identified by F. von Richthofen.

In South America upper Cambrian rocks have been recorded from north Argentina.

In South America, upper Cambrian rocks have been found in northern Argentina.

The Lower Cambrian has been found at various places in South Australia; and in Tasmania a thick series of strata appears to be in part at least of Upper Cambrian age.

The Lower Cambrian has been found in several locations in South Australia; and in Tasmania, there is a thick layer of rock that seems to be at least partly from the Upper Cambrian period.

General Physical Conditions in the Cambrian Period.—The Cambrian rocks previously described are all such as would result from deposition, in comparatively shallow seas, of the products of degradation of land surfaces by the ordinary agents of denudation. Evidences of shallow water conditions are abundant; very frequently on the bedding surfaces of sandstones and other rocks we find cracks made by the sun’s heat and pittings caused by the showers that fell from the Cambrian sky, and these records of the weather of this remote period are preserved as sharply and clearly as those made only to-day on our tidal reaches. Ripple marks and current bedding further point, to the shallowness of the water at the places where the rocks were made.

General Physical Conditions in the Cambrian Period.—The Cambrian rocks previously described all originated from deposition in relatively shallow seas, resulting from the breakdown of land surfaces by typical erosion processes. There is plenty of evidence of shallow water conditions; often, on the bedding surfaces of sandstones and other rocks, we see cracks formed by the sun’s heat and pitting caused by rain showers that fell from the Cambrian sky, and these records of the weather from this distant time are preserved as distinctly and clearly as today's records on our tidal shores. Ripple marks and current bedding further indicate the shallow water at the locations where the rocks were formed.

No Cambrian rocks are such as would be formed in the abysses of the sea—although the absence of well-developed eyes in the trilobites has led some to assume that this condition was an indication that the creatures lived in abyssal depths.

No Cambrian rocks are the kind that would form in the deep sea—although the lack of well-developed eyes in trilobites has led some to think that this meant these creatures lived in deep ocean depths.

At the close of the pre-Cambrian, many of the deposits of that period must have been elevated into regions of fairly high ground; this we may assume from the nature of the Cambrian deposits which are mainly the product of the denudation of such ground. Over the land areas thus formed, the seas in Cambrian time gradually spread, laying down first the series known as Lower Cambrian, then by further encroachment on the land the wider spread Upper Cambrian deposits—in Europe, the middle series is the most extensive. Consequently, Cambrian strata are usually unconformable on older rocks.

At the end of the pre-Cambrian period, many deposits from that time must have been raised into more elevated areas; we can assume this based on the nature of the Cambrian deposits, which mainly resulted from the erosion of such land. During Cambrian times, seas gradually spread over these newly formed land areas, first laying down what we call the Lower Cambrian series, and later covering the land further with the more widespread Upper Cambrian deposits—in Europe, the middle series is the most extensive. As a result, Cambrian layers often do not conform to older rocks.

During the general advance of the sea, local warpings of the crust may have given rise to shallow lagoon or inland-lake conditions. The common occurrence of red strata has been cited in support of this view.

During the overall rise of the sea, local distortions of the crust may have led to shallow lagoon or inland lake conditions. The frequent presence of red layers has been used to support this idea.

Compared with some other periods, the Cambrian was free from extensive volcanic disturbances, but in Wales and in Brittany the earlier portions of this period were marked by voluminous outpourings; a condition that was feebly reflected in central and southern Europe.

Compared to some other times, the Cambrian period saw fewer extensive volcanic disturbances, but in Wales and Brittany, the earlier parts of this period had significant eruptions; this was only weakly observed in central and southern Europe.

No definite conclusions can be drawn from the fossils as to the climatic peculiarities of the earth in Cambrian times. The red rocks may in some cases suggest desert conditions; and there is good reason to suppose that in what are now Norway and China a glacial cold prevailed early in the period.

No definite conclusions can be drawn from the fossils about the climate on Earth during Cambrian times. The red rocks might sometimes indicate desert conditions, and there’s strong evidence to believe that it was extremely cold in regions that are now Norway and China early in this period.

Considerable variations occur in the thickness of Cambrian deposits, which may generally be explained by the greater 89 rapidity of deposition in some areas than in others. Nothing could be more striking than the difference between the thicknesses in western and eastern Europe; in Brittany the deposits are over 24,000 ft. thick, in Wales at least 12,000 ft., in western England they are only 3000 ft., and in northern Scotland 2000 ft., while no farther east than Scandinavia the complete Cambrian succession is only about 400 ft. thick. Again, in North America, the greatest thicknesses are found along the mountainous regions on the west and on the east—reaching 12,000 ft. in the latter and probably nearly 40,000 ft. in the former (in British Columbia)—while over the interior of the continent it is seldom more than 1000 ft. thick.

Considerable variations occur in the thickness of Cambrian deposits, which can generally be explained by the faster deposition rates in some areas compared to others. Nothing is more striking than the difference between the thicknesses in western and eastern Europe; in Brittany, the deposits are over 24,000 ft. thick, in Wales at least 12,000 ft., in western England they are only 3,000 ft., and in northern Scotland 2,000 ft., while no farther east than Scandinavia the complete Cambrian succession is only about 400 ft. thick. Similarly, in North America, the greatest thicknesses are found along the mountainous regions on the west and east—reaching 12,000 ft. in the east and probably nearly 40,000 ft. in the west (in British Columbia)—while over the interior of the continent it is seldom more than 1,000 ft. thick.

Any attempt to picture the geographical conditions of the Cambrian period must of necessity be very imperfect. It was pointed out by Barrande that early in Palaeozoic Europe there appeared two marine provinces—a northern one extending from Russia to the British Isles through Scandinavia and northern Germany, and a southern one comprising France, Bohemia, the Iberian peninsula and Sardinia. It is assumed that some kind of land barrier separated these two provinces. Further, there is a marked likeness between the Cambrian of western Europe and eastern America; many fossils of this period are common to Britain, Sweden and eastern Canada; therefore it is likely that a north Atlantic basin existed. Prof. Kayser suggests that there was also a Pacific basin more extensive than at present; this is borne out by the similarity between the Cambrian faunas of China, Siberia and Argentina. The same author postulates an Arctic continent, bordering upon northern Europe, Greenland and North America; an African-Brazilian continent across the present south Atlantic, and a marine communication between Australia and India, where the faunas have much in common.

Any attempt to visualize the geographical conditions of the Cambrian period is bound to be quite imperfect. Barrande noted that early in the Paleozoic era, Europe had two marine regions—a northern one stretching from Russia to the British Isles through Scandinavia and northern Germany, and a southern one including France, Bohemia, the Iberian Peninsula, and Sardinia. It’s believed that some kind of land barrier separated these two regions. Additionally, there’s a significant similarity between the Cambrian fossils found in western Europe and those in eastern America; many fossils from this period are found in Britain, Sweden, and eastern Canada, suggesting the existence of a North Atlantic basin. Prof. Kayser proposes that there was also a Pacific basin that was more extensive than it is now, supported by the similarities between the Cambrian faunas of China, Siberia, and Argentina. The same author suggests an Arctic continent, adjacent to northern Europe, Greenland, and North America; an African-Brazilian continent across what is now the South Atlantic; and a marine connection between Australia and India, where the faunas share many similarities.

References.—The literature devoted to the Cambrian period is very voluminous, important contributions having been made by A. Sedgwick, Sir R.I. Murchison, H. Hicks, C. Lapworth, T. Groom, J.W. Salter, J.E. Marr, C.D. Walcott, G.F. Matthew, E. Emmons, E. Billings, J. Barrande, F. Schmidt, W.C. Brögger, S.A. Tullberg, S.L. Torngrist, G. Linnarsson and many others. A good general account of the period will be found in Sir A. Geikie’s Text-Book of Geology, vol. ii. 4th ed. 1903 (with references), and from an American point of view, in T.C. Chamberlin and R.D. Salisbury’s Geology, vol. ii., 1906 (references to American sources). See also J.E. Marr, The Classification of the Cambrian and Silurian Rocks, 1883 (with bibliography up to the year of publication); A. Geikie Q.J. Geol. Sac., 1891, xlvii., Ann. address, p. 90; F. Frech, “Die geographische Verbreitung und Entwickelung des Cambrium,” Compte Rendu. Congrès Géol. Internal. 1897, St-Pétersbourg (1899); Geological Literature added to the Geological Society’s Library, published annually since 1893.

Sources.—There is a wealth of literature on the Cambrian period, with significant contributions from A. Sedgwick, Sir R.I. Murchison, H. Hicks, C. Lapworth, T. Groom, J.W. Salter, J.E. Marr, C.D. Walcott, G.F. Matthew, E. Emmons, E. Billings, J. Barrande, F. Schmidt, W.C. Brögger, S.A. Tullberg, S.L. Torngrist, G. Linnarsson, and many others. For a solid general overview of the period, check out Sir A. Geikie’s Text-Book of Geology, vol. ii. 4th ed. 1903 (with references), and from an American perspective, refer to T.C. Chamberlin and R.D. Salisbury’s Geology, vol. ii., 1906 (which includes references to American sources). Also see J.E. Marr, The Classification of the Cambrian and Silurian Rocks, 1883 (with bibliography up to the year of publication); A. Geikie Q.J. Geol. Sac., 1891, xlvii., Ann. address, p. 90; F. Frech, “Die geographische Verbreitung und Entwickelung des Cambrium,” Compte Rendu. Congrès Géol. Internal. 1897, St-Pétersbourg (1899); Geological Literature added to the Geological Society’s Library, published annually since 1893.

(J. A. H.)

CAMBRIC, a word derived from Kameryk or Kamerijk, the Flemish name of Cambrai, a town in the department of Nord, France, where the cloth of this name is said to have been first made. It was originally made of fine linen. There is a record of a privy purse expenditure in 1530 for cambric for Henry VIII.’s shirts. Cambric has been used for many years in the manufacture of handkerchiefs, collars, cuffs, and for fine underclothing; also for the best shrouds, and for fine baby linen. The yarns for this cloth are of very fine quality, and the number of threads and picks often reaches and sometimes exceeds 120 per inch. Embroidery cambric is a fine linen used for embroidery. Batiste, said to be called after Baptiste, a linen-weaver of Cambrai, is a kind of cambric frequently dyed or printed. All these fabrics are largely copied in cheaper materials, mixtures of tow and cotton, and in many cases cotton alone, taking the place of the original flax line yarns.

CAMBRIC, is a term that comes from Kameryk or Kamerijk, the Flemish name for Cambrai, a town in Nord, France, where this type of cloth is said to have originated. It was initially made from fine linen. There’s a record of a 1530 expense for cambric for Henry VIII’s shirts. Cambric has been used for many years to make handkerchiefs, collars, cuffs, and fine undergarments; it’s also used for quality shrouds and fine baby linens. The yarns used for this fabric are of very high quality, with the number of threads and picks often reaching or exceeding 120 per inch. Embroidery cambric is a fine linen specifically for embroidery. Batiste, believed to be named after Baptiste, a linen weaver from Cambrai, is a type of cambric usually dyed or printed. All these fabrics are often imitated in cheaper materials, blends of tow and cotton, and in many cases, pure cotton, replacing the original flax line yarns.


CAMBRIDGE, EARLS AND DUKES OF. Under the Norman and early Plantagenet kings of England the earldom of Cambridge was united with that of Huntingdon, which was held among others by David I., king of Scotland, as the husband of earl Waltheof’s daughter, Matilda. As a separate dignity the earldom dates from about 1340, when William V., count (afterwards duke) of Juliers, was created earl of Cambridge by King Edward III.; and in 1362 (the year after William’s death) Edward created his own son, Edmund of Langley, earl of Cambridge, the title being afterwards merged in that of duke of York, which was bestowed upon Edmund in 1385. Edmund’s elder son, Edward, earl of Rutland, who succeeded his father as duke of York and earl of Cambridge in 1402, appears to have resigned the latter dignity in or before 1414, as in this year his younger brother, Richard, was made earl of Cambridge. In the following year Richard was executed for plotting against King Henry V., and his title was forfeited, but it was restored to his son, Richard, who in 1415 became duke of York in succession to his uncle Edward. Subsidiary to the dukedom of York the title was held by Richard, and after his death in 1460 by his son Edward, afterwards King Edward IV., becoming extinct on the fall of the Yorkist dynasty.

CAMBRIDGE, EARLS, AND DUKES. Under the Norman and early Plantagenet kings of England, the earldom of Cambridge was combined with that of Huntingdon, which was also held by David I, king of Scotland, who was married to Earl Waltheof’s daughter, Matilda. As a distinct title, the earldom began around 1340 when William V, count (later duke) of Juliers, was made earl of Cambridge by King Edward III. In 1362, the year after William’s death, Edward created his own son, Edmund of Langley, earl of Cambridge. This title was later merged with that of duke of York, which was granted to Edmund in 1385. Edmund’s elder son, Edward, earl of Rutland, who took over as duke of York and earl of Cambridge in 1402, seemingly gave up the earldom in or before 1414 because in that year his younger brother, Richard, was made earl of Cambridge. The following year, Richard was executed for plotting against King Henry V, and his title was forfeited, but it was restored to his son, Richard, who became duke of York in 1415, succeeding his uncle Edward. The title was held by Richard and, after his death in 1460, by his son Edward, who later became King Edward IV, and it became extinct with the fall of the Yorkist dynasty.

In 1619 King James I., anxious to bestow an English title upon James Hamilton, 2nd marquess of Hamilton (d. 1625), created him earl of Cambridge, a title which came to his son and successor James, 3rd marquess and first duke of Hamilton (d. 1649). In 1651 when William, 2nd duke of Hamilton, died, his English title became extinct.

In 1619, King James I, eager to grant an English title to James Hamilton, 2nd marquess of Hamilton (d. 1625), made him the earl of Cambridge, a title that was passed to his son and successor James, 3rd marquess and first duke of Hamilton (d. 1649). In 1651, when William, 2nd duke of Hamilton, died, his English title became extinct.

Again bestowed upon a member of the royal house, the title of earl of Cambridge was granted in 1659 by Charles II. to his brother Henry, duke of Gloucester, only to become extinct on Henry’s death in the following year. In 1661 Charles, the infant son of James, duke of York, afterwards King James II., was designated as marquess and duke of Cambridge, but the child died before the necessary formalities were completed. However, two of James’s sons, James (d. 1667) and Edgar (d. 1671), were actually created in succession dukes of Cambridge, but both died in childhood. After the passing of the Act of Settlement in 1701 it was proposed to grant an English title to George Augustus, electoral prince of Hanover, who, after his grandmother, the electress Sophia, and his father, the elector George Louis, was heir to the throne of England; and to give effect to this proposal George Augustus was created marquess and duke of Cambridge in November 1706. The title lapsed when he became king of Great Britain and Ireland in 1727, but it was revived in 1801 in favour of Adolphus Frederick, the seventh son of George III. He and his son are dealt with below.

Again given to a member of the royal family, the title of earl of Cambridge was granted in 1659 by Charles II to his brother Henry, duke of Gloucester, but it became extinct after Henry’s death the following year. In 1661, Charles, the infant son of James, duke of York, who later became King James II, was named marquess and duke of Cambridge, but the child died before the necessary formalities were completed. However, two of James’s sons, James (d. 1667) and Edgar (d. 1671), were actually granted the title of duke of Cambridge in succession, but both died in childhood. After the passing of the Act of Settlement in 1701, it was proposed to give an English title to George Augustus, electoral prince of Hanover, who was the heir to the throne of England after his grandmother, the electress Sophia, and his father, elector George Louis; to carry out this proposal, George Augustus was created marquess and duke of Cambridge in November 1706. The title lapsed when he became king of Great Britain and Ireland in 1727, but it was revived in 1801 in favor of Adolphus Frederick, the seventh son of George III. He and his son are discussed below.

Adolphus Frederick, duke of Cambridge (1774-1850), was born in London on the 24th of February 1774. Having studied at the university of Göttingen, Adolphus Frederick served in the Hanoverian and British armies, and, in November 1801, was created earl of Tipperary and duke of Cambridge, becoming a member of the privy council in the following year. The duke is chiefly known for his connexion with Hanover. In 1815, on the conclusion of the war, the electorate of Hanover was raised to the rank of a kingdom, and in the following year the duke was appointed viceroy. He held this position until the separation of Great Britain and Hanover in 1837, and displaying tact and moderation, appears to have ruled the country with great success during a difficult period. Returning to England the duke became very popular, and was active in supporting many learned and benevolent societies. He died in London on the 8th of July 1850. In 1818 he married Augusta (1797-1889), daughter of Frederick, landgrave of Hesse-Cassel. He left three children: his successor, George; Augusta Caroline (b. 1822), who married Frederick William, grand duke of Mecklenburg-Strelitz; and Mary Adelaide (1833-1897), who married Francis, duke of Teck.

Adolphus Frederick, Duke of Cambridge (1774-1850), was born in London on February 24, 1774. After studying at the University of Göttingen, Adolphus Frederick served in the Hanoverian and British armies. In November 1801, he was made Earl of Tipperary and Duke of Cambridge, becoming a member of the Privy Council the following year. The duke is mainly known for his connection with Hanover. In 1815, when the war ended, the Electorate of Hanover was elevated to the status of a kingdom, and the next year the duke was appointed viceroy. He held this position until the separation of Great Britain and Hanover in 1837, and by showing tact and moderation, he seems to have governed the country successfully during a challenging time. After returning to England, the duke became very popular and actively supported many educational and charitable organizations. He died in London on July 8, 1850. In 1818, he married Augusta (1797-1889), daughter of Frederick, Landgrave of Hesse-Cassel. He had three children: his successor, George; Augusta Caroline (b. 1822), who married Frederick William, Grand Duke of Mecklenburg-Strelitz; and Mary Adelaide (1833-1897), who married Francis, Duke of Teck.

George William Frederick Charles, duke of Cambridge (1819-1904), was born at Hanover on the 26th of March 1819. He was thus about two months older than his cousin, Queen Victoria, and was for that period in the line of succession to the British throne. He was educated at Hanover by the Rev. J.R. Wood, a canon of Worcester. In November 1837, after he had served for a short time in the Hanoverian army, the rank of colonel in the British army was conferred upon him, and he was attached to the staff at Gibraltar from October 1838 to April 1839. After serving in Ireland with the 12th Royal Lancers, he was appointed in April 1842 colonel of the 17th Light Dragoons (now Lancers). From 1843 to 1845 he was colonel on the staff in the Ionian Islands, and was then promoted major-general. In October 1846 he took command of the Limerick district, and shortly afterwards of the Dublin district. In 1850 his father died, and he succeeded to the 90 dukedom. Being appointed inspector of cavalry in 1852, he held that post until 1854, when, upon the outbreak of the Crimean War, he was placed in command of the 1st division (Guards and Highland brigades) of the British army in the East. In June of the same year he was promoted lieutenant-general. He was present at the battles of the Alma, Balaklava and Inkerman, and at the siege of Sevastopol. On the 15th of July 1856 he was appointed general commanding-in-chief, on the 9th of November 1862 field marshal, and by letters patent, 1887, commander-in-chief. The long period during which he held the command of the army was marked by many changes. The Crimean War brought to light great administrative defects, and led to a regrouping of the departments, which, with the whole personnel of the army, were brought under the authority of the secretary of state for war. The constitutional changes involved did not, however, affect seriously the organization of the military forces. Only in 1870, after the successes of Prussia had created a profound impression, were drastic changes introduced by Cardwell into the entire fabric of the army. The objects of the reformers of 1870 were undoubtedly wise; but some of the methods adopted were open to question, and were strongly resented by the duke of Cambridge, whose views were shared by the majority of officers. Further changes were inaugurated in 1880, and again the duke found much to criticize. His opinions stand recorded in the voluminous evidence taken by the numerous bodies appointed to inquire into the condition of the army. They show a sound military judgment, and, as against innovations as such, a strong attachment to the old regimental system. That this judgment and this attachment were not so rigid as was generally supposed is proved by his published correspondence. Throughout the period of change, while protesting, the duke invariably accepted and loyally endeavoured to carry out the measures on which the government decided. In a memorandum addressed to Mr Childers in 1880 he defined his attitude as follows:— “Should it appear, however, that for reasons of state policy it is necessary that the contemplated changes should be made, I am prepared to carry them out to the best of my ability.” This attitude he consistently maintained in all cases in which his training and associations led him, rightly or wrongly, to deprecate changes the need for which was not apparent to him. His judgment was especially vindicated in the case of an ill-advised reduction of the artillery carried out by Mr. Stanhope. Under the order in council of February 1888, the whole responsibility for military duties of every kind was for the first time centred upon the commander-in-chief. This, as pointed out by the Hartington commission in 1890, involved “an excessive centralization” which “must necessarily tend to weaken the sense of responsibility of the other heads of departments, and thus to diminish their efficiency.” The duke of Cambridge, whose position entailed many duties apart from those strictly appertaining to a commander-in-chief, could not give personal attention to the vast range of matters for which he was made nominally responsible. On the other hand, the adjutant-general could act in his name, and the secretary of state could obtain military advice from officials charged with no direct responsibility. The effect was to place the duke in a false position in the eyes of the army and of the country. If the administration of the army suffered after 1888, this was due to a system which violated principles. His active control of its training during the whole period of his command was less hampered, and more directly productive of good results.

George William Frederick Charles, Duke of Cambridge (1819-1904), was born in Hanover on March 26, 1819. He was about two months older than his cousin, Queen Victoria, and was in line for the British throne during that time. He was educated in Hanover by Rev. J.R. Wood, a canon of Worcester. In November 1837, after serving briefly in the Hanoverian army, he was promoted to colonel in the British army and served on the staff at Gibraltar from October 1838 to April 1839. After serving in Ireland with the 12th Royal Lancers, he was appointed colonel of the 17th Light Dragoons (now Lancers) in April 1842. From 1843 to 1845, he was colonel on the staff in the Ionian Islands and then was promoted to major-general. In October 1846, he took command of the Limerick district and soon after the Dublin district. His father died in 1850, and he inherited the dukedom. Appointed inspector of cavalry in 1852, he held that position until 1854, when the Crimean War began, and he commanded the 1st division (Guards and Highland brigades) of the British army in the East. In June of that year, he was promoted to lieutenant-general. He participated in the battles of Alma, Balaklava, and Inkerman, as well as the siege of Sevastopol. On July 15, 1856, he was appointed general commanding-in-chief, on November 9, 1862, he became field marshal, and by letters patent in 1887, he was named commander-in-chief. The long duration of his command was marked by many changes. The Crimean War revealed serious administrative flaws and led to a reorganization of the departments, placing the entire military personnel under the authority of the secretary of state for war. However, the constitutional changes didn’t significantly affect military organization. It wasn’t until 1870, after Prussia's successes left a deep impression, that drastic changes were implemented by Cardwell across the army. The goals of the 1870 reformers were undoubtedly wise, yet some methods were questionable and strongly opposed by the Duke of Cambridge, whose views were shared by most officers. Further changes were initiated in 1880, and once again, the duke found much to criticize. His opinions are well recorded in the extensive evidence gathered by various bodies investigating the army's state. They demonstrate sound military judgment and a strong preference for the traditional regimental system, although his judgment and attachment to tradition weren't as rigid as often assumed, as shown in his published correspondence. Throughout the transition period, while he expressed his objections, the duke consistently accepted and made efforts to implement the government's decisions. In a memorandum to Mr. Childers in 1880, he stated: “Should it appear, however, that for reasons of state policy it is necessary that the contemplated changes should be made, I am prepared to carry them out to the best of my ability.” He maintained this position in all instances where his background and associations led him, rightly or wrongly, to question the necessity of changes he didn't see as evident. His judgment was particularly validated in the case of a poorly considered reduction of artillery enacted by Mr. Stanhope. Under the council order of February 1888, the entire responsibility for military duties was centralized for the first time under the commander-in-chief. As the Hartington commission pointed out in 1890, this created “excessive centralization” which “must necessarily weaken the sense of responsibility of the other heads of departments, and thus diminish their efficiency.” The Duke of Cambridge, who had many responsibilities beyond those strictly related to his position as commander-in-chief, could not give personal attention to the wide array of issues for which he was nominally responsible. Conversely, the adjutant-general could act in his name, and the secretary of state could receive military advice from officials without direct responsibility. As a result, the duke found himself in a precarious position in the eyes of the army and the nation. If the army's administration deteriorated after 1888, it was due to a flawed system. His active control over training during his command was less obstructed and produced better results.

Throughout his long term of office the duke of Cambridge evinced a warm interest in the welfare of the soldier, and great experience combined with a retentive memory made him a master of detail. He was famous for plain, and strong, language; but while quick to condemn deviations from the letter of regulations, and accustomed to insist upon great precision in drill, he was never a martinet, and his natural kindliness made him ready to bestow praise. Belonging to the older generation of soldiers, he could not easily adapt himself to the new conditions, and in dispensing patronage he was somewhat distrustful of originality, while his position as a member of the royal family tended to narrow his scope for selection. He was thus inclined to be influenced by considerations of pure seniority, and to underrate the claims of special ability. The army, however, always recognized that in the duke of Cambridge it had a commander-in-chief devoted to its interests, and keenly anxious amid many difficulties to promote its well-being. The duke resigned the commandership-in-chief on the 1st of November 1895, and was succeeded by Lord Wolseley, the duties of the office being considerably modified. He was at the same time gazetted honorary colonel-in-chief to the forces. He was made ranger of Hyde Park and St James’s Park in 1852, and of Richmond Park in 1857; governor of the Royal Military Academy in 1862, and its president in 1870, and personal aide-de-camp to Queen Victoria in 1882. He died on the 17th of March 1904 at Gloucester House, London. The chief honours conferred upon him were: G.C.H., 1825; K.G., 1835; G.C.M.G., 1845; G.C.B., 1855; K.P., 1861; K.T., 1881. From 1854 he was president of Christ’s hospital. The duke of Cambridge was married to Louisa Fairbrother, who took the name of FitzGeorge after her marriage. She died in 1890.

Throughout his long time in office, the Duke of Cambridge showed a strong interest in soldiers' welfare, and his extensive experience combined with a good memory made him a detail-oriented leader. He was known for his straightforward and strong language; however, while he was quick to criticize deviations from regulations and insisted on precision during drills, he was not a strict disciplinarian, and his natural kindness made him generous with praise. Being part of the older generation of soldiers, he struggled to adapt to modern changes and was somewhat wary of new ideas when it came to granting promotions, while his position as a royal limited his choices. This led him to often prioritize seniority over special talent. Nevertheless, the army recognized that the Duke of Cambridge was a dedicated commander-in-chief, genuinely invested in its welfare and eager to support it through many challenges. He resigned from the position of commander-in-chief on November 1, 1895, and was succeeded by Lord Wolseley, with the responsibilities of the role being significantly changed. At the same time, he was appointed honorary colonel-in-chief of the forces. He became ranger of Hyde Park and St. James’s Park in 1852, and Richmond Park in 1857; he was governor of the Royal Military Academy in 1862, its president in 1870, and served as personal aide-de-camp to Queen Victoria in 1882. He passed away on March 17, 1904, at Gloucester House, London. The main honors awarded to him included: G.C.H. in 1825, K.G. in 1835, G.C.M.G. in 1845, G.C.B. in 1855, K.P. in 1861, and K.T. in 1881. From 1854, he was the president of Christ’s Hospital. The Duke of Cambridge was married to Louisa Fairbrother, who took the name FitzGeorge after their marriage. She died in 1890.

See Rev. E. Sheppard, George, Duke of Cambridge; a Memoir of his Private Life (London, 1906); and Willoughby Verner, Military Life of the Duke of Cambridge (1905).

See Rev. E. Sheppard, George, Duke of Cambridge; a Memoir of his Private Life (London, 1906); and Willoughby Verner, Military Life of the Duke of Cambridge (1905).


CAMBRIDGE, RICHARD OWEN (1717-1802), English poet, was born in London on the 14th of February 1717. He was educated at Eton and at St John’s College, Oxford. Leaving the university without taking a degree, he took up residence at Lincoln’s Inn in 1737. Four years later he married, and went to live at his country seat of Whitminster, Gloucestershire. In 1751 he removed to Twickenham, where he enjoyed the society of many notable persons. Horace Walpole in his letters makes many jesting allusions to Cambridge in the character of newsmonger. He died at Twickenham on the 17th of September 1802. His chief work is the Scribleriad (1751), a mock epic poem, the hero of which is the Martinus Scriblerus of Pope, Arbuthnot and Swift. The poem is preceded by a dissertation on the mock heroic, in which he avows Cervantes as his master. The satire shows considerable learning, and was eagerly read by literary people; but it never became popular, and the allusions, always obscure, have little interest for the present-day reader. He made a valuable contribution to history in his Account of the War in India...on the Coast of Coromandel from the year 1750 to 1760... (1761). He had intended to write a history of the rise and progress of British power in India, but this enterprise went no further than the work just named, as he found that Robert Orme, who had promised him the use of his papers, contemplated the execution of a similar plan.

CAMBRIDGE, RICHARD OWEN (1717-1802), an English poet, was born in London on February 14, 1717. He was educated at Eton and St John’s College, Oxford. He left university without earning a degree and moved to Lincoln’s Inn in 1737. Four years later, he got married and settled at his country house in Whitminster, Gloucestershire. In 1751, he moved to Twickenham, where he mingled with many notable figures. Horace Walpole humorously mentions Cambridge in his letters as a gossipmonger. He died in Twickenham on September 17, 1802. His main work is the Scribleriad (1751), a mock epic poem which features the character Martinus Scriblerus created by Pope, Arbuthnot, and Swift. The poem includes a dissertation on the mock heroic, where he declares Cervantes to be his master. The satire displays considerable knowledge and was eagerly read by literary circles, but it never gained widespread popularity, and its obscure references hold little interest for today's readers. He also made a significant contribution to history with his Account of the War in India...on the Coast of Coromandel from the year 1750 to 1760... (1761). He had planned to write a comprehensive history of the rise of British power in India, but this project didn’t progress beyond the aforementioned work, as he discovered that Robert Orme, who had offered him access to his papers, intended to undertake a similar project.

The Works of Richard Owen Cambridge, Esq., including several Pieces never before published, with an Account of his Life and Character by his Son, George Owen Cambridge (1803), includes, besides the Scribleriad, some narrative and satirical poems, and about twenty papers originally published in Edward Moore’s paper called The World. His poems are included in A. Chalmers’s English Poets (1816).

The Works of Richard Owen Cambridge, Esq., including several Pieces never before published, with an Account of his Life and Character by his Son, George Owen Cambridge (1803), includes, in addition to the Scribleriad, some narrative and satirical poems, and about twenty papers originally published in Edward Moore’s paper called The World. His poems are included in A. Chalmers’s English Poets (1816).


CAMBRIDGE, a municipal and parliamentary borough, the seat of a university, and the county town of Cambridgeshire, England, 56 m. N. by E. of London by the Great Eastern railway, served also by the Great Northern, London & North-Western and Midland lines. Pop. (1901) 38,379. It lies in a flat plain at the southern border of the low Fen country, at an elevation of only 30 to 50 ft. above sea-level. The greater part of the town is situated on the east (right) bank of the Cam, a tributary of the Ouse, but suburbs extend across the river. To the south and west the slight hills bordering the fenland rise gently. The parliamentary borough of Cambridge returns one member. The municipal borough is under a mayor, 12 aldermen, and 36 councillors. Area, 3233 acres.

CAMBRIDGE, is a municipal and parliamentary borough, home to a university, and the county town of Cambridgeshire, England, located 56 miles northeast of London via the Great Eastern railway. It is also served by the Great Northern, London & North-Western, and Midland lines. Population (1901) was 38,379. The town sits in a flat plain at the southern edge of the low Fen country, at an elevation of just 30 to 50 feet above sea level. Most of the town is located on the east (right) bank of the Cam, a tributary of the Ouse, though suburbs extend across the river. To the south and west, the low hills bordering the fenland rise gently. The parliamentary borough of Cambridge elects one member. The municipal borough is governed by a mayor, 12 aldermen, and 36 councillors. Area: 3,233 acres.

Cambridge University1 shares with that of Oxford the first place among such institutions in the British empire. It is the dominating factor in the modern importance of the town, and it is therefore necessary to outline History the historical conditions which led to its establishment. The geographical situation of Cambridge, in its present appearance 91 possessing little attraction or advantage, calls nevertheless for first consideration. Cambridge, in fact, owed its growth to its position on a natural line of communication between the east and the midlands of England, flanked on the one hand by the deep forests which covered the uplands, on the other by the unreclaimed fens, then desolate and in great part impenetrable. The importance of this highway may be judged from the number of early earthworks in the vicinity of Cambridge; and the Castle Hill, at the north side of the present town (near the west bank of the river), is perhaps a British work. Roman remains discovered in the same locality give evidence of the existence of a small town or village at the junction of roads; the name of Camboritum is usually attached to it, but without certainty. The modern name of Cambridge has no connexion with this. The present form of the name has usually been derived from a corruption of the original name Grantebrycge or Grantabridge (Skeat); but Mr Arthur Gray points out that there is no documentary evidence for this corruption in the shape of such probable intermediate forms as Grantebrig or Crantebrig. On the other hand, he brings evidence to show that the name Cantebrig, though not applied to the whole town, was very early given to that quarter of it near the Cante brig, i.e. the bridge over the Cante (the ward beyond the Great Bridge was called “Parcelle of Cambridge” as late as 1340); in this quarter, close to the bridge, Cambridge castle was built by the Conqueror, and from the castle and the castle-quarter the name spread within sixty years to the whole town, the similarity between the names Grantebrig and Cantebrig playing some part in this extension (The Dual Origin of the Town of Cambridge, p. 31). Granta is the earlier and still an alternative name of the river Cam, this more common modern form having been adopted in sympathy with the modern name of the town. Cambridge had a further importance from its position at the head of river navigation, and a charter of Henry I., in which the town is already referred to as a borough, grants it exclusive rights as a river-port, and regulates traffic and tolls. The wharves lay principally along that part of the river where are now the celebrated “backs” of some of the colleges, whose exquisite grounds slope down to the water. The great Sturbridge or Stourbridge Fair at Barnwell, formerly one of the most important in England, is a further illustration of the ancient commercial importance of Cambridge; the oldest known charter concerning it dates from the opening of the 13th century, though its initiation may perhaps be placed a century before.

Cambridge University1 shares with that of Oxford the first place among such institutions in the British empire. It is the dominating factor in the modern importance of the town, and it is therefore necessary to outline History the historical conditions which led to its establishment. The geographical situation of Cambridge, in its present appearance 91 possessing little attraction or advantage, calls nevertheless for first consideration. Cambridge, in fact, owed its growth to its position on a natural line of communication between the east and the midlands of England, flanked on the one hand by the deep forests which covered the uplands, on the other by the unreclaimed fens, then desolate and in great part impenetrable. The importance of this highway may be judged from the number of early earthworks in the vicinity of Cambridge; and the Castle Hill, at the north side of the present town (near the west bank of the river), is perhaps a British work. Roman remains discovered in the same locality give evidence of the existence of a small town or village at the junction of roads; the name of Camboritum is usually attached to it, but without certainty. The modern name of Cambridge has no connexion with this. The present form of the name has usually been derived from a corruption of the original name Grantebrycge or Grantabridge (Skeat); but Mr Arthur Gray points out that there is no documentary evidence for this corruption in the shape of such probable intermediate forms as Grantebrig or Crantebrig. On the other hand, he brings evidence to show that the name Cantebrig, though not applied to the whole town, was very early given to that quarter of it near the Cante brig, i.e. the bridge over the Cante (the ward beyond the Great Bridge was called “Parcelle of Cambridge” as late as 1340); in this quarter, close to the bridge, Cambridge castle was built by the Conqueror, and from the castle and the castle-quarter the name spread within sixty years to the whole town, the similarity between the names Grantebrig and Cantebrig playing some part in this extension (The Dual Origin of the Town of Cambridge, p. 31). Granta is the earlier and still an alternative name of the river Cam, this more common modern form having been adopted in sympathy with the modern name of the town. Cambridge had a further importance from its position at the head of river navigation, and a charter of Henry I., in which the town is already referred to as a borough, grants it exclusive rights as a river-port, and regulates traffic and tolls. The wharves lay principally along that part of the river where are now the celebrated “backs” of some of the colleges, whose exquisite grounds slope down to the water. The great Sturbridge or Stourbridge Fair at Barnwell, formerly one of the most important in England, is a further illustration of the ancient commercial importance of Cambridge; the oldest known charter concerning it dates from the opening of the 13th century, though its initiation may perhaps be placed a century before.

Concerning the early municipal history of Cambridge little is known, but at the time of the Domesday survey its citizens felt themselves strong enough to protest against the exactions of the Norman sheriff, Roger Picot; and the town had attained a considerable degree of importance when, in 1068, William the Conqueror built a castle on the site known as Castle Hill, and used it as a base of operations against Hereward the Wake and the insurgents of the fenland. Cambridge, however, has practically no further military history. From the 14th century onward materials were taken from the castle by the builders of colleges, while the gatehouse, the last surviving portion, was removed in 1842.

Concerning the early municipal history of Cambridge, not much is known, but during the Domesday survey, its citizens felt strong enough to protest against the demands of the Norman sheriff, Roger Picot. The town had gained significant importance by 1068 when William the Conqueror built a castle on what is now Castle Hill and used it as a base for operations against Hereward the Wake and the rebels in the fenland. However, Cambridge has little military history beyond that. From the 14th century onward, builders of colleges took materials from the castle, and the gatehouse, the last remaining part, was taken down in 1842.

The medieval spirit of emulation between the universities of Cambridge and Oxford resulted in a series of remarkable fables to account for the foundation of both. That of Cambridge was assigned to a Spanish prince, Cantaber, in the 4321st year after the Creation. A charter from King Arthur dated 531, and the transference of students from Cambridge to Oxford by King Alfred, were also claimed as historical facts. The true germ of the university is to be sought in the religious foundations in the town. The earliest to be noticed is the Augustinian house of St Giles, founded by Hugoline, wife of Roger Picot the sheriff, in 1092; this was removed in 1112 to Barnwell, where the chapel dedicated to St Andrew the Less is practically the sole remnant of its buildings. In 1224 the Franciscans came to Cambridge, and later in the same century a number of other religious orders settled here, such as the Dominicans, the Gilbertines and the Carmelites, who had before been established at Newnham. Students were gradually attracted to these several religious houses, and Cambridge was already recognized as a centre of learning when, in 1231, Henry III. issued a writ for its governance as such, among other provisions conferring certain disciplinary powers on the bishop of Ely. It soon became evident that the influence of the religious orders on those who came to them for instruction was too narrow. This was recognized elsewhere, for it was in order to counteract that influence that Walter de Merton drew up the statute of governance for his foundation of Merton College, Oxford, a statute which was soon afterwards used as a model by Hugh de Balsham, bishop of Ely, when, in 1281-1284 he founded the first Cambridge college, Peterhouse.

The medieval competition between the universities of Cambridge and Oxford led to a series of interesting legends about their founding. Cambridge's origin was attributed to a Spanish prince named Cantaber, who supposedly established it in the 4321st year after Creation. A charter from King Arthur, dated 531, and the transfer of students from Cambridge to Oxford by King Alfred were also claimed as historical facts. However, the real beginnings of the university can be traced back to the religious institutions in the town. The first notable one was the Augustinian house of St. Giles, founded by Hugoline, the wife of sheriff Roger Picot, in 1092; this was later moved in 1112 to Barnwell, where the chapel dedicated to St. Andrew the Less remains the only significant remnant of its buildings. In 1224, the Franciscans arrived in Cambridge, and later in the same century, several other religious orders, like the Dominicans, Gilbertines, and Carmelites, who had previously been at Newnham, established themselves there. These religious houses gradually drew in students, and Cambridge was recognized as a center of learning when, in 1231, Henry III issued a writ to govern it as such, giving certain disciplinary powers to the bishop of Ely. It quickly became clear that the influence of the religious orders on their students was too restrictive. This was acknowledged elsewhere, as it was to counteract that influence that Walter de Merton created the governance statutes for his foundation, Merton College, Oxford, a model that was soon adopted by Hugh de Balsham, the bishop of Ely, when he founded the first Cambridge college, Peterhouse, between 1281 and 1284.

The friction between town and university, due in the main to the conflict of their jurisdictions, the tradition of which, as in the sister university, died hard in the annual efforts of some undergraduates to revive the “town and gown” riots, culminated during the rebellion of Wat Tyler (1381) in an episode which is alone worthy of record and may serve to illustrate the whole. This was an attack by the rabble, instigated, it is said, by the more reputable townspeople, on the colleges, several of which were sacked. The attack was ultimately defeated by the courage and resource of Henry Spenser or Le Dispencer, bishop of Norwich. The relations of the university of Cambridge with the crown were never so intimate as those of Oxford. Henry III. fortified the town with two gates, but these were burnt by the rebellious barons; and in much later times the two first of the Stuart kings, and the two first of the Georges, cultivated friendly personal relations with the university. During the civil war the colleges even melted down their plate for the war chest of King Charles; but Cambridge showed little of the stubborn royalism of Oxford, and submitted to the Commonwealth without serious resistance.

The tension between the town and the university, mainly due to the clash of their jurisdictions—which, like at the sister university, was hard to shake off as some undergraduates annually tried to spark “town and gown” riots—reached a peak during Wat Tyler's rebellion in 1381. An episode from this time is particularly notable and illustrates the situation well. The rioting crowd, reportedly encouraged by some of the more respectable townsfolk, launched an attack on the colleges, many of which were looted. This assault was eventually thwarted by the bravery and quick thinking of Henry Spenser, also known as Le Dispencer, the bishop of Norwich. The relationship between the University of Cambridge and the crown was never as close as that of Oxford. Henry III fortified the town with two gates, but they were burned down by the rebellious barons. In later years, the first two Stuart kings and the first two Georges maintained friendly relations with the university. During the civil war, the colleges even melted down their silverware to contribute to King Charles's war chest; however, Cambridge didn't exhibit the same stubborn loyalty to the crown as Oxford did and accepted the Commonwealth without much resistance.

The history of collegiate foundation in Cambridge after that of Peterhouse may be followed through the ensuing description of the colleges, but for ease of reference these are dealt with in alphabetical order. The main street which Colleges. traverses the town from south to north, parallel to, and at a short distance from the river, is known successively as Trumpington Street, King’s Parade, Trinity Street, St John’s Street and Bridge Street. The majority of the colleges lie on either side of this street, and chiefly between it and the river. Those of St John’s, Trinity, Trinity Hall, Clare, King’s and Queens’ present the famous “backs” towards the river, which is crossed by a series of picturesque bridges leading to the gardens and grounds on the opposite bank.

The history of collegiate foundations in Cambridge, following Peterhouse, can be seen through the upcoming description of the colleges. For convenience, they are listed in alphabetical order. The main street that runs from south to north through the town, parallel to and a short distance from the river, is known successively as Trumpington Street, King’s Parade, Trinity Street, St John’s Street, and Bridge Street. Most of the colleges are located on either side of this street, mainly between it and the river. St John’s, Trinity, Trinity Hall, Clare, King’s, and Queens’ face the famous “backs” toward the river, which is crossed by a series of picturesque bridges leading to the gardens and grounds on the opposite bank.

Christ’s College is not among the group indicated above; it stands farther to the east, in St Andrew’s Street. It was founded in 1505 by the Lady Margaret Beaufort, mother of Henry VII. It incorporated God’s House, which had been founded by William Bingham, a cleric of London, in 1439, had been removed when the site was required for part of King’s College, and had been refounded with the countenance of Henry VI. in 1448. This was a small house, but the Lady Margaret’s endowment provided for a master, twelve fellows and forty-seven scholars. Edward VI. added another fellowship and three scholarships and the present number of fellows is fifteen. There are certain exhibitions in election to which preference is given to schools in the north of England—Giggleswick, Kirkby Lonsdale, Skipton and Sedbergh. The buildings of Lady Margaret’s foundation were in great part faced in classical style in the 17th century; a building east of the old quadrangle is also of this period, and is ascribed to Inigo Jones. The rooms occupied by the foundress herself are preserved, though in an altered condition, as are those of the poet Milton, who was educated here, and with whom the college has many associations. In the fine gardens is an ancient mulberry tree believed to have been planted by him. Among illustrious names connected with this college are John Leland the antiquary, Archdeacon Paley, author of the Evidences, and Charles Darwin, while Henry More and others of the school of Cambridge Platonists in the 17th century were educated here.

Christ’s College isn’t part of the previously mentioned group; it’s further east on St Andrew’s Street. It was founded in 1505 by Lady Margaret Beaufort, the mother of Henry VII. It incorporated God’s House, which was established by William Bingham, a London cleric, in 1439. This institution was closed when its site was needed for King’s College and then reestablished with the support of Henry VI in 1448. Although it was a small establishment, Lady Margaret’s funding provided for a master, twelve fellows, and forty-seven scholars. Edward VI later added another fellowship and three scholarships, and the current number of fellows is fifteen. There are specific awards for which preference is given to schools in northern England—Giggleswick, Kirkby Lonsdale, Skipton, and Sedbergh. The buildings of Lady Margaret’s foundation were largely designed in a classical style in the 17th century; a structure to the east of the old quadrangle is also from this time and is attributed to Inigo Jones. The rooms once occupied by the founder are preserved, though renovated, as are those of the poet Milton, who was educated here and with whom the college has many connections. In the beautiful gardens is an ancient mulberry tree believed to have been planted by him. Notable individuals linked to this college include John Leland the antiquary, Archdeacon Paley, author of the Evidences, and Charles Darwin, while Henry More and others from the Cambridge Platonist school of the 17th century were also educated here.

Clare College lies close to the river, south of Trinity Hall. In 1326 the university erected a hall, known as University Hall, to accommodate a number of students, and in 1338 Elizabeth de 92 Burgh, countess of Clare, re-endowed the hall, which took the name of Clare Hall, and only became known as college in 1856. There was a strong ecclesiastical tendency in this foundation; six out of the twenty fellows were to be priests when elected. The foundation now consists of a master and fifteen fellows, besides scholars, of whom three receive emoluments from the endowment of Lady Clare. The old college buildings were in great part destroyed by fire in 1521; the present buildings date from 1638 to 1715, and are admirable examples of their period. They surround a very beautiful quadrangle, and the back towards the river is also fine. Unconfirmed tradition indicates the poet Chaucer as an alumnus of this college; other famous men associated with it were Hugh Latimer the martyr, Ralph Cudworth, one of the “Platonists,” and Archbishop Tillotson.

Clare College is located near the river, south of Trinity Hall. In 1326, the university built a hall called University Hall to house several students, and in 1338, Elizabeth de Burgh, the countess of Clare, provided new funding for the hall, which was renamed Clare Hall and only became known as a college in 1856. This foundation had a strong religious aspect; six out of the twenty fellows were required to be priests when elected. The current structure includes a master and fifteen fellows, along with scholars, three of whom receive benefits from Lady Clare's endowment. The old college buildings were largely destroyed by a fire in 1521; the existing buildings were constructed between 1638 and 1715 and are excellent examples of their time. They encircle a very beautiful courtyard, and the side facing the river is also impressive. Unverified tradition suggests that the poet Chaucer was an alumnus of this college; other notable individuals connected to it include the martyr Hugh Latimer, Ralph Cudworth, one of the “Platonists,” and Archbishop Tillotson.

Corpus Christi College (commonly called Corpus) stands on the east side of Trumpington Street. The influence of medieval gilds in Cambridge, the character of which was primarily religious, was exceedingly strong. About the beginning of the 14th century there is first mentioned the gild of St Mary, which was connected with Great St Mary’s church. The gild was at this time prosperous, but about 1350, when the idea of the foundation of a college by the gilds was matured, the fraternity of St Mary lacked the means to proceed save by amalgamating with another gild, that of Corpus Christi. The age of this institution, whose church was St Benedict’s or St Bene’t’s, is not known. By the two gilds, therefore, the “House of Scholars of Corpus Christi and the Blessed Virgin Mary” was founded in 1352, the foundation being the only instance of its kind. In early times it was commonly known as St Bene’t’s from the church connected with the Corpus gild which stands over against the college, and served as its chapel for nearly three centuries. The foundation consists of a master and twelve fellows, with scholars of the old and later foundations. The ancient small quadrangle remains, and is of historical rather than architectural interest. The great quadrangle dates from 1823-1825. The library contains the famous collection of MSS. bequeathed by Archbishop Matthew Parker, alumnus of the college, in the 16th century.

Corpus Christi College (often referred to as Corpus) is located on the east side of Trumpington Street. The influence of medieval guilds in Cambridge, which were mainly religious in nature, was very strong. The guild of St Mary is first mentioned around the beginning of the 14th century, and it was associated with Great St Mary's church. At that time, the guild was thriving, but around 1350, when the idea of founding a college by the guilds was being developed, the fraternity of St Mary lacked the resources to move forward without merging with another guild, that of Corpus Christi. The exact age of this institution, whose church was St Benedict’s or St Bene’t’s, is unknown. Thus, the “House of Scholars of Corpus Christi and the Blessed Virgin Mary” was established in 1352 by the two guilds, making it the only example of its kind. In early times, it was commonly known as St Bene’t’s due to the church associated with the Corpus guild, which is located across from the college and served as its chapel for nearly three centuries. The founding body consists of a master and twelve fellows, along with scholars from both the original and later foundations. The ancient small quadrangle still exists and holds more historical than architectural significance. The great quadrangle was built between 1823 and 1825. The library features the famous collection of manuscripts left by Archbishop Matthew Parker, an alumnus of the college, in the 16th century.

Downing College is in the southern part of the town, to the east of Trumpington Street. Sir George Downing, baronet, of Gamlingay Park, who died in 1749, left estates to various relations, who died without issue. In this event, Downing’s will provided for the foundation of a college, but the heirs contested the will with the university, and in spite of a decision against them in 1769, continued to hold the estates for many years, so that it was not until 1800 that the charter for the college was obtained. The foundation-stone was laid in 1807, and the two ranges of buildings, in classical style, represent all that was completed of an intended quadrangle. The foundation consists of a master, professors of English law and of medicine, six fellows and six scholars.

Downing College is located in the southern part of town, east of Trumpington Street. Sir George Downing, baronet, from Gamlingay Park, who passed away in 1749, left his estates to various relatives, who all died without children. In this case, Downing’s will stated that a college should be founded, but the heirs contested the will with the university. Despite a ruling against them in 1769, they continued to hold the estates for many years, so it wasn’t until 1800 that the college charter was obtained. The foundation stone was laid in 1807, and the two ranges of buildings, designed in a classical style, represent what was completed of an intended quadrangle. The foundation includes a master, professors of English law and medicine, six fellows, and six scholars.

Emmanuel College overlooks St Andrew’s Street. It was founded in 1584 by Sir Walter Mildmay (c. 1520-1589), chancellor of the exchequer and privy councillor under Queen Elizabeth. The foundation, considerably enlarged from the original, consists of a master, sixteen fellows and thirty scholars. There are further scholarships on other foundations which are awarded by preference to pupils of Uppingham and other schools in the midlands. Emmanuel was noted from the outset as a stronghold of Puritanism; it is indeed recorded that Elizabeth rallied the founder on his intention that this should be so. Mildmay assuredly had the welfare of the church primarily at heart, and he attempted to provide against the life residence of fellows, which he considered an unhealthy feature in some colleges. The site of Emmanuel was previously occupied by a Dominican friary, and some of its buildings were adapted to collegiate uses. There is only a little of the earliest building remaining; the greater part of the present college dates from the second half of the 18th century. The chapel, however, is by Sir Christopher Wren (1677). Richard Holdsworth, Gresham professor, and William Sancroft, archbishop of Canterbury, were masters of this college; Bishops Joseph Hall and Thomas Percy were among its alumni, as was John Harvard, principal founder of the great American college which bears his name.

Emmanuel College looks over St Andrew’s Street. It was established in 1584 by Sir Walter Mildmay (c. 1520-1589), who was the chancellor of the exchequer and a privy councillor under Queen Elizabeth. The foundation has significantly grown from its original size and now includes a master, sixteen fellows, and thirty scholars. There are additional scholarships available from other foundations that prioritize students from Uppingham and other schools in the Midlands. From the beginning, Emmanuel was recognized as a stronghold of Puritanism; it's even noted that Elizabeth confronted the founder about this intention. Mildmay was certainly focused on the welfare of the church and tried to prevent fellows from taking permanent residence, which he thought was an unhealthy aspect in some colleges. The site of Emmanuel was previously home to a Dominican friary, and some of its buildings were modified for college use. Little of the earliest structure remains; most of the current college was built in the latter half of the 18th century. However, the chapel was designed by Sir Christopher Wren (1677). Richard Holdsworth, Gresham professor, and William Sancroft, archbishop of Canterbury, were masters of this college; Bishops Joseph Hall and Thomas Percy were among its alumni, along with John Harvard, the principal founder of the prominent American college named after him.

Gonville and Caius College (commonly called Caius, pronounced Kees), stands mainly on the west side of Trinity Street. It arose out of an earlier foundation. In 1348 Edmund Gonvile or Gonevill founded the hall of the Annunciation of the Blessed Virgin, which was commonly called Gonville Hall, for the education of twenty scholars in dialectic and other sciences, with endowment for a master and three fellows. This hall stood on part of the present site of Corpus, but on the death of its founder in 1351 it was moved to the north-west corner of the site of the present Caius, by William Bateman, bishop of Norwich and founder of Trinity Hall. The famous physician John Caius (q.v.), who was educated at this small institution, later conceived the idea of refounding and enlarging it, obtained a charter to do so in 1557, and became master of the new foundation of Gonville and Caius College. The foundation consists of a master and not less than twenty-two fellows, exclusive of the provision under the will of William Henry Drosier (d. 1889), doctor of medicine and fellow of the college, for the endowment of seven additional fellowships. Since its refoundation by Caius, the college has had a peculiar connexion with the study of medicine, while, besides many eminent physicians, Sir Thomas Gresham, Judge Jeffreys, Robert Hare, Jeremy Taylor, Henry Wharton and Lord Thurlow are among its noted names. Three sides of the main quadrangle, Tree Court, including the frontage towards Trinity Street, are modern (1870). The interior of this court is picturesque, and the design of the smaller Caius Court was inspired by Caius himself. He also designed the gates of Honour, Virtue and Humility, of which the two first stand in situ; the gate of Honour is a peculiarly good example of early Renaissance work. Caius is buried in the chapel.

Gonville and Caius College (commonly called Caius, pronounced Kees) is located mainly on the west side of Trinity Street. It originated from an earlier establishment. In 1348, Edmund Gonvile founded the Hall of the Annunciation of the Blessed Virgin, known as Gonville Hall, to educate twenty scholars in dialectic and other sciences, with funds for a master and three fellows. This hall was situated on part of what is now Corpus, but after the founder died in 1351, it was relocated to the north-west corner of the current Caius site by William Bateman, the bishop of Norwich and founder of Trinity Hall. The famous physician John Caius (q.v.), who studied at this small institution, later envisioned refounding and expanding it; he obtained a charter to do just that in 1557 and became the master of the newly established Gonville and Caius College. The foundation includes a master and at least twenty-two fellows, not counting the additional seven fellowships provided for under the will of William Henry Drosier (d. 1889), a doctor of medicine and fellow of the college. Since Caius refounded it, the college has maintained a strong connection to the study of medicine, counting many eminent physicians among its alumni, including Sir Thomas Gresham, Judge Jeffreys, Robert Hare, Jeremy Taylor, Henry Wharton, and Lord Thurlow. Three sides of the main quadrangle, Tree Court, including the facade facing Trinity Street, are modern (1870). The interior of this court is picturesque, and the design of the smaller Caius Court was inspired by Caius himself. He also designed the gates of Honour, Virtue, and Humility, with the first two still standing in situ; the Gate of Honour is a particularly fine example of early Renaissance work. Caius is buried in the chapel.

Jesus College lies apart from and to the north-east of the majority of the colleges. It was founded in 1406 by John Alcock, bishop of Ely. The site was previously occupied by a Benedictine nunnery dedicated to St Radigund, which was already in existence in the first half of the 12th century and was claimed by Alcock to have been founded from Ely, to the bishops of which it certainly owed much. The name given to Alcock’s college was that of “the most Blessed Virgin Mary, St John the Evangelist, and the glorious Virgin Saint Radigund,” but it appears that the founder himself intended the name to be Jesus College. He provided for a master and six fellows, but the foundation now consists of a master and sixteen fellows, with twenty scholars or more. There are several further scholarships confined to the sons of clergymen of the Church of England. Architecturally Jesus is one of the most interesting colleges in Cambridge, for Alcock retained, and there still remains, a considerable part of the old buildings of the nunnery. The most important of these is the church, which Alcock, by removing most of the nave and other portions, converted into the usual form of a college chapel. The tower, however, is retained. The bulk of the building is an admirable example of Early English work, but there are traces of Norman; and Alcock added certain Perpendicular features. Of the rest of the college buildings, the hall is Alcock’s work, the brick gatehouse is a fine structure of the close of the 15th century, while the cloister is a little later, and stands on the site of the nuns’ cloister. Another court dates from the 17th and early 18th centuries, and there is a considerable amount of modern building. The most famous name connected with Jesus College is that of Cranmer. Among many others are Sir Thomas Elyot, John Bale, John Pearson, bishop of Chester, Hugh Peters, Gilbert Wakefield, Thomas Malthus, Laurence Sterne and Samuel Taylor Coleridge.

Jesus College is located separately and to the north-east of most of the colleges. It was founded in 1406 by John Alcock, the bishop of Ely. The site was previously home to a Benedictine nunnery dedicated to St. Radigund, which had existed in the first half of the 12th century and was claimed by Alcock to be founded from Ely, to which the nunnery certainly owed a lot. The name given to Alcock’s college was “the most Blessed Virgin Mary, St. John the Evangelist, and the glorious Virgin Saint Radigund,” but it seems the founder himself intended it to be called Jesus College. He initially provided for a master and six fellows, but the foundation now includes a master and sixteen fellows, with twenty or more scholars. There are several additional scholarships specifically for the sons of clergymen from the Church of England. Architecturally, Jesus is one of the most fascinating colleges in Cambridge, as Alcock preserved a significant portion of the old buildings from the nunnery. The most notable of these is the church, which Alcock transformed into a typical college chapel by removing much of the nave and other sections, although the tower remains. The main building is an excellent example of Early English architecture, but there are traces of Norman style, and Alcock added some Perpendicular features. In terms of the other college buildings, the hall is Alcock’s creation, the brick gatehouse is an impressive structure from the late 15th century, and the cloister is a bit later, situated on the site of the nuns’ cloister. Another court dates from the 17th and early 18th centuries, alongside a significant amount of modern construction. The most notable name associated with Jesus College is that of Cranmer. Other notable figures include Sir Thomas Elyot, John Bale, John Pearson, bishop of Chester, Hugh Peters, Gilbert Wakefield, Thomas Malthus, Laurence Sterne, and Samuel Taylor Coleridge.

King’s College has its fine frontage upon the western side of King’s Parade. It was founded by King Henry VI. in 1441. The first site was small and circumscribed, and in 1443 the existing site was with difficulty cleared of dwellings. The king designed a close connexion between this college and his other foundation at Eton; he provided for a provost and for seventy scholars, all of whom should be Etonians. In 1861 open scholarships 93 were instituted, and the foundation now consists of a provost, forty-six fellows and forty-eight scholars. Half the scholarships are still appropriated to Eton. An administrative arrangement peculiar to King’s College is that by which the provost has absolute authority within its walls, to the exclusion of officers of the University. The chief architectural ornament of the college, and one of the most notable in the town, is the magnificent Perpendicular chapel, comparable with those of St George at Windsor and Henry VII. at Westminster Abbey. The building was begun in 1446, and extended (apart from the interior fittings) over nearly seventy years. Within, the most splendid features are the fan-vaulting which extends throughout the chapel, the noble range of stained-glass windows, which date for the most part from the early part of the 16th century, and the wooden organ screen, which, with part of the stalls, is of the time of Henry VIII. The college services are celebrated for the beauty of their music. The bulk of the other collegiate buildings are of the 18th century or modern. The old court of King’s College is occupied by the modern university library, north of the chapel; the gateway, a good example (1444), is preserved. John Frith the Martyr, Richard Croke, Giles Fletcher, Richard Mulcaster, Sir William Temple, William Oughtred, the poet Waller, and Horace Walpole and others of his family are among many illustrious alumni of the college.

King’s College has a beautiful facade on the western side of King’s Parade. It was established by King Henry VI in 1441. The original site was small and limited, and in 1443, the existing location was cleared of homes with great difficulty. The king intended for a close connection between this college and his other foundation at Eton; he arranged for a provost and seventy scholars, all of whom were to be Etonians. Open scholarships were introduced in 1861, and the foundation now includes a provost, forty-six fellows, and forty-eight scholars. Half of the scholarships are still allocated to Eton. A unique administrative setup at King’s College gives the provost full authority within its walls, excluding university officers. The main architectural highlight of the college, and one of the town’s most notable features, is the stunning Perpendicular chapel, comparable to St George's at Windsor and Henry VII's at Westminster Abbey. Construction began in 1446 and continued for nearly seventy years, aside from the interior fittings. Inside, the most remarkable features are the fan vaulting that spans the chapel, the impressive range of stained-glass windows, mostly from the early 16th century, and the wooden organ screen, which, along with part of the stalls, dates back to the time of Henry VIII. The college services are known for their beautiful music. Most of the other collegiate buildings are from the 18th century or modern. The old court of King’s College now houses the modern university library, located north of the chapel; the gateway, a fine example from 1444, has been preserved. Among the many distinguished alumni of the college are John Frith the Martyr, Richard Croke, Giles Fletcher, Richard Mulcaster, Sir William Temple, William Oughtred, the poet Waller, and Horace Walpole along with others from his family.

Magdalene College (pronounced Maudlin) stands on the west bank of the Cam, near the Great Bridge. In 1428 the Benedictines of Crowland Abbey founded a home for student monks on this site, and in 1519 Edward, duke of Buckingham, partly secularized this institution by founding Buckingham College in connexion with it. After the dissolution of the monastery, Thomas, Baron Audley of Walden, erected Magdalene in place of the former house in 1542. The foundation consists of a master and seven fellows, besides scholars. There are some valuable exhibitions appropriated to Wisbech school. The appointment of the master is peculiar, the office being in the gift of the occupant of Audley End, an estate near Saffron Walden, Essex. Some parts of the original building are preserved, but the most notable portion of the college is the Pepysian library, dating c. 1700. It contains the very valuable collection of books bequeathed by Samuel Pepys to the college, at which he was a student. Buckingham College had Archbishop Cranmer as a lecturer; Charles Kingsley and Charles Stewart Parnell were educated at Magdalene.

Magdalene College (pronounced Maudlin) is located on the west bank of the Cam, close to the Great Bridge. In 1428, the Benedictines of Crowland Abbey established a residence for student monks on this site, and in 1519, Edward, Duke of Buckingham, partially secularized this institution by founding Buckingham College in connection with it. After the monastery was dissolved, Thomas, Baron Audley of Walden, built Magdalene in place of the former house in 1542. The college consists of a master, seven fellows, and scholars. There are several valuable scholarships designated for Wisbech school. The appointment of the master is unique, as the position is awarded by the occupant of Audley End, an estate near Saffron Walden, Essex. Some parts of the original building are still preserved, but the most notable feature of the college is the Pepysian library, dating back to around 1700. It houses the highly valuable collection of books left to the college by Samuel Pepys, who was a student there. Buckingham College had Archbishop Cranmer as a lecturer; Charles Kingsley and Charles Stewart Parnell studied at Magdalene.

Pembroke College stands to the east of Trumpington Street. It was founded in 1347 by Mary de St Paul, widow of Aylmer de Valence, earl of Pembroke. Henry VI. made notable benefactions to it. The foundation consists of a master and thirteen fellows, and there are six scholarships on the original foundation, besides others of later institution. The older existing buildings are mainly of the 18th century, but much of the original fabric was removed and rebuilt in 1874. The chapel is of the middle of the 17th century, and is ascribed to Sir Christopher Wren. The poets Spenser and Gray, Nicholas Ridley the martyr, Archbishop Whitgift and William Pitt were associated with this college; and from the number of bishops whose names are associated with it the college has obtained the style of collegium episcopale.

Pembroke College is located to the east of Trumpington Street. It was established in 1347 by Mary de St Paul, the widow of Aylmer de Valence, the earl of Pembroke. Henry VI made significant donations to it. The college is made up of a master and thirteen fellows, and there are six scholarships from the original foundation, along with others established later. The older buildings mostly date back to the 18th century, but a lot of the original structure was taken down and rebuilt in 1874. The chapel, which was built in the mid-17th century, is attributed to Sir Christopher Wren. The poets Spenser and Gray, along with martyr Nicholas Ridley, Archbishop Whitgift, and William Pitt, were connected to this college; and due to the number of bishops linked to it, the college has earned the title of collegium episcopale.

Peterhouse or St Peter’s College is on the west side of Trumpington Street, almost opposite Pembroke. It has already been indicated as the oldest Cambridge college (1284). Hugh de Balsham, the founder, had settled some secular scholars in the ancient Augustinian Hospital of St John in 1280, but the experiment was not a success. Nor did he carry out his full intentions as regards Peterhouse, the foundation of which followed on the failure of the fusion of his scholars with the hospital; but Simon Montagu, his successor in the bishopric of Ely, carried on his work, and in 1344 gave the college a code of statutes in which the influence of the Merton code is plainly visible. A master and fourteen fellows formed the original foundation, but the present consists of a master, and not less than eleven fellows and twenty-three scholars. The hall retains some original work; it was first built out of a legacy from the founder. The library building (c. 1590) is due to a legacy from Dr Andrew Perne (master 1554-1580); and Dr Matthew Wren (master 1625-1634), uncle of the famous architect Sir Christopher Wren, directed the building of the chapel and cloisters. The most famous name connected with the college is that of Cardinal Beaufort.

Peterhouse or St Peter’s College is on the west side of Trumpington Street, directly across from Pembroke. It is recognized as the oldest Cambridge college, established in 1284. Hugh de Balsham, the founder, had placed some secular scholars in the old Augustinian Hospital of St John in 1280, but that attempt didn’t work out. He also didn’t achieve his full goals for Peterhouse, which was founded after the merger of his scholars with the hospital failed; however, Simon Montagu, who succeeded him as the bishop of Ely, continued his efforts and in 1344 provided the college with a set of statutes that clearly show the influence of the Merton code. The original foundation included a master and fourteen fellows, but now it comprises a master, at least eleven fellows, and twenty-three scholars. The hall still keeps some original features; it was first constructed using a bequest from the founder. The library building (circa 1590) comes from a legacy left by Dr. Andrew Perne (master 1554-1580); and Dr. Matthew Wren (master 1625-1634), uncle of the well-known architect Sir Christopher Wren, oversaw the construction of the chapel and cloisters. The most famous name associated with the college is that of Cardinal Beaufort.

Queens’ College stands at the south of the riverside group, and one of its ranges of buildings rises immediately from the river. A college of St Bernard had been established in 1445 by Andrew Docket or Dokett, rector of St Botolph’s church, who had also been principal of a hostel, or students’ lodge, of St Bernard. He sought and obtained the patronage of Margaret of Anjou, wife of Henry VI., who undertook the foundation of a new house on another site in 1448, to bear the name of Queens’. Docket became the first master. In 1465 Elizabeth Woodville, wife of Edward IV., became the college’s second foundress. The foundation consists of a president and eleven fellows. The buildings are exceedingly picturesque. The main quadrangle, of red brick, was completed very soon after the foundation. The smaller cloister court, towards the river, retains building of the same period, and the beautiful wooden gallery of the president’s lodge deserves notice. Another court is called Erasmus’s; the rooms which he is said to have occupied remain, and a walk in the college garden across the river bears his name.

Queens’ College is located on the southern side of the riverside group, with one of its building ranges rising directly from the river. A college dedicated to St Bernard was founded in 1445 by Andrew Docket, the rector of St Botolph’s church, who previously served as the head of a hostel for St Bernard. He sought and received the support of Margaret of Anjou, the wife of Henry VI, who established a new house on a different site in 1448, naming it Queens’. Docket became the first master of the college. In 1465, Elizabeth Woodville, the wife of Edward IV, became the college’s second founder. The foundation includes a president and eleven fellows. The buildings are incredibly picturesque. The main courtyard, made of red brick, was completed shortly after the foundation was established. The smaller cloister courtyard near the river still has structures from the same period, and the beautiful wooden gallery of the president’s lodge is noteworthy. Another courtyard is named Erasmus’s; the rooms he is said to have lived in remain, and a pathway in the college garden across the river is named after him.

St Catharine’s College, on the west side of Trumpington Street, was founded by Dr Robert Woodlark or Wodelarke, chancellor of the university and (1452) provost of King’s College. It was opened in 1473, but the charter of incorporation dates from 1475. The foundation provided for a master (Woodlark being the first) and three fellows; there are now six fellows, and twenty-six scholars. The principal buildings, surrounding a court on three sides, date mainly from a complete reconstruction of the college at the close of the 17th century.

St Catharine’s College, located on the west side of Trumpington Street, was established by Dr. Robert Woodlark, who was the chancellor of the university and (in 1452) the provost of King’s College. It opened in 1473, but the official charter was granted in 1475. The foundation included a master (with Woodlark being the first) and three fellows; there are now six fellows and twenty-six scholars. The main buildings, which surround a courtyard on three sides, primarily date from a complete reconstruction of the college at the end of the 17th century.

St John’s College, at the north of the riverside group of colleges, was founded in 1511 by the Lady Margaret Beaufort, also foundress of Christ’s College. It replaced the Hospital of St John, which dated from the early years of the 13th century, and has been mentioned already in connexion with Peterhouse. The Lady Margaret died before the college was firmly established, and her designs were not carried out without many difficulties, which were overcome chiefly by the exertions of John Fisher, bishop of Rochester, one of her executors. Thirty-two fellowships were endowed, but subsequent endowments allowed extension, and the foundation now consists of a master, fifty-six fellows, sixty scholars and nine sizars. A large number of exhibitions are appropriated to special schools. Of the four courts of St John’s, the easternmost is the original, and has a very fine Tudor gateway of brick. The chapel is modern (1863-1869), an ornate example of the work of Sir Gilbert Scott. The second court, practically unaltered, dates from 1508-1602. In this there is a beautiful Masters’ gallery, panelled, with a richly-moulded ceiling; it is now used as a combination room or fellows’ common-room. The third court, which contains the library (1624), backs on to the river, and the fourth, which is on the opposite bank, was built c. 1830. A covered bridge connects the two, and is commonly called the Bridge of Sighs from a certain resemblance to the bridge of that name at Venice. Among the notable names connected with this college are Cecil, Lord Burghley, Thomas Cartwright, Wentworth, earl of Strafford, Roger Ascham, Richard Bentley, John Cleveland, the satirist, Thomas Baker, the historian, Lord Palmerston, Professor Adams, Sir John Herschel, Bishop Colenso, Dr Benjamin Kennedy, Dean Merivale, Horne Tooke, Samuel Parr and William Wilberforce, and the poets Herrick (afterwards of Trinity Hall) and Wordsworth.

St John’s College, located in the northern part of the riverside group of colleges, was established in 1511 by Lady Margaret Beaufort, who also founded Christ’s College. It replaced the Hospital of St John, which had existed since the early 13th century and was previously mentioned in relation to Peterhouse. Lady Margaret passed away before the college was fully established, and her plans faced many challenges, primarily overcome by John Fisher, bishop of Rochester, one of her executors. Initially, thirty-two fellowships were funded, but later endowments allowed for expansion, and the foundation now consists of a master, fifty-six fellows, sixty scholars, and nine sizars. Many exhibitions are allocated to specific schools. Of the four courts at St John’s, the easternmost is the original and features a beautiful Tudor brick gateway. The chapel, built between 1863 and 1869, is a decorative example of Sir Gilbert Scott's work. The second court, mostly unchanged, dates back to 1508-1602 and includes a stunning Masters’ gallery with paneling and a richly molded ceiling; it now serves as a combination room or fellows’ common room. The third court houses the library (1624) and overlooks the river, while the fourth, located on the opposite bank, was constructed around 1830. A covered bridge connects the two and is commonly referred to as the Bridge of Sighs due to its resemblance to the bridge of the same name in Venice. Notable figures associated with this college include Cecil, Lord Burghley, Thomas Cartwright, Wentworth, Earl of Strafford, Roger Ascham, Richard Bentley, John Cleveland, the satirist, Thomas Baker, the historian, Lord Palmerston, Professor Adams, Sir John Herschel, Bishop Colenso, Dr. Benjamin Kennedy, Dean Merivale, Horne Tooke, Samuel Parr, William Wilberforce, and the poets Herrick (later of Trinity Hall) and Wordsworth.

Selwyn College, standing west of the river (Sidgwick Avenue), was founded in 1882 by public subscription in memory of George Augustus Selwyn, bishop of New Zealand and afterwards of Lichfield, for the purpose of giving university education with economy “combined,” according to the charter, “with Christian training, based upon the principles of the Church of England.”

Selwyn College, located west of the river (Sidgwick Avenue), was established in 1882 through public donations in honor of George Augustus Selwyn, the bishop of New Zealand and later Lichfield. Its aim was to provide university education affordably “combined,” as stated in the charter, “with Christian training, based on the principles of the Church of England.”

Sidney Sussex College faces Sidney Street. It was founded under the will (1588) of the Lady Frances Sidney, dowager countess of Sussex (d. 1589), and received its charter in 1596. The foundress provided for a master, ten fellows and twenty 94 scholars, but thirty-six scholarships are now provided. The original buildings were of brick, but they were plastered over and greatly altered by Wyatville about 1830. The Grey Friars had occupied the site, and part of their buildings remained in the chapel until 1777. A beautiful block of new buildings, with a cloister, was erected in 1890. The most famous name associated with the college is that of Oliver Cromwell, who was a fellow commoner, as also was Thomas Fuller, author of the Worthies of England.

Sidney Sussex College faces Sidney Street. It was established under the will (1588) of Lady Frances Sidney, dowager countess of Sussex (d. 1589), and received its charter in 1596. The founder arranged for a master, ten fellows, and twenty scholars, but now there are thirty-six scholarships available. The original buildings were made of brick, but they were plastered over and significantly modified by Wyatville around 1830. The Grey Friars once occupied the site, and part of their structures remained in the chapel until 1777. A beautiful new block of buildings, complete with a cloister, was constructed in 1890. The most notable name associated with the college is Oliver Cromwell, who was a fellow commoner, along with Thomas Fuller, author of the Worthies of England.

Trinity College, the front of which is on Trinity Street, is the largest collegiate foundation in Cambridge, and larger than any in Oxford. It was founded in 1546 by King Henry VIII. and absorbed several earlier institutions—King’s Hall (founded by Edward III. in 1336), St Michael’s or Michaelhouse (founded by Hervey de Stanton, chancellor of the exchequer under Edward II., in 1323), Fyswick or Physick’s Hostel, belonging to Gonville Hall, and other hostels. Henry’s original foundation was for a master and sixty fellows and scholars, but Queen Mary and other later benefactors enabled extensions to be made, and the foundation now consists of a master (appointed by the crown), at least sixty fellows, seventy-four scholars and sixteen sizars, with minor scholars, chaplains librarian and the regius professors of Divinity, Hebrew and Greek. Major scholarships are open to undergraduates, not being of standing to take the degree of bachelor of arts, as well as to non-members of the university under nineteen years of age, while minor scholarships and exhibitions are open only to the latter. There are valuable exhibitions appropriated to certain schools, of which the most important are those confined to Westminster school. Trinity College is entered from Trinity Street by the King’s Gateway (1518-1535) preserved from King’s Hall, but subsequently altered. The principal or Great Court is the largest in Cambridge and very fine. Its buildings are of different dates. In the centre is a picturesque fountain, erected by Thomas Neville, master (1593-1615), under whose direction much of the building was carried out. The chapel on the north side of the court was begun in the reign of Mary. The carved oak fittings within date from the mastership of Richard Bentley (1700-1742). The organ is particularly fine. A statue of Sir Isaac Newton by Roubiliac stands in the antechapel, and Richard Porson and William Whewell are buried here. The hall on the west of the court is Neville’s work (1605), and very beautiful. The second court is also his foundation and bears his name. The library on the west side is the work of Sir Christopher Wren. Its interior is excellent, and besides busts of some of the vast number of famous men connected with Trinity, it contains a statue of Lord Byron by the Danish sculptor Thorvaldsen. The New Court, Gothic in style, was begun in 1823. The beautiful grounds and walks of the college extend down to and beyond the river. The college has extended its buildings to the opposite side of Trinity Street, where the two courts known as Whewell’s Hostel were built (c. 1860) at the charge of Dr William Whewell during his mastership. The eminent alumni of this great college are too numerous to admit of selection.

Trinity College, located on Trinity Street, is the largest college in Cambridge and even bigger than any in Oxford. It was established in 1546 by King Henry VIII and incorporated several earlier institutions—King’s Hall (founded by Edward III in 1336), St Michael’s or Michaelhouse (founded by Hervey de Stanton, chancellor of the exchequer under Edward II, in 1323), Fyswick or Physick’s Hostel, belonging to Gonville Hall, and other hostels. Henry’s original foundation supported a master and sixty fellows and scholars, but Queen Mary and other later benefactors allowed for expansions, so the foundation now includes a master (appointed by the crown), at least sixty fellows, seventy-four scholars, and sixteen sizars, along with minor scholars, chaplains, a librarian, and the regius professors of Divinity, Hebrew, and Greek. Major scholarships are available to undergraduates who haven’t yet earned their bachelor’s degree, as well as to non-university members under nineteen years old, while minor scholarships and exhibitions are only open to the latter. There are valuable exhibitions designated for certain schools, the most significant being those reserved for Westminster School. You can enter Trinity College from Trinity Street through the King’s Gateway (1518-1535), preserved from King’s Hall but later modified. The principal or Great Court is the largest in Cambridge and very impressive. Its buildings are from various periods. In the center, there’s a picturesque fountain, erected by Thomas Neville, master (1593-1615), who oversaw much of the construction. The chapel on the north side of the court was started during Mary’s reign. The carved oak fittings inside date back to Richard Bentley’s time as master (1700-1742). The organ here is particularly fine. A statue of Sir Isaac Newton by Roubiliac stands in the antechapel, and Richard Porson and William Whewell are buried here. The hall on the west side of the court is also Neville’s work (1605) and is very beautiful. The second court is also his foundation and bears his name. The library on the west side was designed by Sir Christopher Wren. Its interior is excellent, featuring busts of numerous famous individuals associated with Trinity, alongside a statue of Lord Byron by the Danish sculptor Thorvaldsen. The New Court, built in Gothic style, started construction in 1823. The college’s gorgeous grounds and paths extend down to and beyond the river. The college has expanded its buildings across Trinity Street, where Whewell’s Hostel, consisting of two courts, was built (c. 1860) at the expense of Dr. William Whewell during his mastership. The notable alumni of this prestigious college are far too many to choose from.

Trinity Hall, which lies near the river, south of Trinity, was founded by William Bateman, bishop of Norwich, in 1350. On the site there had been, for about twenty years before the foundation, a house of monastic students from Ely. The present college is alone in preserving the term Hall in its title. The foundation consists of a master and thirteen fellows, and the study of law, which the founder had especially in mind, is provided for by lectureships, and not less than three studentships tenable by graduates of the college. The buildings are for the most part modern or modernized, but the interior of the library well preserves its character of the early part of the 17th century.

Trinity Hall, located near the river to the south of Trinity, was established by William Bateman, the bishop of Norwich, in 1350. Before the foundation, there had been a house of monastic students from Ely on this site for about twenty years. This college uniquely retains the word Hall in its name. The foundation includes a master and thirteen fellows, with a focus on the study of law, which the founder prioritized, supported by lectureships and at least three scholarships for graduates of the college. Most of the buildings are either modern or have been updated, but the interior of the library still maintains its 17th-century character.

Of the churches of Cambridge one has long been recognized as the church of the university, namely Great St Mary’s, which stands in the centre of the town, between King’s Parade and Market Hill. It is a fine Perpendicular University buildings. structure, founded in 1478; but the tower was not completed until 1608. Some Decorated details are preserved from a former building. The university preachers deliver their sermons in this church, but it was formerly the meeting-place of the university for the transaction of business, for learned disputations and for secular festivals. The “Cambridge chimes” struck by the clock are famous, and a curfew is rung each evening on the great bell. The Senate House, standing opposite Great St Mary’s, dates from 1730 and is classical in style. The buildings of the university library, in the immediate vicinity, enclose two quadrangles, and in part occupy the site of the old court of King’s College. One of the quadrangles was formerly occupied by the schools or lecture rooms, but as the library grew it usurped their place. Important modern additions date from 1842, 1864 and 1888. The facade of the old schools is an excellent work of 1758. The library is one of those which is entitled to receive, under the Copyright Act, a copy of every book published in the United Kingdom. The Fitzwilliam Museum, a massive classical building, was begun in 1837 to contain the bibliographical and art collection bequeathed by Richard, Viscount Fitzwilliam, in 1816. The museum of archaeology (classical, general and local, 1884), is connected with the Fitzwilliam Museum. The Pitt Press (1833), housing the university printing establishment, was begun out of the residue of a fund for erecting the statues of William Pitt in Hanover Square, London, and Westminster Abbey. It stands near Pembroke, Pitt’s college. The Selwyn Divinity School (1879), opposite St John’s College, was built largely at the charge of Dr William Selwyn, Lady Margaret professor of divinity. The museums and lecture rooms (begun in 1863) are extensive buildings on each side of Downing Street. Included in these are the museum of zoology, which had its origin in collections made by Sir Busick Harwood, professor of anatomy in 1785-1814, and contains the collection of fishes made by Charles Darwin in the ship “Beagle”; the medical school, botanical museum and herbarium, mineralogical museum, engineering laboratory (1894), optical and astronomical lecture room, chemical laboratory (1887), and the Cavendish laboratory for physical research (1874), the gift of William Cavendish, 7th duke of Devonshire and chancellor of the university. The Sedgwick Geological Museum, opened by King Edward VII. in 1904, commemorates Adam Sedgwick, Woodwardian professor of geology, and originated in the collections of Dr John Woodward (d. 1728). Adjoining this building, in Downing Street is the law library, founded on a bequest from Miss Rebecca Flower Squire (d. 1898) with the law school. The observatory (1824) is on the outskirts of the town in Madingley Road, and the botanic garden (founded 1762, and removed to its present site in 1831) borders Trumpington Road. The club-rooms and debating hall of the Cambridge Union Society are adjacent to the Holy Sepulchre church.

Among the churches in Cambridge, one has long been recognized as the university's church: Great St Mary’s. It stands in the center of town, between King’s Parade and Market Hill. This impressive Perpendicular structure was founded in 1478, but the tower wasn’t completed until 1608. Some Decorative elements from an earlier building are still preserved. The university preachers deliver sermons here, but it used to be the meeting place for the university to conduct business, hold learned debates, and celebrate secular festivals. The “Cambridge chimes” from the clock are well-known, and a curfew bell is rung each evening on the large bell. The Senate House, directly across from Great St Mary’s, was built in 1730 and features a classical style. The university library buildings nearby enclose two quadrangles and partly occupy the site of the old court of King’s College. One of the quadrangles used to house the schools or lecture rooms, but as the library expanded, it took over that space. Significant modern additions were made in 1842, 1864, and 1888. The facade of the old schools is a remarkable work from 1758. The library is one of the institutions entitled to receive a copy of every book published in the United Kingdom under the Copyright Act. The Fitzwilliam Museum, a huge classical building, was started in 1837 to house the bibliographical and art collection left by Richard, Viscount Fitzwilliam, in 1816. The archaeology museum (classical, general, and local, established in 1884) is connected to the Fitzwilliam Museum. The Pitt Press (1833), which houses the university's printing operation, was initiated from the leftover funds for erecting statues of William Pitt in Hanover Square, London, and Westminster Abbey. It is located near Pembroke, Pitt’s college. The Selwyn Divinity School (1879), situated opposite St John’s College, was largely funded by Dr. William Selwyn, Lady Margaret professor of divinity. The museums and lecture rooms (started in 1863) are extensive buildings along Downing Street. These include the museum of zoology, originating from collections made by Sir Busick Harwood, professor of anatomy from 1785 to 1814, and containing the collection of fish collected by Charles Darwin during his voyage on the ship “Beagle”; as well as the medical school, botanical museum and herbarium, mineralogical museum, engineering laboratory (1894), optical and astronomical lecture room, chemical laboratory (1887), and the Cavendish laboratory for physical research (1874), a gift from William Cavendish, 7th Duke of Devonshire and chancellor of the university. The Sedgwick Geological Museum, opened by King Edward VII in 1904, honors Adam Sedgwick, Woodwardian professor of geology, and originated from the collections of Dr. John Woodward (d. 1728). Next to this building on Downing Street is the law library, established through a bequest from Miss Rebecca Flower Squire (d. 1898) along with the law school. The observatory (1824) is located on the outskirts of town on Madingley Road, and the botanic garden (founded in 1762, relocated to its current site in 1831) is along Trumpington Road. The club rooms and debating hall of the Cambridge Union Society are next to the Holy Sepulchre church.

The non-collegiate students of the university (i.e. those who receive the university education and possess the same status as collegiate students without belonging to any college) have lecture and other rooms and a library in Fitzwilliam Hall. This body was created in 1869. The students reside in lodgings. There are two women’s colleges—Girton, established in 1873 on the north-western outskirts of the town, having been previously opened at Hitchin in 1869, and Newnham (1875), originally (1873) a hall of residence for students attending special lectures for women. Among other educational establishments mention must be made of the Leys school, founded in 1875 by prominent Wesleyans for non-sectarian education, and the Perse School, an ancient foundation remodelled in 1902.

The non-collegiate students at the university (i.e., those who receive a university education and have the same status as collegiate students without being part of any college) have lecture rooms, other facilities, and a library in Fitzwilliam Hall. This group was established in 1869. The students live in lodgings. There are two women’s colleges—Girton, which was founded in 1873 on the north-western edge of town, having previously opened in Hitchin in 1869, and Newnham (1875), which started as a hall of residence for students attending special lectures for women in 1873. Other educational institutions worth mentioning include the Leys School, founded in 1875 by prominent Wesleyans for non-sectarian education, and the Perse School, an ancient establishment that was remodeled in 1902.

Out of a number of ancient churches in Cambridge, two, besides Great St Mary’s, deserve special notice. In St Benedict’s or Benet’s, which has been already mentioned in connexion with Corpus College, the tower is of Non-university buildings. great interest, being the oldest surviving building in Cambridge, of pre-Norman workmanship, having rude ornamentation on the exterior and the tower arch within. The church of the Holy Sepulchre in Bridge Street is one of the four ancient round churches in England. Its supposed date is 1120-1140, but although it is doubtless to be associated with the Knights Templars, the circumstances of its foundation are not 95 known. The chancel is practically a modern reconstruction, and an extensive restoration, which has been adversely criticized, was applied by the Cambridge Camden Society to the whole fabric in 1841. At several of the villages neighbouring or suburban to Cambridge there are churches of interest, as at Chesterton, Trumpington, Grantchester (where the name indicates a Roman station, borne out by the discovery of remains), Fen Ditton and Barnwell, near which is the Norman Sturbridge chapel. In Cambridge itself there is a Norman house, much altered, which by a tradition of unknown origin bears the name of the School of Pythagoras.

Among the many ancient churches in Cambridge, two, in addition to Great St Mary’s, are particularly noteworthy. St Benedict’s, or Benet’s, which has already been mentioned in connection with Corpus College, features a tower of great interest. It is the oldest surviving building in Cambridge, showcasing pre-Norman craftsmanship with its rustic exterior decoration and the tower arch inside. The church of the Holy Sepulchre on Bridge Street is one of the four ancient round churches in England. It is believed to have been built between 1120 and 1140, and while it is certainly linked to the Knights Templar, the details of its founding are not known. The chancel is largely a modern reconstruction, and a significant restoration, which has faced criticism, was carried out by the Cambridge Camden Society on the entire structure in 1841. There are several interesting churches in villages surrounding or near Cambridge, such as in Chesterton, Trumpington, and Grantchester (the name suggests a Roman station, supported by the discovery of remains), Fen Ditton, and Barnwell, near which stands the Norman Sturbridge chapel. In Cambridge itself, there's a Norman house, significantly altered, that, by an unknown tradition, is called the School of Pythagoras.

The university is a corporate body, including all the colleges. These, however, are also corporations in themselves, and have their own statutes, but they are further subject to the paramount laws of the university. The university University constitution and administration. statutes of Queen Elizabeth were only replaced in 1858. The statutes as revised by a commission in that year were soon found to require emendation; in 1872 another commission was appointed, and in 1882 new statutes received the approval of the queen in council. The head of the university is the chancellor. He is a member of the university, of high rank and position, elected by the senate. Being generally non-resident, he delegates his administrative duties to the vice-chancellor, who is the head of a college, and is elected for one year by the senate. The principal executive officers under the vice-chancellor are as follows. The two proctors have as their main duty that of disciplinary officers over the members of the university in statu pupillari. In each year two colleges nominate one proctor each, according to a fixed rotation which gives the larger colleges a more frequent choice than the smaller. The proctors are assisted by four pro-proctors. The public orator is the spokesman of the senate upon such public occasions as the conferring of honorary degrees. The librarian has charge of the university library. The registrary, with his assistant, records the proceedings of the senate, &c., and has charge of documents. The university returns two members to parliament, elected by the members of the senate. The chancellor and sex viri (elected by the senate) form a court for offences against the university statutes by members not in statu pupillari. The chancellor and six heads of colleges, appointed by the senate, form a court of discipline for members in statu pupillari.

The university is a corporation that includes all the colleges. These colleges, however, are also independent corporations and have their own rules, but they are still subject to the overarching laws of the university. The statutes set by Queen Elizabeth were only updated in 1858. The revised statutes created by a committee that year were soon found to need changes; in 1872, another committee was formed, and in 1882, new statutes were approved by the queen's council. The head of the university is the chancellor, who is a high-ranking member elected by the senate. Since he usually doesn't live on campus, he assigns his administrative responsibilities to the vice-chancellor, who heads a college and is elected for one year by the senate. The main executive officers under the vice-chancellor are as follows: the two proctors, who are primarily responsible for discipline among university members in statu pupillari. Each year, two colleges nominate one proctor each, following a rotation that allows larger colleges to have a more frequent choice than smaller ones. The proctors are assisted by four pro-proctors. The public orator represents the senate at public events, such as awarding honorary degrees. The librarian oversees the university library. The registrary and his assistant document the proceedings of the senate and manage official documents. The university elects two members to parliament, chosen by the senate members. The chancellor and the sex viri (elected by the senate) form a court to address violations of university statutes by members not in statu pupillari. The chancellor and six heads of colleges, appointed by the senate, create a disciplinary court for members in statu pupillari.

The senate in congregation is the legislative body. Those who have votes in it are the chancellor, vice-chancellor, doctors of divinity, law, medicine, science, letters and music, and masters of art, law, surgery and music. The Senate. council of the senate, consisting of the chancellor, vice-chancellor, four heads of colleges, four professors and eight other members of the senate chosen by the vice-chancellor, brings all proposals (called Graces) before the senate. The revenues of the university are derived chiefly from fees at matriculation, for certain examinations, and for degrees, from a tax upon all members of the university, and from contributions by the colleges, together with the profits of the University Press. A financial board, consisting of the vice-chancellor ex officio and certain elected members, administers the finances of the university. There are boards for each of the various faculties, and a General Board of Studies, with the vice-chancellor at the head. There are university professors, readers or lecturers in a large number of subjects. The oldest professorship is the Lady Margaret professorship of divinity, instituted by the founders of Christ’s and St John’s Colleges in 1502. In 1540 Henry VIII. founded the regius professorships of divinity, civil law, physic, Hebrew and Greek.

The senate is the legislative body. Those with voting rights include the chancellor, vice-chancellor, and doctors of divinity, law, medicine, science, letters, and music, as well as masters of art, law, surgery, and music. The Senate. council of the senate is made up of the chancellor, vice-chancellor, four heads of colleges, four professors, and eight other members chosen by the vice-chancellor, and they present all proposals (called Graces) to the senate. The university's revenue mainly comes from fees during enrollment, certain exams, and degrees, from a tax on all university members, and from contributions by the colleges, along with profits from the University Press. A financial board, which includes the vice-chancellor ex officio and some elected members, manages the university's finances. Each faculty has its own board, plus a General Board of Studies led by the vice-chancellor. There are university professors and lecturers in many subjects. The oldest professorship is the Lady Margaret professorship of divinity, established by the founders of Christ’s and St John’s Colleges in 1502. In 1540, Henry VIII founded the regius professorships of divinity, civil law, medicine, Hebrew, and Greek.

The head of a college generally bears the title of master, as indicated above in the account of the several colleges. It has also seen that the foundation of each college includes a certain number of fellows and scholars. College organization—undergraduates. The affairs of the college are managed by the head and the fellows, or a committee of fellows. The scholars and other members in statu pupillari are generally termed collectively undergraduates. Those who receive no emoluments (and therefore pay the full fees) are technically called pensioners, and form the bulk of the undergraduates. Another group of students receiving emoluments are termed sizars; the primary object of sizarships is to open the university course to men of limited means. The title of fellow-commoners belongs to wealthy students who pay special fees and have the right of dining at the fellows’ tables. This class has virtually ceased to exist. As regards his work, the undergraduate in college is under the intimate direction of his tutor; the disciplinary officer in college is the dean. Besides the foundation scholarships in each college there are generally certain scholarships and exhibitions founded by private or special benefactions; these are frequently awarded for the encouragement of specific branches of study, or are confined wholly, or by preference, to students from certain schools.

The head of a college is usually called the master, as mentioned earlier in the overview of the various colleges. It has also been noted that each college is founded with a specific number of fellows and scholars. College group—undergrads. The college is managed by the head and the fellows, or by a committee of fellows. The scholars and other members in statu pupillari are typically referred to as undergraduates. Those who receive no financial support (and so pay the full fees) are officially called pensioners, making up the majority of undergraduates. Another group of students who receive financial support are known as sizars; the main purpose of sizarships is to make the university accessible to students with limited financial resources. Wealthy students who pay special fees and have the privilege of dining at the fellows’ tables are known as fellow-commoners. This category has mostly faded away. In terms of academics, the undergraduate is closely guided by their tutor, while the dean serves as the disciplinary officer in the college. In addition to the foundation scholarships in each college, there are usually additional scholarships and awards established by private or special donations; these are often awarded to promote particular fields of study or are exclusively, or preferentially, available to students from specific schools.

The total number of students is about 3000. The colleges cannot accommodate this number, so that a student commonly spends some part of his residence in lodgings, which are licensed by, and under the control of, the university Residence and examinations. authorities. Such residence implies no sacrifice of membership of a college. There are three terms—Michaelmas (October), Lent and Easter (summer). They include together not less than 227 days, though the actual period of residence for undergraduates is about 24 weeks annually. Undergraduates usually begin residence in Michaelmas term. An elementary examination or other evidence of qualification is required for admission to a college. After nine terms’ (three years’) residence an undergraduate can take the first degree, that of bachelor of arts (B.A.). The examinations required for the ordinary B.A. degree are—(1) Previous examination or Little-go (usually taken in the first term of residence or at least in the first year), including classics, mathematics and a gospel in Greek and Paley’s Evidences of Christianity, or an additional Greek or Latin classic and logic. (2) General examination in classics and mathematics, with a portion of English history, &c. (3) Special examination in a subject other than classical or mathematical. Candidates for honours are required to pass the Previous examination with certain additional subjects; they then have only a “tripos” examination in one of the following subjects—mathematics, classics, moral sciences, natural sciences, theology, law, history, oriental languages, medieval and modern languages, mechanical sciences, economics. The mathematical tripos is divided into two parts, in the first of which, down to 1909, the candidates were classed in the result as Wranglers, Senior Optimes and Junior Optimes. There was also an individual order of merit, the most proficient candidate being placed at the head of the list as Senior Wrangler. But in 1906 a number of important reforms of this tripos were proposed by the Mathematical Board, and among these the abolition of the individual order of merit was recommended and passed by the senate. It is not employed in any other tripos. The classical tripos is also in two parts, to the second of which certain kindred subjects are added (ancient philosophy, history, &c.). Individual order of merit is not observed in either part, the candidates being grouped in classes. There are a large number of university prizes and scholarships on special foundations. Such are the Smith’s prizes for mathematics and natural philosophy, on the foundation (1768) of Robert Smith, master of Trinity, awarded up to 1883 after examination, but since then for an essay on some branch of each subject, and the Chancellor’s medals, of which two have been awarded annually in classics since the foundation of the prizes in 1751 by Thomas Holles, duke of Newcastle.

The total number of students is about 3,000. The colleges can't accommodate this many, so students often spend part of their time living in lodgings, which are licensed and controlled by the university authorities. This living arrangement doesn't affect their college membership. There are three terms—Michaelmas (October), Lent, and Easter (summer). Together, these terms cover at least 227 days, but undergraduates actually reside for about 24 weeks each year. Undergraduates usually start their residency in the Michaelmas term. An elementary examination or proof of qualification is needed to get into a college. After being in residence for nine terms (three years), an undergraduate can earn their first degree, which is a Bachelor of Arts (B.A.). The exams for an ordinary B.A. degree include: (1) the Previous examination or Little-go (typically taken in the first term of residence or at least in the first year), covering classics, mathematics, and a gospel in Greek, along with Paley’s Evidences of Christianity, or an additional Greek or Latin classic and logic; (2) a general examination in classics and mathematics, with some English history, etc.; (3) a special examination in a subject other than classical or mathematical. Honors candidates need to pass the Previous examination with certain extra subjects; after that, they only have a “tripos” examination in one of the following areas—mathematics, classics, moral sciences, natural sciences, theology, law, history, oriental languages, medieval and modern languages, mechanical sciences, or economics. The mathematical tripos is split into two parts, and until 1909, candidates were ranked as Wranglers, Senior Optimes, and Junior Optimes. There was also an individual merit order, with the top-performing candidate known as the Senior Wrangler. However, in 1906, significant reforms to this tripos were suggested by the Mathematical Board, leading to the recommendation and approval by the senate to eliminate the individual merit ranking, which is not used in any other tripos. The classical tripos is also in two parts, with related subjects like ancient philosophy and history added to the second part. There is no individual merit ranking in either part, with candidates grouped into classes. There are many university prizes and scholarships based on specific foundations, such as the Smith's prizes for mathematics and natural philosophy, established in 1768 by Robert Smith, master of Trinity, which were given based on examination until 1883, after which they were awarded for essays on a topic in each subject. Additionally, the Chancellor's medals, two of which have been awarded annually in classics since their establishment in 1751 by Thomas Holles, duke of Newcastle.

The university may adopt as affiliated colleges institutions in the United Kingdom or in any part of the British empire which fulfil certain conditions as to the education of adult students. Attendance at these institutions is counted as Affiliated colleges. equivalent to a certain period of residence at Cambridge University in the event of a student wishing to pursue his work here. There are over twenty such affiliated colleges. There are also, in England, certain “affiliated centres.” These are towns in which there is no affiliated college, but students who have there attended a course of education managed in connexion with the university by a committee may enter the university 96 with privileges similar to those enjoyed by students from affiliated colleges.

The university can designate institutions in the United Kingdom or anywhere in the British Empire as affiliated colleges, provided they meet specific standards for educating adult students. Attendance at these institutions counts as equivalent to a certain amount of time spent at Cambridge University if a student wants to continue their studies here. There are more than twenty of these affiliated colleges. Additionally, there are some “affiliated centres” in England. These are towns without an affiliated college, but students who have completed a course of study tied to the university, managed by a committee, can enter the university with privileges similar to those of students from affiliated colleges.

The principal social function of the university is the “May Week” at the close of the Easter term. It actually takes place in June and lasts longer than a week. There is a great influx of visitors into Cambridge for this occasion. May week. The first four days are occupied by the college boat-races on the Cam, and on subsequent days there are college balls, concerts, theatrical performances and other entertainments. On the Tuesday after the races there is a Congregation, at which prize exercises are recited, and usually, but not invariably, a number of honorary degrees are conferred on eminent men by invitation. This final period of the academic year is called Commencement, or in Latin Comitia Maxim.

The main social event at the university is "May Week" at the end of the Easter term. It actually happens in June and lasts longer than a week. There's a huge influx of visitors to Cambridge for this event. May week. The first four days are taken up by the college boat races on the Cam, and in the following days, there are college balls, concerts, theatrical performances, and other entertainment. On the Tuesday after the races, there’s a Congregation where prize speeches are given, and usually, but not always, several honorary degrees are awarded to distinguished individuals by invitation. This final stretch of the academic year is known as Commencement, or in Latin Comitia Maxim.

Authorities.—For details of the administration of the university and colleges, regulations as to studies, prizes, scholarships, &c., see the annual Cambridge University Calendar and The Students’ Handbook to the University and Colleges of Cambridge; see also R. Willis and J.W. Clark, Architectural History of the University of Cambridge (3 vols., Cambridge, 1886); J. Bass Mullinger, History of the University of Cambridge from the Earliest Times to the Accession of Charles I. (2 vols., 1873-1884; third vol., 1909); and smaller History of Cambridge, in Longman’s “Epoch” Series (1888); J.W. Clark, Cambridge, Historical and Picturesque (London, 1890); T.D. Atkinson, Cambridge Described and Illustrated, with introduction by J.W. Clark (London, 1897); F.W. Maitland, Township and Borough (Cambridge, 1898); C.W. Stubbs, Cambridge, in “Mediaeval Towns” series (London, 1905); Arthur Gray, The Dual Origin of the Town of Cambridge (publications of the Cambridge Antiquarian Soc., new ser. No. I, Cambridge, 1908); J.W. Clark, Liber memorandorum ecclesie de Bernewelle (Cambridge, 1907), with an introduction by F.W. Maitland. For the individual colleges, see the series of College Histories, by various authors (London, 1899 et seq.).

Authorities.—For details on the administration of the university and colleges, regulations regarding studies, awards, scholarships, etc., refer to the annual Cambridge University Calendar and The Students’ Handbook to the University and Colleges of Cambridge; also see R. Willis and J.W. Clark, Architectural History of the University of Cambridge (3 vols., Cambridge, 1886); J. Bass Mullinger, History of the University of Cambridge from the Earliest Times to the Accession of Charles I. (2 vols., 1873-1884; third vol., 1909); and the smaller History of Cambridge, in Longman’s “Epoch” Series (1888); J.W. Clark, Cambridge, Historical and Picturesque (London, 1890); T.D. Atkinson, Cambridge Described and Illustrated, with an introduction by J.W. Clark (London, 1897); F.W. Maitland, Township and Borough (Cambridge, 1898); C.W. Stubbs, Cambridge, in the “Mediaeval Towns” series (London, 1905); Arthur Gray, The Dual Origin of the Town of Cambridge (publications of the Cambridge Antiquarian Soc., new ser. No. I, Cambridge, 1908); J.W. Clark, Liber memorandorum ecclesie de Bernewelle (Cambridge, 1907), with an introduction by F.W. Maitland. For information on individual colleges, see the series of College Histories, by various authors (London, 1899 et seq.).


1 See also Universities.

__A_TAG_PLACEHOLDER_0__ See also Universities.


CAMBRIDGE, a city and the county-seat of Dorchester county, Maryland, U.S.A., on the Choptank river, near Chesapeake Bay, about 60 m. S.E. of Baltimore. Pop. (1890) 4192; (1900) 5747 (1958 being negroes); (1910) 6407. It is served by the Cambridge branch of the Philadelphia, Baltimore & Washington railway (Pennsylvania railway), which connects with the main line at Seaford, 30 m. distant, and with the Baltimore, Chesapeake & Atlantic at Hurlock, 16 m. distant; and by steamers of the Baltimore, Chesapeake & Atlantic railway company. It is a business centre for the prosperous farming region by which it is surrounded, and is a shipping point for oysters and fish; among its manufactures are canned fruits and vegetables, flour, hominy, phosphates, underwear and lumber. Cambridge was founded in 1684, received its present name in 1686, and was chartered as a city in 1900.

CAMBRIDGE, is a city and the county seat of Dorchester County, Maryland, U.S.A., located on the Choptank River, near Chesapeake Bay, about 60 miles southeast of Baltimore. Population: (1890) 4,192; (1900) 5,747 (with 1,958 being Black residents); (1910) 6,407. The city is served by the Cambridge branch of the Philadelphia, Baltimore & Washington Railway (Pennsylvania Railway), connecting to the main line at Seaford, 30 miles away, and with the Baltimore, Chesapeake & Atlantic at Hurlock, 16 miles away; it’s also served by steamers from the Baltimore, Chesapeake & Atlantic Railway Company. Cambridge is a business hub for the thriving farming area surrounding it and serves as a shipping point for oysters and fish. Its manufacturing includes canned fruits and vegetables, flour, hominy, phosphates, underwear, and lumber. Cambridge was founded in 1684, received its current name in 1686, and was chartered as a city in 1900.


CAMBRIDGE, a city and one of the county-seats of Middlesex county, Massachusetts, U.S.A., situated on the Charles river, in the outskirts of Boston, of which it is in effect a part, although under separate government. Pop. (1880) 52,669; (1890) 70,028; (1900) 91,886; (1910 census) 104,839. Of the total population in 1900, 30,446 were foreign-born, including 11,235 Irish, 9613 English Canadians, 1944 English, 1483 French Canadians and 1584 Swedish; and 54,200 were of foreign parentage (both parents foreign-born), including 24,961 of Irish parentage, 9829 of English-Canadian parentage, 2587 of English parentage, and 2288 of French-Canadian parentage. Cambridge is entered directly by only one railway, the Boston & Maine. The township, now practically built over by the city, contained originally several separate villages, the names of which are still used as a convenience in designating corresponding sections of the municipality: Old Cambridge, North Cambridge, Cambridgeport and East Cambridge, the last two being manufacturing and commercial districts.

CAMBRIDGE, is a city and one of the county seats of Middlesex County, Massachusetts, U.S.A., located on the Charles River, on the edge of Boston, which it effectively is part of, although it has its own government. Population: (1880) 52,669; (1890) 70,028; (1900) 91,886; (1910 census) 104,839. Of the total population in 1900, 30,446 were foreign-born, including 11,235 Irish, 9,613 English Canadians, 1,944 English, 1,483 French Canadians, and 1,584 Swedish; and 54,200 were of foreign parentage (both parents foreign-born), including 24,961 of Irish parentage, 9,829 of English-Canadian parentage, 2,587 of English parentage, and 2,288 of French-Canadian parentage. Cambridge is directly served by only one railway, the Boston & Maine. The township, now almost entirely developed into the city, originally included several separate villages, the names of which are still used for convenience to designate specific sections of the municipality: Old Cambridge, North Cambridge, Cambridgeport, and East Cambridge, with the last two being manufacturing and commercial areas.

Old Cambridge is noted as the seat of Harvard University (q.v.) and as a literary and scientific centre. Radcliffe College (1879), for women, practically a part of Harvard; an Episcopal Theological School (1867), and the New Church (Swedenborgian or New Jerusalem) Theological School (1866) are other educational institutions of importance. To Cambridge also, in 1908, was removed Andover Theological Seminary, a Congregational institution chartered in 1807, opened in Andover, Massachusetts, in 1808 (re-incorporated under separate trustees in 1907). This seminary is one of the oldest and most famous theological institutions in the United States; it grew out of the theological teaching previously given in Phillips Academy, and was founded by the widow of Lt.-Governor Samuel Phillips, her son John Phillips and Samuel Abbot (1732-1812). The instruction was strongly Calvinistic in the earlier period, but the seminary has always been “equally open to Protestants of every denomination.” Very liberal aid is given to students, and there is no charge for tuition. The Bibliotheca Sacra, founded in 1843 by Edward Robinson and in 1844 taken over by Professors Bela B. Edwards and Edwards A. Park, and the Andover Review (1884-1893), have been the organs of the seminary. In 1886 some of its professors published Progressive Orthodoxy, a book which made a great stir by its liberal tone, its opposition to supernaturalism and its evident trend toward the methods of German “higher criticism.” Legal proceedings for the removal of five professors, after the publication of this book, failed; and their successful defence helped to secure greater freedom in thought and in instruction in American Presbyterian and Congregational theological seminaries. The seminary is now affiliated with Harvard University, though it remains independent and autonomous.

Old Cambridge is known as the home of Harvard University (q.v.) and as a hub for literature and science. Radcliffe College (established in 1879) is for women and is effectively part of Harvard. There’s also the Episcopal Theological School (founded in 1867) and the New Church (Swedenborgian or New Jerusalem) Theological School (established in 1866), which are important educational institutions. In 1908, Andover Theological Seminary, a Congregational institution chartered in 1807, was moved to Cambridge. It opened in Andover, Massachusetts, in 1808 and was re-incorporated under separate trustees in 1907. This seminary is one of the oldest and most renowned theological institutions in the United States; it evolved from the theological instruction that had been provided at Phillips Academy and was founded by the widow of Lt. Governor Samuel Phillips, along with her son John Phillips and Samuel Abbot (1732-1812). The early instruction was strongly Calvinistic, but the seminary has always been “equally open to Protestants of every denomination.” Students receive significant financial assistance, and there is no tuition fee. The Bibliotheca Sacra, founded in 1843 by Edward Robinson and taken over in 1844 by Professors Bela B. Edwards and Edwards A. Park, along with the Andover Review (1884-1893), have served as the seminary's publications. In 1886, some professors published Progressive Orthodoxy, a book that generated a lot of buzz due to its liberal perspective, its opposition to supernaturalism, and its clear alignment with the methods of German “higher criticism.” Legal attempts to remove five professors after the book's release failed, and their successful defense helped promote greater freedom in thought and teaching within American Presbyterian and Congregational theological seminaries. The seminary is now affiliated with Harvard University, although it remains independent and self-governing.

Cambridge is a typical New England city, built up in detached residences, with irregular streets pleasantly shaded, and a considerable wealth of historic and literary associations. There are many reminders of the long history of Harvard, and of the War of Independence. Cambridge was the site of the camp of the first American army, at the outbreak of the war, and from it went the detachment which intrenched on Bunker’s Hill. Here are the Apthorp House (built in 1760), in which General Burgoyne and his officers were lodged as prisoners of war in 1777; the elm under which, according to tradition, Washington took command of the Continental Army on the 3rd of July 1775; the old Vassall or Craigie House (1759), where Washington lived in 1775-1776, and which was later the home of Edward Everett, Joseph E. Worcester, Jared Sparks and (1837-1882) Henry W. Longfellow. Elbridge Gerry lived and James Russell Lowell was born, lived and died in “Elmwood” (built in 1767); Oliver Wendell Holmes was born in Cambridge also; John Fiske, the historian, lived here; and there are many other literary associations, attractive and important for those interested in American letters. In Mt Auburn Cemetery are buried many artists, poets, scholars and other men and women of fame. Cambridge is one of the few American cities possessing a crematorium (1900). The municipal water-works are excellent. A handsome bridge joining Cambridgeport to Boston (cost about $2,250,000) was opened late in 1906. Four other bridges span the Charles river between the two cities. A dam between East Cambridge and Boston, traversed by a roadway 150 ft. wide, was in the process of construction in 1907; and an extension of the Boston subway into Cambridge to the grounds of Harvard University, a distance of about 3 m., was projected. The city government is administered almost entirely under the state civil-service laws, Cambridge having been a leader in the adoption of its provisions. A non-partisan association for political reform did excellent work from 1890 to 1900, when it was superseded by a non-partisan party. Since 1887 the city has declared yearly by increasing majorities for prohibition of the liquor traffic. The high schools enjoy a notable reputation. A handsome city hall (cost $235,000) and public library (as well as a manual training school) were given to the city by Frederick H. Rindge, a one-time resident, whose benefactions to Cambridge aggregated in value $650,000. Cambridge has many manufacturing establishments, and in 1905 the city’s factory products were valued at $42,407,064, an increase of 45.8% over their value in 1900. The principal manufactures are slaughtering and meat-packing products, foundry and machine-shop products, rubber boots and shoes, rubber belting and hose, printing and publishing products, carpentering, pianos and organs, confectionery and furniture. Cambridge is one of the chief publishing centres of the country. The tax valuation of property in 1906 ($105,153,235) was more than $1000 per inhabitant.

Cambridge is a typical New England city, characterized by individual homes, with winding streets pleasantly shaded and a rich history of historic and literary significance. There are many reminders of Harvard’s long history and the War of Independence. Cambridge was the site of the camp of the first American army at the war's outbreak, and from here, the unit that set up fortifications on Bunker’s Hill departed. Landmarks include the Apthorp House (built in 1760), where General Burgoyne and his officers were held as prisoners of war in 1777; the elm tree where, according to tradition, Washington took command of the Continental Army on July 3, 1775; the old Vassall or Craigie House (1759), where Washington lived from 1775 to 1776 and which later became home to Edward Everett, Joseph E. Worcester, Jared Sparks, and Henry W. Longfellow from 1837 to 1882. Elbridge Gerry lived here, and James Russell Lowell was born, lived, and died at “Elmwood” (built in 1767); Oliver Wendell Holmes was also born in Cambridge; historian John Fiske lived here too; and there are many other literary connections that are both attractive and important for those interested in American literature. Mt. Auburn Cemetery is the final resting place of many artists, poets, scholars, and other notable figures. Cambridge is one of the few American cities to have a crematorium (established in 1900). The municipal water works are excellent. A beautiful bridge connecting Cambridgeport to Boston (costing about $2,250,000) was opened in late 1906. Four other bridges cross the Charles River between the two cities. A dam being built between East Cambridge and Boston, with a roadway 150 ft. wide, was under construction in 1907; an extension of the Boston subway into Cambridge, reaching the grounds of Harvard University over a distance of about 3 miles, was also planned. The city government operates almost entirely under state civil-service laws, with Cambridge being a pioneer in adopting these regulations. A non-partisan political reform association did great work from 1890 to 1900 before being replaced by a non-partisan party. Since 1887, the city has consistently voted to prohibit the liquor trade by increasing majorities. The high schools are well-respected. A beautiful city hall (costing $235,000) and public library (along with a manual training school) were donated to the city by Frederick H. Rindge, a former resident, whose overall contributions to Cambridge amounted to $650,000. Cambridge has many manufacturing businesses, and in 1905, the city’s factory products were valued at $42,407,064, a 45.8% increase over their value in 1900. The main products manufactured include meat-packing and slaughtering goods, foundry and machine-shop items, rubber boots and shoes, rubber belting and hoses, printing and publishing outputs, carpentry, pianos and organs, candy, and furniture. Cambridge is one of the leading publishing centers in the country. The property tax valuation in 1906 ($105,153,235) exceeded $1,000 per resident.

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Cambridge is “one of the few American towns that may be said to have owed their very name and existence to the pursuit of letters” (T.W. Higginson). Its site was selected in 1630 by Governor Winthrop and others as suitable for fortifications and defence, and it was intended to make it the capital of the Massachusetts Bay Colony; but as Boston’s peninsular position gave it the advantage in commerce and in defence against the Indians, the plan fell through, although up to 1638 various sessions of the general court and particular courts were held here. The township records (published) are continuous since 1632. A direct tax for the wooden “pallysadoe” about Cambridge led the township of Watertown in 1632 to make the first protest in America against taxation without representation. The settlement was first known as the “New Towne,” but in 1638 was named Cambridge in honour of the English Cambridge, where several score of the first immigrants to the colony were educated. The oldest college in America (Harvard) was founded here in 1636. In 1639 there was set up in Cambridge the first printing press of British North America (Boston having none until 1676). Other notable dates in history are 1637 and 1647, when general synods of New England churches met at Cambridge to settle disputed doctrine and define orthodoxy; the departure for Connecticut of Thomas Hooker’s congregation in 1636; the meeting of the convention that framed the present constitution of the commonwealth, 1779-1780; the separation of the Congregationalists and Unitarians of the first parish church, in 1829; and the grant of a city charter in 1846. The original township of Cambridge was very large, and there have been successively detached from it, Newton (1691), Lexington (1713), Brighton (1837) and Arlington (1867).

Cambridge is “one of the few American towns that can be said to have owed their very name and existence to the pursuit of knowledge” (T.W. Higginson). Its location was chosen in 1630 by Governor Winthrop and others as suitable for fortifications and defense, with plans to make it the capital of the Massachusetts Bay Colony. However, since Boston's peninsular position gave it an advantage in commerce and defense against the Indians, the plan fell apart, even though various sessions of the general court and specific courts were held here until 1638. The published township records have been continuous since 1632. A direct tax for the wooden "palisado" around Cambridge led the township of Watertown in 1632 to make the first protest in America against taxation without representation. The settlement was initially known as “New Towne,” but in 1638 it was renamed Cambridge in honor of the English Cambridge, where many of the first immigrants to the colony were educated. The oldest college in America, Harvard, was founded here in 1636. In 1639, Cambridge established the first printing press in British North America (Boston didn’t have one until 1676). Other notable historical events include the general synods of New England churches meeting in Cambridge in 1637 and 1647 to settle disputed doctrines and define orthodoxy; the departure of Thomas Hooker’s congregation to Connecticut in 1636; the meeting of the convention that framed the present constitution of the commonwealth from 1779 to 1780; the split between the Congregationalists and Unitarians of the first parish church in 1829; and the granting of a city charter in 1846. The original township of Cambridge was very large, and it has seen the detachments of Newton (1691), Lexington (1713), Brighton (1837), and Arlington (1867).

See Lucius R. Paige, History of Cambridge, Massachusetts, 1630-1877 (Boston, Mass., 1877); T.W. Higginson, Old Cambridge (New York, 1899); Arthur Gilman (ed.), The Cambridge of Eighteen Hundred and Ninety-Six (Cambridge, 1896); and Historic Guide to Cambridge (Cambridge, 1907.)

See Lucius R. Paige, History of Cambridge, Massachusetts, 1630-1877 (Boston, MA, 1877); T.W. Higginson, Old Cambridge (New York, 1899); Arthur Gilman (ed.), The Cambridge of Eighteen Hundred and Ninety-Six (Cambridge, 1896); and Historic Guide to Cambridge (Cambridge, 1907).


CAMBRIDGE, a city and the county-seat of Guernsey county, Ohio, U.S.A., on Wills Creek, about 75 m. E. by N. of Columbus. Pop. (1890) 4361; (1900) 8241, of whom 407 were foreign-born; (1910 census) 11,327. It is served by the Baltimore & Ohio and the Pennsylvania railways, and is connected by an electric line with Byesville (pop. in 1910, 3156), about 7 m. S. Cambridge is built on a hill about 800 ft. above sea-level. There is a public library. Coal, oil, natural gas, clay and iron are found in the vicinity, and among the city’s manufactures are iron, steel, glass, furniture and pottery. The value of its factory products in 1905 was $2,440,917. The municipality owns and operates the water-works. Cambridge was first settled in 1798 by emigrants from the island of Guernsey (whence the name of the county); was laid out as a town in 1806; was incorporated as a village in 1837; and was chartered as a city in 1893.

CAMBRIDGE, is a city and the county seat of Guernsey County, Ohio, U.S.A., located on Wills Creek, about 75 miles east-northeast of Columbus. Population: (1890) 4,361; (1900) 8,241, including 407 foreign-born individuals; (1910 census) 11,327. It is served by the Baltimore & Ohio and Pennsylvania railways and has an electric line connecting it to Byesville (population in 1910, 3,156), about 7 miles south. Cambridge sits on a hill approximately 800 feet above sea level. The city has a public library. The area has resources like coal, oil, natural gas, clay, and iron. Its industries include iron, steel, glass, furniture, and pottery. The total value of its factory products in 1905 was $2,440,917. The city owns and operates its waterworks. Cambridge was first settled in 1798 by emigrants from the island of Guernsey (after which the county is named); it was laid out as a town in 1806, incorporated as a village in 1837, and chartered as a city in 1893.


CAMBRIDGE PLATONISTS, a school of philosophico-religious thinkers which flourished mainly at Cambridge University in the second half of the 17th century. The founder was Benjamin Whichcote and the chief members were Ralph Cudworth, Richard Cumberland, Joseph Glanvill, Henry More and John Norris (see separate articles). Other less important members were Nathanael Culverwel (d. 1651?), Theophilus Gale (1628-1678), John Pordage (1607-1681), George Rust (d. 1670), John Smith (1618-1652) and John Worthington (1618-1671). They represented liberal thought at the time and were generally known as Latitudinarians. Their views were due to a reaction against three main tendencies in contemporary English thought: the sacerdotalism of Laud and his followers, the obscurantist sectaries and, most important of all, the doctrines of Hobbes. They consist chiefly of a reconciliation between reason and religion, resulting in a generally tolerant spirit. They tend always to mysticism and the contemplation of things transcendental. In spite of inaccuracy and the lack of critical capacity in dealing with their authorities both ancient and modern, the Cambridge Platonists exercised a valuable influence on English theology and thought in general. Their chief contributions to thought were Cudworth’s theory of the “plastic nature” of God, More’s elaborate mysticism, Norris’s appreciation of Malebranche, Glanvill’s conception of scepticism as an aid to Faith, and, in a less degree, the harmony of Faith and Reason elaborated by Culverwel. The one doctrine on which they all combined to lay especial emphasis was the absolute existence of right and wrong quite apart from the theory of divine authority. Their chief authorities were Plato and the Neo-platonists (between whom they made no adequate distinction), and among modern philosophers, Descartes, Malebranche and Boehme. From these sources they attempted to evolve a philosophy of religion, which would not only refute the views of Hobbes, but would also free theology finally from the errors of scholasticism, without plunging it in the newer dangers of unfettered rationalism (see Ethics).

CAMBRIDGE PLATONISTS, a school of philosophico-religious thinkers which flourished mainly at Cambridge University in the second half of the 17th century. The founder was Benjamin Whichcote and the chief members were Ralph Cudworth, Richard Cumberland, Joseph Glanvill, Henry More and John Norris (see separate articles). Other less important members were Nathanael Culverwel (d. 1651?), Theophilus Gale (1628-1678), John Pordage (1607-1681), George Rust (d. 1670), John Smith (1618-1652) and John Worthington (1618-1671). They represented liberal thought at the time and were generally known as Latitudinarians. Their views were due to a reaction against three main tendencies in contemporary English thought: the sacerdotalism of Laud and his followers, the obscurantist sectaries and, most important of all, the doctrines of Hobbes. They consist chiefly of a reconciliation between reason and religion, resulting in a generally tolerant spirit. They tend always to mysticism and the contemplation of things transcendental. In spite of inaccuracy and the lack of critical capacity in dealing with their authorities both ancient and modern, the Cambridge Platonists exercised a valuable influence on English theology and thought in general. Their chief contributions to thought were Cudworth’s theory of the “plastic nature” of God, More’s elaborate mysticism, Norris’s appreciation of Malebranche, Glanvill’s conception of scepticism as an aid to Faith, and, in a less degree, the harmony of Faith and Reason elaborated by Culverwel. The one doctrine on which they all combined to lay especial emphasis was the absolute existence of right and wrong quite apart from the theory of divine authority. Their chief authorities were Plato and the Neo-platonists (between whom they made no adequate distinction), and among modern philosophers, Descartes, Malebranche and Boehme. From these sources they attempted to evolve a philosophy of religion, which would not only refute the views of Hobbes, but would also free theology finally from the errors of scholasticism, without plunging it in the newer dangers of unfettered rationalism (see Ethics).

See Tulloch, Rational Theology in England in the 17th Century; Hallam, Literature of Europe (chap, on Philosophy from 1650 to 1700); Hunt, Religious Thought in England; von Stein, Sieben Bucher zur Geschichte des Platonismus (1862), and works on individual philosophers appended to biographies.

See Tulloch, Rational Theology in England in the 17th Century; Hallam, Literature of Europe (chapter on Philosophy from 1650 to 1700); Hunt, Religious Thought in England; von Stein, Sieben Bucher zur Geschichte des Platonismus (1862), and works on individual philosophers included with biographies.


CAMBRIDGESHIRE, an eastern county of England, bounded N. by Lincolnshire, E. by Norfolk and Suffolk, S. by Essex and Hertfordshire, and W. by Bedfordshire, Huntingdonshire and Northamptonshire. The area is 858.9 sq. m. The greater part of the county falls within the district of the Fens, and is flat, elevated only a few feet above sea-level, and intersected with innumerable drainage channels. The physical characteristics of this district, and the history of its reclamation from a marshy and in great part uninhabitable condition, fall for consideration under the heading FENS. Except in the south of the county the scenery of the flat land is hardly ever varied by rising ground or wood, and owes the attraction it possesses rather to individuality than to beauty. At the south-eastern and southern boundaries, and to the west of Cambridge, bordering the valley of the Cam on the north, the land rises in gentle undulations; but for the rest, such elevations as the Gog Magog Hills, S.E. of Cambridge, and the gentle hillock on which the city of Ely stands, are isolated and conspicuous from afar. The principal rivers are the Ouse and its tributaries in the south and centre, and the Nene in the north; the greater part of the waters of both these rivers within Cambridgeshire flow in artificial channels, of which those for the Ouse, two great parallel cuts between Earith and Denver Sluice, in Norfolk, called the Bedford Rivers, form the most remarkable feature in the drainage of the county. The old main channel of the Ouse, from Ely downward to Denver (below which are tidal waters), is filled chiefly by the waters of the Cam or Granta, which joins the Ouse 3 m. above Ely, the Lark (which with its feeder, the Kennett, forms the boundary of the county with Suffolk for a considerable distance) and the Little Ouse, forming part of the boundary with Norfolk.

CAMBRIDGESHIRE, is an eastern county in England, bordered to the north by Lincolnshire, to the east by Norfolk and Suffolk, to the south by Essex and Hertfordshire, and to the west by Bedfordshire, Huntingdonshire, and Northamptonshire. The area is 858.9 square miles. Most of the county lies within the Fens district, characterized by flat land that is only a few feet above sea level and crisscrossed by countless drainage channels. The physical features of this area and its history of being reclaimed from marshland and largely uninhabitable conditions are discussed under the heading FENS. Except in the southern part of the county, the flat landscape is rarely interrupted by rising ground or trees, and its appeal comes more from its uniqueness than its beauty. At the south-eastern and southern borders, as well as to the west of Cambridge, the land gently rises; however, most of the elevations, like the Gog Magog Hills southeast of Cambridge, and the small hill on which the city of Ely is located, are isolated and notable from a distance. The main rivers are the Ouse and its tributaries in the south and center, and the Nene in the north. Most of the water from these rivers within Cambridgeshire flows through artificial channels, with the most distinctive feature in the county's drainage being the Bedford Rivers, which are two major parallel cuts between Earith and Denver Sluice in Norfolk. The old main channel of the Ouse, from Ely down to Denver (below which are tidal waters), primarily carries water from the Cam or Granta, which joins the Ouse 3 miles above Ely, the Lark (which, along with its feeder, the Kennett, forms part of the county's boundary with Suffolk for a significant distance), and the Little Ouse, which is part of the boundary with Norfolk.

Geology.—By its geological features, Cambridgeshire is divisible into three well-marked regions; in the south and south-east are the low uplands formed by the Chalk; north of this, but best developed in the south-west, is a clay and greensand area; all the remaining portion is alluvial Fenland. The general strike of the rocks is along a south-west and north-east line, the dip is south-easterly. The oldest rock is the Jurassic Oxford Clay, which appears as an irregular strip of elevated flat ground reaching from Croxton by Conington and Fenny Drayton to Willingham and Rampton. Eastward and northward it no doubt forms the floor of the Fen country, and at Thorney and Whittlesea small patches rise like islands, through the level fen alluvium. The Coralline Oolite, with the Els worth or St Ives rock at the base, occurs as a small patch, covered by Greensand, at Upware, whence many fossils have been obtained; elsewhere its place is taken by the Ampthill Clays, which are passage beds between the Oxford and Kimmeridge Clays. The latter clay lies in a narrow strip by Papworth St Agnes, Oakington and Cottenham; a large irregular outcrop surrounds Haddenham and Ely, and similar occurrences are at March, Chatteris and Manea. Above the Kimmeridge Clay comes the Lower Greensand, sandy for the 98 greater part, but here and there hardened into the condition known as “Carstone,” which has been used as an inferior building-stone. This formation is thickest in the south-west; it extends from the border by Gamlingay, Cuxton and Cottenham, and appears again in outliers at Upware, Ely and Haddenham. The Gault forms a strip of flat ground, 4 to 6 m. wide, running roughly parallel with the course of the river Cam, from Guilden Morden through Cambridge to Soham; it is a stiff blue clay 200 ft. thick in the south-west, but is thinner eastward. At the bottom of the chalk is the Chalk Marl, 10 to 20 ft. thick, with a glauconitic and phosphatic nodule-bearing layer at its base, known as the Cambridge Greensand. This bed has been largely worked for the nodules and for cement; it contains many fossils derived from the Gault below. Several outliers of Chalk Marl lie upon the Gault west of the Cam. The Chalk comprises all the main divisions of the formation, including the Totternhoe stone, Melbourn rock and Chalk rock. Much glacial boulder clay covers all the higher ground of the county; it is a stiff brownish clay with many chalk fragments of travelled rocks. Near Ely there is a remarkable mass of chalk, evidently transported by ice, resting on and surrounded by boulder clay. Plateau gravel caps some of the chalk hills, and old river gravels occur at lower levels with the bones of mammoth, rhinoceros and other extinct mammals. The low-lying Fen beds are marly silt with abundant peat beds and buried forests; at the bottom is a gravel layer of marine origin.

Geology.—Cambridgeshire's geological features can be divided into three distinct regions: to the south and southeast are the low uplands made of Chalk; just north of this, most developed in the southwest, is an area of clay and greensand; and the rest of the region is alluvial Fenland. The general alignment of the rocks runs from southwest to northeast, with a southeastern dip. The oldest rock present is the Jurassic Oxford Clay, which appears as an uneven strip of raised flat land stretching from Croxton through Conington and Fenny Drayton to Willingham and Rampton. To the east and north, it likely forms the foundation of the Fen country, and in Thorney and Whittlesea, small patches emerge like islands above the flat fen alluvium. The Coralline Oolite, along with the Elsworth or St Ives rock at its base, exists as a small patch covered by Greensand at Upware, which has yielded numerous fossils; elsewhere, it is substituted by the Ampthill Clays, which serve as transition layers between the Oxford and Kimmeridge Clays. The Kimmeridge Clay itself is found in a narrow band near Papworth St Agnes, Oakington, and Cottenham; a large, irregular outcrop surrounds Haddenham and Ely, with similar formations at March, Chatteris, and Manea. Above the Kimmeridge Clay lies the Lower Greensand, which is mostly sandy but occasionally hardens into what’s known as “Carstone,” used as a lower-quality building stone. This formation is thickest in the southwest, extending from the border at Gamlingay, Cuxton, and Cottenham, and reappearing in outliers at Upware, Ely, and Haddenham. The Gault forms a flat strip of land, 4 to 6 meters wide, roughly parallel to the river Cam, stretching from Guilden Morden through Cambridge to Soham; it consists of stiff blue clay that reaches 200 feet thick in the southwest but becomes thinner to the east. At the bottom of the Chalk, there is a Chalk Marl layer, 10 to 20 feet thick, with a glauconitic and phosphatic nodule-bearing layer at its base known as the Cambridge Greensand. This layer has been extensively mined for its nodules and for cement, containing many fossils from the Gault below. Several Chalk Marl outliers sit on the Gault west of the Cam. The Chalk includes all major divisions of the formation, such as the Totternhoe stone, Melbourn rock, and Chalk rock. Much of the county's higher ground is covered by glacial boulder clay, which is a stiff brownish clay with many chalk fragments and transported rocks. Near Ely, there is a notable mass of chalk, likely moved by ice, resting on and surrounded by boulder clay. Plateau gravel caps some of the chalk hills, and ancient river gravels are found at lower levels alongside the bones of extinct mammals such as mammoths and rhinoceroses. The low-lying Fen beds consist of marly silt with abundant peat layers and buried forests; at the base is a gravel layer of marine origin.

Industries.—The climate is as a whole healthy, the fens being so carefully drained that diseases to which dwellers in marshy districts are commonly liable are practically eliminated. The land is very fertile, and although some decrease is generally apparent in the acreage under grain crops, Cambridgeshire is one of the principal grain-producing counties in England. Nearly nine-tenths of the total area is under cultivation, and an unusually small proportion is under permanent pasture. Wheat is the chief grain crop, but large quantities of barley and oats are also grown. Among green crops potatoes occupy a large and increasing area. Dairy-farming is especially practised in the south-west, where the district of the Cam valley has long been known as the Dairies; and much butter and cheese are sent to the London markets. Sheep are pastured extensively on the higher ground, but the number of these and of cattle for the county as a whole is not large. Beans occupy a considerable acreage, and fruit-growing and market-gardening are important in many parts. There is no large manufacturing industry common to the county in general; among minor trades brewing is carried on at several places, and brick-making and lime-burning may also be mentioned.

Industries.—Overall, the climate is healthy, with the fens drained so effectively that diseases common in marshy areas are practically eliminated. The land is very fertile, and while there’s generally a slight decrease in the acres dedicated to grain crops, Cambridgeshire remains one of the main grain-producing counties in England. Almost ninety percent of the total area is cultivated, with an unusually low percentage of permanent pasture. Wheat is the primary grain crop, but large amounts of barley and oats are also grown. Among green crops, potatoes take up a significant and growing area. Dairy farming is especially common in the south-west, where the Cam valley region has long been known for its dairies; a lot of butter and cheese is sent to London markets. Sheep are grazed extensively on the higher ground, but the overall number of sheep and cattle in the county is not large. Beans cover a considerable area, and fruit-growing and market gardening are important in many areas. There isn’t a major manufacturing industry that is widespread throughout the county; among smaller trades, brewing takes place in several locations, and brick-making and lime-burning can also be mentioned.

Communications.—The principal railway serving the county is the Great Eastern, of which system numerous branch lines centre chiefly upon Cambridge, Ely and March. Cambridge is also served by branches of the Great Northern line from Hitchin, of the London & North-Western from Bletchley and Bedford, and of the Midland from Kettering. A trunk line connecting the eastern counties with the north and north-west of England runs northward from March under the joint working of the Great Northern and Great Eastern companies. The artificial waterways provide the county with an extensive system of inland navigation; and a considerable proportion of the industrial population is employed on these. In this connexion the building of boats and barges is carried on at several towns.

Communications.—The main railway serving the county is the Great Eastern, which has several branch lines primarily connecting to Cambridge, Ely, and March. Cambridge is also connected by branches of the Great Northern line from Hitchin, the London & North-Western from Bletchley and Bedford, and the Midland from Kettering. A main line that links the eastern counties with the north and northwest of England runs northward from March, managed by both the Great Northern and Great Eastern companies. The man-made waterways offer the county an extensive network for inland navigation, and a significant portion of the industrial workforce is employed in this sector. As part of this, boat and barge construction takes place in several towns.

Population and Administration.—The area of the ancient county is 549,723 acres, with a population in 1891 of 188,961, and in 1901 of 190,682. The ancient county includes the two administrative counties of Cambridge in the south and the Isle of Ely in the north. The liberty of the Isle of Ely was formerly of the independent nature of a county palatine, but ceased to be so under acts of 1836 and 1837. Its area is 238,048 acres, and that of the administrative county of Cambridge 315,171 acres. Cambridgeshire contains seventeen hundreds. The municipal boroughs are Cambridge, the county town (pop. 38,379), in the administrative county of Cambridge, and Wisbech (9381) in the Isle of Ely. The other urban districts are—in the administrative county of Cambridge, Chesterton (9591), and in the Isle of Ely, Chatteris (4711), Ely (7713), March (7565) and Whittlesey (3909). Among other considerable towns Soham (4230) and Littleport (4181), both in the neighbourhood of Ely, may be mentioned. The town of Newmarket, which, although wholly within the administrative county of West Suffolk, is mainly in the ancient county of Cambridgeshire, is famous for its race-meetings. The county is in the south-eastern circuit, and assizes are held at Cambridge. Each administrative county has a court of quarter sessions, and the two are divided into ten petty sessional divisions. The borough of Cambridge has a separate court of quarter sessions, and this borough and Wisbech have separate commissions of the peace. The university of Cambridge exercises disciplinary jurisdiction over its members. There are 168 entire civil parishes in the two administrative counties. Cambridgeshire is almost wholly in the diocese of Ely and the archdeaconries of Ely and Sudbury, but small portions are within the dioceses of St Albans and Norwich. There are 194 ecclesiastical parishes or districts wholly or in part within the county. The parliamentary divisions are three, namely, Northern or Wisbech, Western or Chesterton, and Eastern or Newmarket, each returning one member. The county also contains the parliamentary borough of Cambridge, returning one member; and the university of Cambridge returns two members.

Population and Administration.—The area of the ancient county is 549,723 acres, with a population of 188,961 in 1891 and 190,682 in 1901. The ancient county includes the two administrative counties of Cambridge in the south and the Isle of Ely in the north. The liberty of the Isle of Ely used to function like an independent county but stopped doing so due to laws passed in 1836 and 1837. Its area is 238,048 acres, while the administrative county of Cambridge covers 315,171 acres. Cambridgeshire is divided into seventeen hundreds. The municipal boroughs are Cambridge, the county town (pop. 38,379), in the administrative county of Cambridge, and Wisbech (9,381) in the Isle of Ely. The other urban districts include Chesterton (9,591) in the administrative county of Cambridge, and in the Isle of Ely, Chatteris (4,711), Ely (7,713), March (7,565), and Whittlesey (3,909). Notable towns include Soham (4,230) and Littleport (4,181), both near Ely. The town of Newmarket, which is entirely in the administrative county of West Suffolk but mostly in the ancient county of Cambridgeshire, is famous for its races. The county falls within the south-eastern circuit, and assizes are conducted in Cambridge. Each administrative county has a court of quarter sessions, and they are split into ten petty sessional divisions. The borough of Cambridge has its own quarter sessions court, and both this borough and Wisbech have separate commissions of the peace. The university of Cambridge has disciplinary authority over its members. There are 168 complete civil parishes in the two administrative counties. Cambridgeshire is mostly within the diocese of Ely and the archdeaconries of Ely and Sudbury, although small areas fall within the dioceses of St Albans and Norwich. There are 194 ecclesiastical parishes or districts located entirely or partially within the county. The parliamentary divisions are three: Northern or Wisbech, Western or Chesterton, and Eastern or Newmarket, each returning one member. The county also includes the parliamentary borough of Cambridge, returning one member, and the university of Cambridge returns two members.

History.—The earliest English settlements in what is now Cambridgeshire were made about the 6th century by bands of Engles, who pushed their way up the Ouse and the Cam, and established themselves in the fen-district, where they became known as the Gyrwas, the districts corresponding to the modern counties of Huntingdonshire and Cambridgeshire being distinguished as the lands of the North Gyrwas and the South Gyrwas respectively. At this period the fen-district stretched southward as far as Cambridge, and the essential unity which it preserved is illustrated later by its inclusion under one sheriff, chosen in successive years from Cambridgeshire proper, the Isle of Ely and Huntingdonshire. In 656 numerous lands in the neighbourhood of Wisbech were included in the endowment of the abbey of Peterborough, and in the same century religious houses were established at Ely and Thorney, both of which, however, were destroyed during the Danish invasions of the 9th century. After the treaty of Wedmore the district became part of the Danelaw. On the expulsion of the Danes by Edward in the 10th century it was included in East Anglia, but in the 11th century was again overrun by the Danes, who in the course of their devastations burnt Cambridge. The first mention of the shire in the Saxon Chronicle records the valiant resistance which it opposed to the invaders in 1010 when the rest of East Anglia had taken ignominious flight. The shire-system of East Anglia was in all probability not definitely settled before the Conquest, but during the Danish occupation of the 9th century the district possessed a certain military and political organization round Cambridge, its chief town, whence probably originated the constitution and demarcation of the later shire. At the time of the Domesday Survey the county was divided as now, except that the Isle of Ely, which then formed two hundreds having their meeting-place at Witchford, is now divided into the four hundreds of Ely, Wisbech, North Witchford and South Witchford, while Cambridge formed a hundred by itself. The hundred of Flendish was then known as Flamingdike. Cambridgeshire was formerly included in the diocese of Lincoln, until, on the erection of Ely to a bishop’s see in 1109, almost the whole county was placed in that diocese. In 1291 the whole county, with the exception of parishes in the deanery of Fordham and diocese of Norwich, constituted the archdeaconry of Ely, comprising the deaneries of Ely, Wisbech, Chesterton, Cambridge, Shingay, Bourn, Barton and Camps. The Isle of Ely formerly constituted an independent franchise in which the bishops exercised quasi-palatinate rights, and offences were held to be committed against the bishop’s peace. These privileges were considerably abridged in the reign of Henry VIII., but the Isle still had separate civil officers, appointed by the bishop, chief 99 among whom were the chief justice, chief bailiff, deputy bailiff and two coroners. The bishop is still custos rotulorum of the Isle. Cambridgeshire has always been remarkable for its lack of county families, and for the frequent changes in the ownership of estates. No Englishmen retained lands of any importance after the Conquest, and at the time of the Domesday Survey the chief lay proprietors were Alan, earl of Brittany, whose descendants the Zouches retained estates in the county until the 15th century; Picot the sheriff, whose estates passed to the families of Peverell and Peche; Aubrey de Vere, whose descendants retained their estates till the 16th century; and Hardwinus de Scalariis, ancestor of the Scales of Whaddon.

History.—The earliest English settlements in what is now Cambridgeshire were established around the 6th century by groups of Engles, who moved up the Ouse and the Cam rivers and settled in the fen area, where they became known as the Gyrwas. The areas corresponding to the modern counties of Huntingdonshire and Cambridgeshire were identified as the lands of the North Gyrwas and the South Gyrwas, respectively. At this time, the fen area extended south to Cambridge, and its essential unity is later shown by its inclusion under one sheriff, chosen in successive years from Cambridgeshire, the Isle of Ely, and Huntingdonshire. In 656, several lands around Wisbech were included in the endowment of the Peterborough abbey, and during the same century, religious houses were established at Ely and Thorney, both of which were destroyed during the Danish invasions in the 9th century. After the treaty of Wedmore, the area became part of the Danelaw. Following the expulsion of the Danes by Edward in the 10th century, it was integrated into East Anglia but was again overrun by the Danes in the 11th century, who burned Cambridge during their raids. The first mention of the shire in the Saxon Chronicle highlights its brave resistance to the invaders in 1010, when the rest of East Anglia had fled in shame. The shire system of East Anglia was likely not firmly established until after the Conquest, but during the Danish occupation of the 9th century, the area had some military and political organization centered around Cambridge, its main town, which probably laid the groundwork for the later shire boundaries. By the time of the Domesday Survey, the county was organized much as it is today, except that the Isle of Ely, which then included two hundreds that met at Witchford, is now divided into the four hundreds of Ely, Wisbech, North Witchford, and South Witchford, while Cambridge formed a separate hundred. The hundred of Flendish was then known as Flamingdike. Cambridgeshire was originally part of the diocese of Lincoln until Ely was elevated to a bishopric in 1109, at which point almost the entire county was placed under that diocese. In 1291, the entire county, except for parishes in the deanery of Fordham and the diocese of Norwich, became part of the archdeaconry of Ely, which included the deaneries of Ely, Wisbech, Chesterton, Cambridge, Shingay, Bourn, Barton, and Camps. The Isle of Ely used to be an independent franchise where the bishops had quasi-palatinate rights, and offenses were considered against the bishop's peace. These privileges were significantly reduced during Henry VIII's reign, but the Isle still had its own civil officers, appointed by the bishop, including the chief justice, chief bailiff, deputy bailiff, and two coroners. The bishop remains the custos rotulorum of the Isle. Cambridgeshire has always been noted for lacking prominent county families and for the frequent changes in land ownership. No Englishmen held significant lands after the Conquest, and by the time of the Domesday Survey, the main lay landowners were Alan, Earl of Brittany, whose descendants, the Zouches, retained estates in the county until the 15th century; Picot the sheriff, whose lands went to the families of Peverell and Peche; Aubrey de Vere, whose descendants kept their estates until the 16th century; and Hardwinus de Scalariis, ancestor of the Scales of Whaddon.

From the time of Hereward’s famous resistance to the Conqueror in the fen-district, the Isle of Ely was intimately concerned with the great political struggles of the country. It was defended against Stephen by Bishop Nigellus of Ely, who fortified Ely and Aldreth, and the latter in 1144 was held for the empress Maud by Geoffrey de Mandeville. During the struggles between John and his barons, Faukes de Breauté was made governor of Cambridge Castle, which, however, surrendered to the barons in the same year. The Isle of Ely was seized by the followers of Simon de Montfort in 1266, but in 1267 was taken by Prince Edward. At the Reformation period the county showed much sympathy with the Reformers, and in 1642 the knights, gentry and commoners of Cambridgeshire petitioned for the removal of all unwarrantable orders and dignities, and the banishment of popish clergy. In the civil war of the 17th century Cambridgeshire was one of the associated counties in which the king had no visible party, though the university assisted him with contributions of plate and money.

Since Hereward’s legendary resistance against the Conqueror in the fen-district, the Isle of Ely was deeply involved in the major political conflicts of the country. It was defended against Stephen by Bishop Nigellus of Ely, who fortified Ely and Aldreth, and in 1144, the latter was held for Empress Maud by Geoffrey de Mandeville. During the conflicts between John and his barons, Faukes de Breauté was appointed governor of Cambridge Castle, which, however, surrendered to the barons that same year. The Isle of Ely was taken by the followers of Simon de Montfort in 1266, but was captured by Prince Edward in 1267. During the Reformation period, the county showed considerable support for the Reformers, and in 1642, the knights, gentry, and commoners of Cambridgeshire petitioned for the elimination of all unjust orders and titles, as well as the expulsion of Catholic clergy. In the civil war of the 17th century, Cambridgeshire was one of the associated counties where the king had no noticeable supporters, although the university helped him with donations of silver and money.

Cambridgeshire has always been mainly an agricultural county. The Domesday Survey mentions over ninety mills and numerous valuable fisheries, especially eel-fisheries, and contains frequent references to wheat, malt and honey. The county had a flourishing wool-industry in the 14th century, and became noted for its worsted cloths. The Black Death of 1349 and the ravages committed during the Wars of the Roses were followed by periods of severe depression, and in 1439 several Cambridgeshire towns obtained a remission of taxation on the plea of poverty. In the 16th century barley for malt was grown in large quantities in the south, and the manufacture of willow-baskets was carried on in the fen-districts. Saffron was extensively cultivated in the 18th century, and paper was manufactured near Sturbridge. Sturbridge fair was at this period reckoned the largest in Europe, the chief articles of merchandise being wool, hops and leather; and the Newmarket races and horse-trade were already famous. Large waste areas were brought under cultivation in the 17th century through the drainage of the fen-district, which was brought to completion about 1652 through the labours of Cornelius Vermuyden, a Dutchman. The coprolite industry was very profitable for a short period from 1850 to 1880, and its decline was accompanied by a general industrial and agricultural depression. Cambridgeshire returned three members to parliament in 1290, and in 1295 the county returned two members, the borough of Cambridge two members, and the city of Ely two members, this being the sole return for Ely. The university was summoned to return members in 1300 and again in 1603, but no returns are recorded before 1614, after which it continued to return two members. Under the Reform Act of 1832 the county returned three members.

Cambridgeshire has always primarily been an agricultural county. The Domesday Survey mentions over ninety mills and numerous valuable fisheries, especially eel fisheries, and frequently references wheat, malt, and honey. In the 14th century, the county had a thriving wool industry and became known for its worsted cloths. The Black Death of 1349 and the destruction caused during the Wars of the Roses were followed by periods of serious economic decline, and in 1439 several towns in Cambridgeshire received a tax relief due to financial hardship. In the 16th century, barley for malt was grown in large amounts in the south, and willow basket-making took place in the fen districts. Saffron was widely cultivated in the 18th century, and paper was produced near Sturbridge. During this time, Sturbridge Fair was considered the largest in Europe, with main goods being wool, hops, and leather; the Newmarket races and horse trade were already well-known. In the 17th century, large areas of wasteland were cultivated through the drainage of the fen districts, completed around 1652 by Cornelius Vermuyden, a Dutchman. The coprolite industry was quite profitable for a brief period from 1850 to 1880, and its decline coincided with a broader industrial and agricultural downturn. Cambridgeshire sent three members to parliament in 1290, and by 1295, the county sent two members, the borough of Cambridge sent two members, and the city of Ely sent two members, which was Ely's only representation. The university was called to send members in 1300 and again in 1603, but no returns are noted before 1614, after which it continued to send two members. Under the Reform Act of 1832, the county sent three members.

Antiquities.—In ecclesiastical architecture Cambridgeshire would be rich only in the possession of the magnificent cathedral at Ely and the round church of the Holy Sepulchre, Jesus College and King’s College chapels, and many other examples in Cambridge. But there are many fine churches elsewhere. At Thorney, a small town in the north of the county, which owes much in appearance to the 8th duke of Bedford (d. 1872), the parish church is actually a portion of the church of an abbey said to date originally from the 7th century, and refounded in 972 by Ethelwold, bishop of Winchester, as a Benedictine monastery. The church is partly fine Norman. Another Norman building of special interest is Sturbridge chapel near Cambridge, which belonged to a lepers’ hospital. To this foundation King John granted a fair, which became, and continued until the 18th century, one of the most important in England. It is still held in September. At Swaffham Prior there are remains of two churches in one churchyard, the tower of one being good Transitional Norman, while that of the other is Perpendicular, the upper part octagonal. Among many Early English examples the church of Cherry Hinton near Cambridge may be mentioned. The churches of Trumpington and Bottisham are fine specimens of the Decorated style; in the first is a famous brass to Sir Roger de Trumpington (1289). As Perpendicular examples the tower and spire of St Mary’s, Whittlesey, and the rich wooden roof of Outwell church, may be selected. Monastic remains are scanty. Excluding the town of Cambridge there are no domestic buildings, either ancient or modern, of special note, with the exception of Sawston Hall, in the south of the county, a quadrangular mansion dated 1557-1584.

Antiquities.—In church architecture, Cambridgeshire is mainly known for its stunning cathedral at Ely and the round church of the Holy Sepulchre, as well as the chapels of Jesus College and King’s College, among many other examples in Cambridge. However, there are many beautiful churches outside the city too. In Thorney, a small town in the north of the county, significantly influenced by the 8th Duke of Bedford (d. 1872), the parish church is actually part of what was once an abbey, believed to date back to the 7th century, which was refounded in 972 by Ethelwold, the bishop of Winchester, as a Benedictine monastery. The church features some impressive Norman architecture. Another notable Norman building is Sturbridge chapel near Cambridge, which was part of a lepers’ hospital. King John granted this foundation a fair, which became one of the most significant in England until the 18th century and is still held every September. In Swaffham Prior, there are remnants of two churches in one churchyard; one tower displays fine Transitional Norman style, while the other features Perpendicular style with an octagonal upper section. Among many Early English examples, the church of Cherry Hinton near Cambridge is noteworthy. The churches of Trumpington and Bottisham are excellent examples of the Decorated style; the former houses a famous brass memorial for Sir Roger de Trumpington (1289). For Perpendicular examples, one might consider the tower and spire of St Mary’s in Whittlesey and the ornate wooden roof of Outwell church. Monastic remnants are limited. Outside of Cambridge, there are no particularly notable ancient or modern domestic buildings, except for Sawston Hall in the southern part of the county, a quadrangular mansion dating from 1557 to 1584.

Authorities.—See D. and S. Lysons, Magna Britannia, vol. ii. part i. (London, 1808); C.C. Babington, Ancient Cambridgeshire (Cambridge, 1883); R. Bowes, Catalogue of Books printed at or relating to Cambridge (Cambridge, 1891 et seq.); E. Conybeare, History of Cambridgeshire (London, 1897); Victoria County History, Cambridgeshire.

Authorities.—See D. and S. Lysons, Magna Britannia, vol. ii. part i. (London, 1808); C.C. Babington, Ancient Cambridgeshire (Cambridge, 1883); R. Bowes, Catalogue of Books Printed at or Relating to Cambridge (Cambridge, 1891 et seq.); E. Conybeare, History of Cambridgeshire (London, 1897); Victoria County History, Cambridgeshire.


CAMBUSLANG, a town of Lanarkshire, Scotland. It is situated near the Clyde, 4½ m. S.E. of Glasgow (of which it is a residential suburb) by the Caledonian railway. Pop. (1891) 8323; (1901) 12,252. Its leading industries include coal-mining, turkey-red dyeing and brick-making. It contains one of the largest steel works in the United Kingdom. Among the chief edifices are a public hall, institute and library. It was the birthplace of John Claudius London (1783-1843), the landscape gardener and writer on horticulture, whose Arboretum et Fruticetum Britannicum still ranks as an authority.

CAMBUSLANG, is a town in Lanarkshire, Scotland. It's located near the Clyde, 4.5 miles southeast of Glasgow, which it serves as a residential suburb, accessible by the Caledonian railway. The population was 8,323 in 1891 and 12,252 in 1901. Its main industries include coal mining, turkey-red dyeing, and brick making. It hosts one of the largest steelworks in the United Kingdom. Key buildings include a public hall, an institute, and a library. Cambuslang was the birthplace of John Claudius Loudon (1783-1843), a landscape gardener and horticulture writer, whose Arboretum et Fruticetum Britannicum is still considered an authoritative work.


CAMBYSES (Pers. Kambujiya), the name borne by the father and the son of Cyrus the Great. When Cyrus conquered Babylon in 539 he was employed in leading religious ceremonies (Chronicle of Nabonidus), and in the cylinder which contains Cyrus’s proclamation to the Babylonians his name is joined to that of his father in the prayers to Marduk. On a tablet dated from the first year of Cyrus, Cambyses is called king of Babel. But his authority seems to have been quite ephemeral; it was only in 530, when Cyrus set out on his last expedition into the East, that he associated Cambyses on the throne, and numerous Babylonian tablets of this time are dated from the accession and the first year of Cambyses, when Cyrus was “king of the countries” (i.e. of the world). After the death of his father in the spring of 528 Cambyses became sole king. The tablets dated from his reign in Babylonia go down to the end of his eighth year, i.e. March 521 b.c.1 Herodotus (iii. 66), who dates his reign from the death of Cyrus, gives him seven years five months, i.e. from 528 to the summer of 521. For these dates cf. Ed. Meyer, Forschungen zur alien Geschichte, ii. 470 ff.

CAMBYSES (Pers. Kambujiya), the name borne by the father and the son of Cyrus the Great. When Cyrus conquered Babylon in 539 he was employed in leading religious ceremonies (Chronicle of Nabonidus), and in the cylinder which contains Cyrus’s proclamation to the Babylonians his name is joined to that of his father in the prayers to Marduk. On a tablet dated from the first year of Cyrus, Cambyses is called king of Babel. But his authority seems to have been quite ephemeral; it was only in 530, when Cyrus set out on his last expedition into the East, that he associated Cambyses on the throne, and numerous Babylonian tablets of this time are dated from the accession and the first year of Cambyses, when Cyrus was “king of the countries” (i.e. of the world). After the death of his father in the spring of 528 Cambyses became sole king. The tablets dated from his reign in Babylonia go down to the end of his eighth year, i.e. March 521 B.C.1 Herodotus (iii. 66), who dates his reign from the death of Cyrus, gives him seven years five months, i.e. from 528 to the summer of 521. For these dates cf. Ed. Meyer, Forschungen zur alien Geschichte, ii. 470 ff.

The traditions about Cambyses, preserved by the Greek authors, come from two different sources. The first, which forms the main part of the account of Herodotus (iii. 2; 4; 10-37), is of Egyptian origin. Here Cambyses is made the legitimate son of Cyrus and a daughter of Apries (Herod, iii. 2, Dinon fr. 11, Polyaen. viii. 29), whose death he avenges on the successor of the usurper Amasis. (In Herod, iii. 1 and Ctesias ap. Athen. xiii. 560 D, this tradition is corrected by the Persians: Cambyses wants to marry a daughter of Amasis, who sends him a daughter of Apries instead of his own daughter, and by her Cambyses is induced to begin the war.) His great crime is the killing of the Apis, for which he is punished by madness, in which he commits many other crimes, kills his brother and his sister, and at last loses his empire and dies from a wound in the hip, at the same place where he had wounded the sacred animal. Intermingled are some stories derived from the Greek mercenaries, especially about their leader Phanes of Halicarnassus, who 100 betrayed Egypt to the Persians. In the Persian tradition the crime of Cambyses is the murder of his brother; he is further accused of drunkenness, in which he commits many crimes, and thus accelerates his ruin. These traditions are found in different passages of Herodotus, and in a later form, but with some trustworthy detail about his household, in the fragments of Ctesias. With the exception of Babylonian dated tablets and some Egyptian inscriptions, we possess no contemporary evidence about the reign of Cambyses but the short account of Darius in the Behistun inscription. It is impossible from these sources to form a correct picture of Cambyses’ character; but it seems certain that he was a wild despot and that he was led by drunkenness to many atrocious deeds.

The stories about Cambyses, recorded by Greek writers, come from two different origins. The first, which makes up the main part of Herodotus's account (iii. 2; 4; 10-37), is from Egypt. In this version, Cambyses is portrayed as the legitimate son of Cyrus and a daughter of Apries (Herod, iii. 2, Dinon fr. 11, Polyaen. viii. 29), and he avenges her death on the successor of the usurper Amasis. (In Herod, iii. 1 and Ctesias ap. Athen. xiii. 560 D, this story is corrected by the Persians: Cambyses wants to marry Amasis's daughter, but Amasis sends him a daughter of Apries instead, and through her, Cambyses is persuaded to start the war.) His major crime is killing the Apis bull, for which he is punished with madness, leading him to commit many other atrocities, including the murder of his brother and sister, and ultimately losing his empire and dying from a wound in his hip, at the same location where he had wounded the sacred animal. Some tales are mixed in from Greek mercenaries, particularly about their leader Phanes of Halicarnassus, who betrayed Egypt to the Persians. In the Persian tradition, Cambyses's crime is the murder of his brother; he is also accused of being a heavy drinker, which leads him to commit numerous offenses and hasten his downfall. These stories can be found in different parts of Herodotus, and in a later form, but with some reliable details about his household, in the fragments of Ctesias. Aside from dated Babylonian tablets and some Egyptian inscriptions, we have no contemporary evidence of Cambyses's reign except for Darius's brief account in the Behistun inscription. It’s difficult to create an accurate picture of Cambyses's character from these sources; however, it seems clear that he was a reckless despot whose drunkenness drove him to many horrific acts.

It was quite natural that, after Cyrus had conquered Asia, Cambyses should undertake the conquest of Egypt, the only remaining independent state of the Eastern world. Before he set out on his expedition he killed his brother Bardiya (Smerdis), whom Cyrus had appointed governor of the eastern provinces. The date is given by Darius, whereas the Greek authors narrate the murder after the conquest of Egypt. The war took place in 525, when Amasis had just been succeeded by his son Psammetichus III. Cambyses had prepared for the march through the desert by an alliance with Arabian chieftains, who brought a large supply of water to the stations. King Amasis had hoped that Egypt would be able to withstand the threatened Persian attack by an alliance with the Greeks. But this hope failed; the Cyprian towns and the tyrant Polycrates of Samos, who possessed a large fleet, now preferred to join the Persians, and the commander of the Greek troops, Phanes of Halicarnassus, went over to them. In the decisive battle at Pelusium the Egyptians were beaten, and shortly afterwards Memphis was taken. The captive king Psammetichus was executed, having attempted a rebellion. The Egyptian inscriptions show that Cambyses officially adopted the titles and the costume of the Pharaohs, although we may very well believe that he did not conceal his contempt for the customs and the religion of the Egyptians. From Egypt Cambyses attempted the conquest of Ethiopia (Cush), i.e. the kingdom of Napata and Meroe, the modern Nubia. But his army was not able to cross the deserts; after heavy losses he was forced to return. In an inscription from Napata (in the Berlin museum) the Ethiopian king Nastesen relates that he had beaten the troops of Kembasuden, i.e. Cambyses, and taken all his ships (H. Schäfer, Die Aethiopische Königsinschrift des Berliner Museums, 1901). Another expedition against the great oasis failed likewise, and the plan of attacking Carthage was frustrated by the refusal of the Phoenicians to operate against their kindred. Meanwhile in Persia a usurper, the Magian Gaumata, arose in the spring of 522, who pretended to be the murdered Bardiya (Smerdis). He was acknowledged throughout Asia. Cambyses attempted to march against him, but, seeing probably that success was impossible, died by his own hand (March 521). This is the account of Darius, which certainly must be preferred to the traditions of Herodotus and Ctesias, which ascribe his death to an accident. According to Herodotus (iii. 64) he died in the Syrian Ecbatana, i.e. Hamath; Josephus (Ant. xi. 2. 2) names Damascus; Ctesias, Babylon, which is absolutely impossible.

It was completely logical that after Cyrus conquered Asia, Cambyses would take on the conquest of Egypt, the last independent nation in the Eastern world. Before he started his campaign, he killed his brother Bardiya (Smerdis), whom Cyrus had appointed governor of the eastern provinces. Darius provides the date for this event, while Greek historians recount the murder occurring after the conquest of Egypt. The war happened in 525, when Amasis had just been succeeded by his son Psammetichus III. Cambyses prepared for the trek through the desert by forming an alliance with Arabian leaders, who provided a significant amount of water to the outposts. King Amasis had hoped Egypt could withstand the anticipated Persian attack by teaming up with the Greeks. However, this hope fell through; the cities of Cyprus and the tyrant Polycrates of Samos, who commanded a powerful fleet, chose to side with the Persians, and Phanes of Halicarnassus, the Greek troop commander, defected to them. In the crucial battle at Pelusium, the Egyptians were defeated, and soon after, Memphis was captured. The captured king Psammetichus was executed after he attempted a rebellion. Egyptian inscriptions reveal that Cambyses officially took on the titles and clothing of the Pharaohs, though it's likely he did not hide his disdain for the customs and religion of the Egyptians. From Egypt, Cambyses tried to conquer Ethiopia (Cush), specifically the kingdoms of Napata and Meroe, now known as modern Nubia. But his army couldn't navigate the deserts; after significant losses, he had to retreat. In an inscription from Napata (in the Berlin museum), the Ethiopian king Nastesen reported that he had defeated the troops of Kembasuden, or Cambyses, and seized all his ships (H. Schäfer, Die Aethiopische Königsinschrift des Berliner Museums, 1901). Another campaign against the great oasis also failed, and his plans to attack Carthage fell apart due to the Phoenicians' refusal to act against their kin. Meanwhile, in Persia, a usurper named Gaumata, a Magian who claimed to be the murdered Bardiya (Smerdis), emerged in the spring of 522 and was accepted throughout Asia. Cambyses tried to march against him, but realizing success was unlikely, he took his own life (March 521). This account comes from Darius and is certainly more credible than the versions provided by Herodotus and Ctesias, which attribute his death to an accident. According to Herodotus (iii. 64), he died in Ecbatana, Syria, which is now Hamath; Josephus (Ant. xi. 2. 2) mentions Damascus; Ctesias claims it was Babylon, which is absolutely impossible.

See A. Lincke, Kambyses in der Sage, Litteratur und Kunst des Mittelalters, in Aegyptiaca: Festschrift für Georg Ebers (Leipzig 1897), pp. 41-61; also Persia: Ancient History. (Ed. M.)

See A. Lincke, Kambyses in der Sage, Litteratur und Kunst des Mittelalters, in Aegyptiaca: Festschrift für Georg Ebers (Leipzig 1897), pp. 41-61; also Persia: Ancient History. (Ed. M.)


1 On the much discussed tablet, which is said to date from his 11th year, the writer had at first written “10th year of Cyrus,” and then corrected this date into “1st year of Cambyses”; see Strassmaier, Inschriften von Cambyses, No. 97.

1 On the much discussed tablet, which is said to date from his 11th year, the writer had at first written “10th year of Cyrus,” and then corrected this date into “1st year of Cambyses”; see Strassmaier, Inschriften von Cambyses, No. 97.


CAMDEN, CHARLES PRATT, 1st Earl (1714-1794), lord chancellor of England, was born in Kensington in 1714. He was a descendant of an old Devonshire family of high standing, the third son of Sir John Pratt, chief-justice of the king’s bench in the reign of George I. He received his early education at Eton and King’s College, Cambridge. In 1734 he became a fellow of his college, and in the following year obtained his degree of B.A. Having adopted his father’s profession, he had entered the Middle Temple in 1728, and ten years later he was called to the bar. He practised at first in the courts of common law, travelling also the western circuit. For some years his practice was so limited, and he became so much discouraged, that he seriously thought of turning his back on the law and entering the church. He listened, however, to the advice of his friend Sir Robert Henley, a brother barrister, afterwards known as Lord Chancellor Northington, and persevered, working on and waiting for success. The first case which brought him prominently into notice and gave him assurance of ultimate success was the government prosecution, in 1752, of a bookseller, William Owen, for a libel on the House of Commons.

CAMDEN, CHARLES PRATT, 1st Earl (1714-1794), lord chancellor of England, was born in Kensington in 1714. He was a descendant of an old and respected Devonshire family, the third son of Sir John Pratt, who served as chief justice of the king’s bench during George I's reign. He received his early education at Eton and King’s College, Cambridge. In 1734, he became a fellow of his college, and the following year he earned his B.A. degree. Following in his father’s footsteps, he entered the Middle Temple in 1728, and ten years later, he was called to the bar. Initially, he practiced in the courts of common law and also traveled the western circuit. For several years, his practice was quite limited, and he grew so discouraged that he seriously considered leaving law to pursue a career in the church. However, he took the advice of his friend Sir Robert Henley, a fellow barrister who later became known as Lord Chancellor Northington, and he persevered, continuing to work hard while waiting for success. The case that first brought him into the spotlight and gave him confidence in his eventual success was the government’s prosecution of bookseller William Owen for libel against the House of Commons in 1752.

His speech for the defence contributed much to the verdict for the defendant. In 1757, through the influence of William Pitt (afterwards earl of Chatham), with whom he had formed an intimate friendship while at Eton, he received the appointment of attorney-general. The same year he entered the House of Commons as member for the borough of Downton in Wiltshire. He sat in parliament four years, but did not distinguish himself as a debater. His professional practice now largely increased. One of the most noticeable incidents of his tenure of office as attorney-general was the prosecution of Dr. J. Shebbeare (1709-1788), a violent party writer of the day, for a libel against the government contained in his notorious Letters to the People of England, which were published in the years 1756-1758. As a proof of Pratt’s moderation in a period of passionate party warfare and frequent state trials, it is noted that this was the only official prosecution for libel which he set on foot. In January 1762 Pratt was raised to the bench as chief-justice of the common pleas. He was at the same time knighted. Soon after his elevation the nation was thrown into great excitement about the prosecution of John Wilkes, and the question involved in it of the legality of “general warrants.” Chief-Justice Pratt pronounced, with decisive and almost passionate energy, against their legality, thus giving voice to the strong feeling of the nation and winning for himself an extraordinary degree of popularity as one of the “maintainers of English constitutional liberty.” Honours fell thick upon him in the form of addresses from the city of London and many large towns, and of presentations of freedom from various corporate bodies. In July 1765 he was raised to the peerage as Baron Camden, of Camden Place, in the county of Kent; and in the following year he was removed from the court of common pleas to take his seat as lord chancellor (July 30, 1766). This seat he retained less than four years; for although he discharged its duties in so efficient a manner that, with one exception, his decisions were never reversed on appeal, he took up a position of such uncompromising hostility to the governments of the day, the Grafton and North administrations, on the greatest and most exciting matters, the treatment of the American colonies and the proceedings against John Wilkes, that the government had no choice but to require of him the surrender of the great seal. He retired from the court of chancery in January 1770, but he continued to take a warm interest in the political affairs and discussions of the time. He continued steadfastly to oppose the taxation of the American colonists, and signed, in 1778, the protest of the Lords in favour of an address to the king on the subject of the manifesto of the commissioners to America. In 1782 he was appointed president of the council under the Rockingham administration, but retired in the following year. Within a few months he was reinstated in this office under the Pitt administration, and held it till his death. Lord Camden was a strenuous opponent of Fox’s India Bill, took an animated part in the debates on important public matters till within two years of his death, introduced in 1786 the scheme of a regency on occasion of the king’s insanity, and to the last zealously defended his early views on the functions of juries, especially of their right to decide on all questions of libel. He was raised to the dignity of an earl in May 1786, and was at the same time created Viscount Bayham. Earl Camden died in London on the 18th of April 1794. His remains were interred in Seale church in Kent.

His defense speech played a significant role in the verdict for the defendant. In 1757, thanks to the influence of William Pitt (later the Earl of Chatham), who had become a close friend during their time at Eton, he was appointed attorney-general. That same year, he entered the House of Commons as the representative for Downton in Wiltshire. He served in Parliament for four years, though he didn't stand out as a debater. His legal practice grew significantly during this time. One of the most notable events while he was attorney-general was the prosecution of Dr. J. Shebbeare (1709-1788), a fierce political writer, for libel against the government found in his infamous Letters to the People of England, published between 1756 and 1758. As a sign of Pratt's moderation during a time of intense partisan conflict and frequent state trials, it's noted that this was the only official libel prosecution he initiated. In January 1762, Pratt was promoted to chief justice of the common pleas and was knighted at the same time. Shortly after his elevation, there was a national uproar regarding the prosecution of John Wilkes and the legal question concerning “general warrants.” Chief Justice Pratt passionately and decisively declared them illegal, reflecting the strong sentiments of the nation and earning himself significant popularity as one of the defenders of English constitutional liberty. He received numerous honors, including addresses of support from the city of London and various large towns, as well as freedom presentations from several corporate bodies. In July 1765, he was elevated to the peerage as Baron Camden of Camden Place in Kent, and the following year, he transitioned from the court of common pleas to become lord chancellor on July 30, 1766. He held this position for less than four years; despite executing his duties efficiently, with only one exception where his decisions were overturned on appeal, he took a stance of relentless opposition to the Grafton and North administrations on critical issues, such as the treatment of the American colonies and the actions against John Wilkes, which led the government to require him to surrender the great seal. He stepped down from the court of chancery in January 1770 but remained actively interested in contemporary political matters. He consistently opposed the taxation of American colonists and, in 1778, signed the Lords' protest favoring an address to the king regarding the manifesto of the commissioners to America. In 1782, he was appointed president of the council under the Rockingham administration but resigned the following year. A few months later, he was reinstated in this role under the Pitt administration and held it until his death. Lord Camden was a vigorous opponent of Fox’s India Bill and participated actively in debates on major public issues until two years before he died. In 1786, he proposed a regency plan due to the king's insanity and defended his early views on the role of juries, particularly their right to decide on all libel questions, until the end. He was made an earl in May 1786 and was also created Viscount Bayham. Earl Camden died in London on April 18, 1794. He was buried in Seale church in Kent.


CAMDEN, JOHN JEFFREYS PRATT, 2nd Earl and 1st Marquess (1759-1840), only son of the 1st earl, was born on the 11th of February 1750, and was educated at Trinity College, Cambridge. In 1780 he was chosen member of parliament for Bath, and he obtained the lucrative position of teller of the 101 exchequer, an office which he kept until his death, although after 1812 he refused to receive the large income arising from it. In the ministry of William Pitt, Pratt was successively a lord of the admiralty and a lord of the treasury; then, having succeeded his father in the earldom in 1794, he was appointed lord-lieutenant of Ireland in 1795. Disliked in Ireland as an opponent of Roman Catholic emancipation and as the exponent of an unpopular policy, Camden’s term of office was one of commotion and alarm, culminating in the rebellion of 1798. Immediately after the suppression of the rising he resigned, and in 1804 became secretary for war and the colonies under Pitt, and in 1805 lord president of the council. He was again lord president from 1807 to 1812, after which date he remained for some time in the cabinet without office. In 1812 he was created earl of Brecknock and Marquess Camden. He died on the 8th of October 1840, and was succeeded by his only son, George Charles, 2nd marquess (1799-1866). The present marquess is his descendant. Camden was chancellor of the university of Cambridge and a knight of the Garter.

CAMDEN, JOHN JEFFREYS PRATT, 2nd Earl and 1st Marquis (1759-1840), the only son of the 1st earl, was born on February 11, 1750, and was educated at Trinity College, Cambridge. In 1780, he was elected as a member of parliament for Bath, and he secured the lucrative position of teller of the 101 exchequer, a role he held until his death, although he stopped accepting the large income from it after 1812. Under William Pitt’s ministry, Pratt served as a lord of the admiralty and a lord of the treasury; then, after succeeding his father in the earldom in 1794, he was appointed lord-lieutenant of Ireland in 1795. He was unpopular in Ireland for opposing Roman Catholic emancipation and for advocating an unpopular policy, making his term one of turmoil and unrest, culminating in the rebellion of 1798. Shortly after the rebellion was suppressed, he resigned, and in 1804, he became secretary for war and the colonies under Pitt, and in 1805, he was made lord president of the council. He served again as lord president from 1807 to 1812, after which he stayed in the cabinet for a while without holding an office. In 1812, he was created earl of Brecknock and Marquess Camden. He died on October 8, 1840, and was succeeded by his only son, George Charles, 2nd marquess (1799-1866). The current marquess is his descendant. Camden served as chancellor of the University of Cambridge and was a knight of the Garter.


CAMDEN, WILLIAM (1551-1623), English antiquary and historian, was born in London on the 2nd of May 1551. His father, Sampson Camden, a native of Lichfield, had settled in London, and, as a painter, had become a member of the company of painter-stainers. His mother, Elizabeth, belonged to the old Cumberland family of Curwen. Young Camden received his early education at Christ’s Hospital and St Paul’s school, and in 1566 went to Magdalen College, Oxford, probably as a servitor or chorister. Failing to obtain a demyship at Magdalen he removed to Broadgates Hall, afterwards Pembroke College, and later to Christ Church, where he was supported by his friend, Dr Thomas Thornton, canon of Christ Church. As a defender of the established religion he was soon engaged in controversy, and his failure to secure a fellowship at All Souls’ College is attributed to the hostility of the Roman Catholics. In 1570 he supplicated in vain for the degree of B.A., and although a renewed application was granted in 1573 it is doubtful if he ever took a degree; and in 1571 he went to London and devoted himself to antiquarian studies, for which he had already acquired a taste.

CAMDEN, WILLIAM (1551-1623), an English antiquarian and historian, was born in London on May 2, 1551. His father, Sampson Camden, originally from Lichfield, had settled in London and become a member of the painter-stainers' guild. His mother, Elizabeth, came from the old Cumberland family of Curwen. Young Camden received his early education at Christ’s Hospital and St Paul’s School, and in 1566, he went to Magdalen College, Oxford, likely as a servitor or chorister. After failing to secure a demyship at Magdalen, he moved to Broadgates Hall, which later became Pembroke College, and then to Christ Church, where he was supported by his friend, Dr. Thomas Thornton, a canon of Christ Church. As a supporter of the established religion, he quickly found himself involved in controversy, and his inability to obtain a fellowship at All Souls’ College is thought to be due to opposition from Roman Catholics. In 1570, he applied in vain for the degree of B.A., and although a renewed application was approved in 1573, it is uncertain if he ever received a degree. In 1571, he moved to London and dedicated himself to antiquarian studies, for which he had already developed a passion.

Camden spent some time in travelling in various parts of England collecting materials for his Britannia, a work which was first published in 1586. Owing to his friendship with Dr Gabriel Goodman, dean of Westminster, Camden was made second master of Westminster school in 1575; and when Dr Edward Grant resigned the headmastership in 1593 he was appointed as his successor. The vacations which he enjoyed as a schoolmaster left him time for study and travel, and during these years he supervised the publication of three further editions of the Britannia. Although a layman he was granted the prebend of Ilfracombe in 1589, and in 1597 he resigned his position at Westminster on being made Clarencieux king-at-arms, an appointment which caused some ill-feeling, and the York herald, Ralph Brooke, led an attack on the genealogical accuracy of the Britannia, and accused its author of plagiarism. Camden replied to Brooke in an appendix to the fifth edition of the Britannia, published in 1600, and his reputation came through the ordeal untarnished. Having brought out an enlarged and improved edition of the Britannia in 1607, he began to work on a history of the reign of Queen Elizabeth, to which he had been urged by Lord Burghley in 1597. The first part of this history dealing with the reign down to 1588 was published in 1615 under the title Annales rerum Anglicarum et Hibernicarum regnante Elizabetha. With regard to this work some controversy at once arose over the author’s treatment of Mary, queen of Scots. It was asserted that Camden altered his original narrative in order to please James I., and, moreover, that the account which he is said to have given to his friend, the French historian, Jacques de Thou, differed substantially from his own. It seems doubtful if there is any truth in either of these charges. The second part of this work, finished in 1617, was published, after the author’s death, at Leiden in 1625 and in London in 1627. In 1622 Camden carried out a plan to found a history lectureship at Oxford. He provided an endowment from some lands at Bexley, and appointed as the first lecturer, his friend, Degory Wheare. The present occupant of the position is known as the Camden professor of ancient history. His concluding years were mainly spent at Chislehurst, where he had taken up his residence in 1609, and in spite of recurring illnesses he continued to work at material for the improvement of the Britannia and kindred subjects. He died at Chislehurst on the 9th of November 1623, and was buried in Westminster Abbey, where a monument now stands to his memory.

Camden spent some time traveling around England gathering materials for his Britannia, a work first published in 1586. Thanks to his friendship with Dr. Gabriel Goodman, the dean of Westminster, Camden became the second master of Westminster school in 1575; and when Dr. Edward Grant stepped down as headmaster in 1593, Camden was appointed as his successor. The breaks he had as a schoolmaster gave him time for study and travel, and during these years he oversaw the publication of three more editions of the Britannia. Although he was not a clergyman, he was granted the prebend of Ilfracombe in 1589, and in 1597 he resigned from Westminster after being made Clarencieux king-at-arms, an appointment that caused some resentment, leading York herald Ralph Brooke to attack the genealogical accuracy of the Britannia and accuse its author of plagiarism. Camden responded to Brooke in an appendix to the fifth edition of the Britannia, published in 1600, and his reputation remained intact. After releasing an expanded and improved edition of the Britannia in 1607, he began working on a history of Queen Elizabeth's reign, urged on by Lord Burghley in 1597. The first part of this history, covering the reign up to 1588, was published in 1615 under the title Annales rerum Anglicarum et Hibernicarum regnante Elizabetha. This work immediately sparked controversy over the author’s treatment of Mary, queen of Scots. It was claimed that Camden altered his original narrative to please James I, and also that the account he supposedly provided to his friend, the French historian Jacques de Thou, differed significantly from his own. It seems doubtful that either claim has any merit. The second part of this work, completed in 1617, was published posthumously in Leiden in 1625 and in London in 1627. In 1622, Camden implemented a plan to establish a history lectureship at Oxford. He funded it with some lands in Bexley and appointed his friend Degory Wheare as the first lecturer. The current holder of the position is known as the Camden professor of ancient history. In his later years, he spent most of his time in Chislehurst, where he had moved in 1609, and despite recurring illnesses, he continued to work on materials to improve the Britannia and related topics. He died in Chislehurst on November 9, 1623, and was buried in Westminster Abbey, where a monument now stands in his memory.

The Britannia, the first edition of which is dedicated to Burghley, is a survey of the British islands written in elegant Latin. It was first translated into English in 1610, probably under the author’s direction, and other translations have subsequently appeared, the best of which is an edition edited by Richard Gough and published in three volumes in 1789, and in four volumes in 1806. The Annales has been translated into French, and English translations appeared in 1635, 1675 and 1688. The Latin version was published at Leiden in 1639 and 1677, and under the editorship of T. Hearne at Oxford in 1717. In addition to these works Camden compiled a Greek grammar, Institutio Graecae Grammatices Compendiaria, which became very popular, and he published an edition of the writings of Asser, Giraldus Cambrensis, Thomas Walsingham and others, under the title, Anglica, Hibernica, Normannica, Cambrica, a veteribus scripta, published at Frankfort in 1602, and again in 1603. He also drew up a list of the epitaphs in Westminster Abbey, which was issued as Reges, Reginae, Nobiles et alii in ecclesia collegiata Beati Petri Westmonasterii sepulti. This was enlarged and published again in 1603 and 1606. In 1605 he published his Remains concerning Britain, a book of collections from the Britannia, which quickly passed through seven editions; and he wrote an official account of the trial of the Gunpowder Plot conspirators as Actio in Henricum Garnetum, Societatis Jesuiticae in Anglia superiorem et caeteros.

The Britannia, the first edition of which is dedicated to Burghley, is a survey of the British islands written in polished Latin. It was first translated into English in 1610, likely with the author's guidance, and there have been other translations since, the most notable being an edition edited by Richard Gough, published in three volumes in 1789 and in four volumes in 1806. The Annales has been translated into French, and English translations were released in 1635, 1675, and 1688. The Latin version came out in Leiden in 1639 and 1677, and under T. Hearne's editorship at Oxford in 1717. Besides these works, Camden put together a Greek grammar, Institutio Graecae Grammatices Compendiaria, which became quite popular, and he published an edition of the writings of Asser, Giraldus Cambrensis, Thomas Walsingham, and others, under the title, Anglica, Hibernica, Normannica, Cambrica, a veteribus scripta, published in Frankfurt in 1602, and again in 1603. He also compiled a list of the epitaphs in Westminster Abbey, which was published as Reges, Reginae, Nobiles et alii in ecclesia collegiata Beati Petri Westmonasterii sepulti. This was expanded and published again in 1603 and 1606. In 1605, he published his Remains concerning Britain, a collection from the Britannia, which quickly went through seven editions; and he wrote an official account of the trial of the Gunpowder Plot conspirators titled Actio in Henricum Garnetum, Societatis Jesuiticae in Anglia superiorem et caeteros.

Camden, who refused a knighthood, was a man of enormous industry, and possessed a modest and friendly disposition. He had a large number of influential friends, among whom were Archbishop Ussher, Sir Robert Cotton, John Selden, the French jurist Brisson, and Isaac Casaubon. His correspondence was published in London in 1691 by Dr Thomas Smith under the title, Vita Gulielmi Camdeni et Illustrium virorum ad G. Camdenum Epistolae. This-volume also contains his Memorabilia de seipso; his notes of the reign of James I.; and other interesting matter. In 1838 the Camden Society was founded in his honour, and much valuable work has been done under its auspices.

Camden, who turned down a knighthood, was an incredibly hardworking man with a friendly and down-to-earth personality. He had many influential friends, including Archbishop Ussher, Sir Robert Cotton, John Selden, the French lawyer Brisson, and Isaac Casaubon. His letters were published in London in 1691 by Dr. Thomas Smith under the title, Vita Gulielmi Camdeni et Illustrium virorum ad G. Camdenum Epistolae. This volume also includes his Memorabilia de seipso; his notes on the reign of James I; and other interesting content. In 1838, the Camden Society was established in his honor, and a lot of valuable work has been done under its support.


CAMDEN, a city and the county-seat of Camden county, New Jersey, U.S.A., on the Delaware river, directly opposite Philadelphia, Pa. Pop. (1880) 41,659; (1890) 58,313; (1900) 75,935, of whom 10,097 were foreign-born and 5576 were negroes; (1910) 94,538. It is a terminus of the Atlantic City, the West Jersey & Sea Shore, and the Pennsylvania (Amboy division) railways, and is also served by river and coasting steamboat lines. Camden is practically a suburb of Philadelphia, with which it is connected by ferries. It has several pleasant residential sections, and among its public buildings are the city hall, the Camden county court house, the post office, the free public library, the Cooper hospital and the West Jersey homeopathic hospital. The high school has a thoroughly equipped manual training department. The city owns and operates its water-works system, and is an important manufacturing and ship-building centre, among its manufactories being chemical works; asbestos, wall-paper, oil-cloth and morocco-leather factories; woollen, worsted and yarn mills; preserving factories; iron and steel mills; boot and shoe factories; and ship-yards. In 1900 the total value of the city’s manufactured products was $20,451,874 (of which $17,969,954 was the value of factory products, which in 1905 had increased 86.5% to $33,587,273), several of the largest items being worsted goods ($2,090,991 in 1900, and $2,528,040 in 1905); leather, tanned, curried and finished ($1,515,935 in 1900, and $6,364,928 in 1905); oil-cloth ($1,638,556 in 1900); pickles, preserves and 102 sauces ($685,358 in 1900), and wooden ships and boats ($409,500 in 1900, and $361,089 in 1905, when the value of the iron and steel ship-building industry was $4,673,504). The first settlers on the site of Camden came in 1679, but for a century the settlement consisted of isolated farms and a small group of houses about the ferry by which travellers from the east crossed to Philadelphia. The early settlers were largely Quakers. About 1773 Jacob Cooper laid out a town near the ferry, and gave it the name Camden in honour of Lord Chancellor Camden, who had been one of the strongest opponents of the Stamp Act. The settlement, however, was known variously as “Pluckemin,” “The Ferry” and “Cooper’s Ferry” until about the time of the War of 1812. Until 1828 it was administratively a part of the town of Newton, Gloucester county, but in that year, with more than a thousand inhabitants, it was chartered as a city under its present name. During the British occupation of Philadelphia in the War of Independence, a British force was stationed here, and Camden was the scene of several skirmishes between the British troops and the New Jersey irregular militia. Camden was the home of Walt Whitman from 1873 until his death.

CAMDEN, is a city and the county seat of Camden County, New Jersey, U.S.A., located on the Delaware River, directly across from Philadelphia, Pa. Population: (1880) 41,659; (1890) 58,313; (1900) 75,935, including 10,097 foreign-born residents and 5,576 African Americans; (1910) 94,538. Camden serves as a terminus for the Atlantic City, West Jersey & Sea Shore, and Pennsylvania (Amboy division) railways, and it is also accessible by river and coastal steamboat lines. The city functions almost as a suburb of Philadelphia, with ferry connections to the city. It features several attractive residential areas and includes public buildings like the city hall, Camden County courthouse, post office, free public library, Cooper Hospital, and West Jersey Homeopathic Hospital. The high school has a fully equipped manual training department. The city owns and operates its water system and is a significant center for manufacturing and shipbuilding, hosting factories for chemicals, asbestos, wallpaper, oilcloth, and morocco leather, along with woolen, worsted, and yarn mills, preserving factories, iron and steel mills, boot and shoe manufacturing, and shipyards. In 1900, the total value of the city’s manufactured products was $20,451,874 (with $17,969,954 being factory products, which increased by 86.5% to $33,587,273 by 1905), with major items including worsted goods ($2,090,991 in 1900 and $2,528,040 in 1905), leather (tanned, curried, and finished) ($1,515,935 in 1900 and $6,364,928 in 1905), oilcloth ($1,638,556 in 1900), pickles, preserves, and sauces ($685,358 in 1900), and wooden ships and boats ($409,500 in 1900 and $361,089 in 1905, while the value of the iron and steel shipbuilding sector was $4,673,504). The first settlers in Camden arrived in 1679, but for a century the area mostly consisted of isolated farms and a few houses near the ferry that connected travelers from the east to Philadelphia. The early settlers were primarily Quakers. Around 1773, Jacob Cooper planned a town near the ferry and named it Camden in honor of Lord Chancellor Camden, a strong opponent of the Stamp Act. The settlement was known by various names, including “Pluckemin,” “The Ferry,” and “Cooper’s Ferry,” until around the War of 1812. Until 1828, it was administratively part of the town of Newton, Gloucester County, but in that year, with over a thousand residents, it was chartered as a city under its current name. During the British occupation of Philadelphia in the War of Independence, a British force was stationed here, and Camden witnessed several skirmishes between British troops and the New Jersey militia. Camden was home to Walt Whitman from 1873 until his death.


CAMDEN, a town and the county-seat of Kershaw county, South Carolina, U.S.A., near the Wateree river, 33 m. N.E. of Columbia. Pop. (1890) 3533; (1900) 2441; this decrease was due to the separation from Camden during the decade of its suburb “Kirkwood,” re-annexed in 1905; (1910) 3569. It is served by the Atlantic Coast Line, the Seaboard Air Line and the Southern railways. Camden is situated about 100 ft. above the river, which is navigable to this point. The town is a winter resort, chiefly for Northerners. Cotton, grain and rice are produced in the vicinity, and there are some manufactories, including cotton mills, a cotton-seed oil mill and planing mills. Camden, first known as Pine Tree Hill, is one of the oldest interior towns of the state, having been settled in 1758; in 1768 the present name was adopted in honour of Lord Chancellor Camden. The town was first incorporated in 1791; its present charter dates from 1890. For a year following the capture of Charleston by the British in May 1780, during the War of Independence, Camden was the centre of important military operations. It was occupied by the British under Cornwallis in June 1780, was well fortified and was garrisoned by a force under Lord Rawdon. On the 16th of August Gen. Horatio Gates, with an American force of about 3600, including some Virginia militia under Charles Porterfield (1750-1780) and Gen. Edward Stevens (1745-1820), and North Carolina militia under Gen. Richard Caswell (1729-1789), was defeated here by the British, about 2000 strong, under Lord Cornwallis, who had joined Rawdon in anticipation of an attack by Gates. Soon after the engagement began a large part of the Americans, mostly North Carolina and Virginia militia, fled precipitately, carrying Gates with them; but Baron De Kalb and the Maryland troops fought bravely until overwhelmed by numbers, De Kalb himself being mortally wounded. A monument was erected to his memory in 1825, Lafayette laying the corner-stone. The British loss in killed, wounded and missing was 324; the American loss was about 800 or 900 killed and 1000 prisoners, besides arms and baggage. On the 3rd of December Gates was superseded by Gen. Nathanael Greene, who after Cornwallis had left the Carolinas, advanced on Camden and arrived in the neighbourhood on the 19th of April 1781. Considering his force (about 1450) insufficient for an attack on the fortifications, he withdrew a short distance north of Camden to an advantageous position on Hobkirk’s Hill, where on the 25th of April Rawdon, with a force of only 950, took him somewhat by surprise and drove him from the field. The casualties on each side were nearly equal: American 271; British 258. On the 8th of May Rawdon evacuated the town, after burning most of it. On the 24th of February 1865, during the Civil War, a part of Gen. W.T. Sherman’s army entered Camden and burned stores of tobacco and cotton, and several buildings. (See American War of Independence.)

CAMDEN, a town and the county-seat of Kershaw county, South Carolina, U.S.A., near the Wateree river, 33 m. N.E. of Columbia. Pop. (1890) 3533; (1900) 2441; this decrease was due to the separation from Camden during the decade of its suburb “Kirkwood,” re-annexed in 1905; (1910) 3569. It is served by the Atlantic Coast Line, the Seaboard Air Line and the Southern railways. Camden is situated about 100 ft. above the river, which is navigable to this point. The town is a winter resort, chiefly for Northerners. Cotton, grain and rice are produced in the vicinity, and there are some manufactories, including cotton mills, a cotton-seed oil mill and planing mills. Camden, first known as Pine Tree Hill, is one of the oldest interior towns of the state, having been settled in 1758; in 1768 the present name was adopted in honour of Lord Chancellor Camden. The town was first incorporated in 1791; its present charter dates from 1890. For a year following the capture of Charleston by the British in May 1780, during the War of Independence, Camden was the centre of important military operations. It was occupied by the British under Cornwallis in June 1780, was well fortified and was garrisoned by a force under Lord Rawdon. On the 16th of August Gen. Horatio Gates, with an American force of about 3600, including some Virginia militia under Charles Porterfield (1750-1780) and Gen. Edward Stevens (1745-1820), and North Carolina militia under Gen. Richard Caswell (1729-1789), was defeated here by the British, about 2000 strong, under Lord Cornwallis, who had joined Rawdon in anticipation of an attack by Gates. Soon after the engagement began a large part of the Americans, mostly North Carolina and Virginia militia, fled precipitately, carrying Gates with them; but Baron De Kalb and the Maryland troops fought bravely until overwhelmed by numbers, De Kalb himself being mortally wounded. A monument was erected to his memory in 1825, Lafayette laying the corner-stone. The British loss in killed, wounded and missing was 324; the American loss was about 800 or 900 killed and 1000 prisoners, besides arms and baggage. On the 3rd of December Gates was superseded by Gen. Nathanael Greene, who after Cornwallis had left the Carolinas, advanced on Camden and arrived in the neighbourhood on the 19th of April 1781. Considering his force (about 1450) insufficient for an attack on the fortifications, he withdrew a short distance north of Camden to an advantageous position on Hobkirk’s Hill, where on the 25th of April Rawdon, with a force of only 950, took him somewhat by surprise and drove him from the field. The casualties on each side were nearly equal: American 271; British 258. On the 8th of May Rawdon evacuated the town, after burning most of it. On the 24th of February 1865, during the Civil War, a part of Gen. W.T. Sherman’s army entered Camden and burned stores of tobacco and cotton, and several buildings. (See American War of Independence.)

See also T.J. Kirkland and R.M. Kennedy, Historic Camden (Columbia, S.C., 1905).

See also T.J. Kirkland and R.M. Kennedy, Historic Camden (Columbia, SC, 1905).


CAMEL (from the Arabic Djemal or the Heb. Gamal), the name of the single-humped Arabian Camelus dromedarius, but also applied to the two-humped central Asian C. bactrianus and to the extinct relatives of both. The characteristics of camels and their systematic position are discussed under the headings Tylopoda and Artiodactyla. The two living species are distinguishable at a glance. It may be mentioned that the Bactrian camel, which is a shorter-legged and more ponderous animal than the Arabian species, grows an enormously long and thick winter coat, which is shed in blanket-like masses in spring. The Arabian camel, which is used not only in the country from which it takes its name, but also in North Africa and India, and has been introduced into Australia and North America, is known only as a domesticated animal. On the other hand, the Bactrian species, which is employed throughout a large tract of central Asia in the domesticated condition, appears, according to recent researches, to exist in the wild state in some of the central Asian deserts. From the examination of specimens collected by Dr Sven Hedin, Professor W. Leche shows that the wild Bactrian camel differs from the domesticated breed of central Asia in the following external characters: the humps are smaller; the long hair does not occupy nearly so much of the body; the colour is much more rufous; and the ears and muzzle are shorter. Many important differences are also recorded between the skulls of the two animals, and it is especially noteworthy that the last lower molar is smaller in the wild than in the tame race. In connexion with this point it should be noticed that, unlike what occurs in the yak, the wild animal is not larger than the tame one, although it is incorrect to say that the former is decidedly the inferior of the latter in point of stature. Dr Leche also institutes a comparison between the skeletons of the wild and the tame Bactrian camel with the remains of certain fossil Asiatic camels, namely, Camelus knoblochi from Sarepta, Russia, and C. alutensis from the Aluta valley, Rumania. This comparison leads to the important conclusion that the wild Bactrian Camelus bactrianus ferus comes much nearer to the fossil species than it does to the domesticated breed, the resemblance being specially noticeable in the absolutely and relatively small size of the last molar. In view of these differences from the domesticated breed, and the resemblance of the skull or lower jaw to that of the extinct European species, it becomes practically impossible to regard the wild camels as the offspring of animals that have escaped from captivity.

CAMEL (from the Arabic Djemal or the Heb. Gamal), the name of the single-humped Arabian Camelus dromedarius, but also applied to the two-humped central Asian C. bactrianus and to the extinct relatives of both. The characteristics of camels and their systematic position are discussed under the headings Tylopoda and Artiodactyla. The two living species are distinguishable at a glance. It may be mentioned that the Bactrian camel, which is a shorter-legged and more ponderous animal than the Arabian species, grows an enormously long and thick winter coat, which is shed in blanket-like masses in spring. The Arabian camel, which is used not only in the country from which it takes its name, but also in North Africa and India, and has been introduced into Australia and North America, is known only as a domesticated animal. On the other hand, the Bactrian species, which is employed throughout a large tract of central Asia in the domesticated condition, appears, according to recent researches, to exist in the wild state in some of the central Asian deserts. From the examination of specimens collected by Dr Sven Hedin, Professor W. Leche shows that the wild Bactrian camel differs from the domesticated breed of central Asia in the following external characters: the humps are smaller; the long hair does not occupy nearly so much of the body; the colour is much more rufous; and the ears and muzzle are shorter. Many important differences are also recorded between the skulls of the two animals, and it is especially noteworthy that the last lower molar is smaller in the wild than in the tame race. In connexion with this point it should be noticed that, unlike what occurs in the yak, the wild animal is not larger than the tame one, although it is incorrect to say that the former is decidedly the inferior of the latter in point of stature. Dr Leche also institutes a comparison between the skeletons of the wild and the tame Bactrian camel with the remains of certain fossil Asiatic camels, namely, Camelus knoblochi from Sarepta, Russia, and C. alutensis from the Aluta valley, Rumania. This comparison leads to the important conclusion that the wild Bactrian Camelus bactrianus ferus comes much nearer to the fossil species than it does to the domesticated breed, the resemblance being specially noticeable in the absolutely and relatively small size of the last molar. In view of these differences from the domesticated breed, and the resemblance of the skull or lower jaw to that of the extinct European species, it becomes practically impossible to regard the wild camels as the offspring of animals that have escaped from captivity.

On the latter hypothesis it has been generally assumed that the wild camels are the descendants of droves of the domesticated breed which escaped when certain central Asian cities were overwhelmed by sand-storms. This theory, according to Professor Leche, is rendered improbable by Dr Sven Hedin’s observations on the habits and mode of life of the wild camel. The habitat of the latter extends from the lower course of the Keria river to the desert at the termination of that river, and thence to the neighbourhood of the Achik, the ancient bed of the Tarim river. These animals also occur in the desert district south of the Tarim; but are most abundant in the deserts and mountains to the southward of Kuruktagh, where there are a few brackish-water pools, and are also common in the barren mountains between Kuruktagh and Choetagh. Large herds have also been observed in the deserts near Altyntagh. The capacity of camels for travelling long distances without water—owing to special structural modifications in the stomach—is familiar to all. That the Arabian species was one of the earliest animals to be domesticated is evident from the record of Scripture, where six thousand camels are said to have formed part of the wealth of the patriarch Job. Camels also formed part of the present which Pharaoh gave to Abraham, and it was to a company of Ishmaelites travelling from Gilead to Egypt on camels, laden with spices, much as their Arabian descendants do at the present day, that Joseph was sold by his brothers.

On the latter hypothesis, it’s generally believed that wild camels are descended from groups of domesticated camels that escaped when certain cities in Central Asia were hit by sandstorms. This theory, according to Professor Leche, seems unlikely based on Dr. Sven Hedin’s observations of the wild camel’s habits and way of life. The range of the wild camel stretches from the lower part of the Keria River to the desert at the end of that river, and then to the area near Achik, the ancient riverbed of the Tarim River. These animals can also be found in the desert region south of the Tarim; however, they are most numerous in the deserts and mountains south of Kuruktagh, where there are a few brackish-water pools, and are also common in the desolate mountains between Kuruktagh and Choetagh. Large herds have also been seen in the deserts near Altyntagh. Everyone knows that camels can travel long distances without water due to special adaptations in their stomachs. The fact that the Arabian species was one of the first animals to be domesticated is clear from the Biblical accounts, where it’s stated that Job had six thousand camels as part of his wealth. Camels were also included in the gift that Pharaoh gave to Abraham, and it was a group of Ishmaelites traveling from Gilead to Egypt on camels, carrying spices, much like their Arabian descendants do today, to whom Joseph was sold by his brothers.

The hump (or humps) varies in size according to the condition of the animal, becoming small and flaccid after hard work and poor diet.

The hump (or humps) changes in size based on the animal's condition, becoming smaller and softer after intense work and a bad diet.

During the rutting-season male camels become exceedingly 103 savage and dangerous, uttering a loud bubbling roar and engaging in fierce contests with their fellows. The female carries her young for fully eleven months, and produces only one calf at a time, which she suckles for a year. Eight days after birth the young Arabian camel stands 3 ft. high, but does not reach its full growth till its sixteenth or seventeenth year; it lives from forty to fifty years. The flesh of the young camel resembles veal, and is a favourite food of the Arabs, while camel’s milk forms an excellent and highly nutritious beverage, although it does not furnish butter. The long hair is shorn every summer, and woven into a variety of stuffs used by the Arab for clothing himself and his family, and covering his tent. It was in raiment of camel’s hair that John the Baptist appeared as a preacher. The hair imported into Europe is chiefly used in the manufacture of small brushes used by painters, while the thick hide is formed into a very durable leather. The droppings are used as fuel, and from the incinerated remains of these sal-ammoniac is extracted, which was at one time largely exported from Egypt.

During mating season, male camels become extremely aggressive and dangerous, letting out a loud, bubbling roar and engaging in fierce battles with each other. The female carries her young for a full eleven months and usually has just one calf, which she breastfeeds for a year. Eight days after being born, the young Arabian camel stands 3 feet tall, but it doesn’t reach its full size until its sixteenth or seventeenth year; it can live for forty to fifty years. The meat of the young camel is similar to veal and is a favorite food among Arabs, while camel's milk is an excellent and nutritious drink, though it doesn't make butter. The long hair is sheared every summer and woven into various fabrics that Arabs use for clothing and covering their tents. It was in camel's hair clothing that John the Baptist appeared as a preacher. The hair imported into Europe is mainly used to make small brushes for painters, while the thick hide is turned into very durable leather. The droppings are used as fuel, and from the burned remains, sal-ammoniac is extracted, which was once heavily exported from Egypt.

The Bactrian camel is, if possible, of still more importance to many of the central Asian Mongol races, supplying them alike with food and raiment. It is, however, as “the ship of the desert,” without which vast tracts of the earth’s surface could scarcely be explored, that the camel is specially valuable. In its fourth year its training as a beast of burden begins, when it is taught to kneel and to rise at a given signal, and is gradually accustomed to bear increasing loads. These vary in weight from 500 to 1000 lb., according to the variety of camel employed, for of the Arabian camel there are almost as many breeds as there are of the horse. When crossing a desert camels are expected to carry their loads 25 m. a day for three days without drink, getting a supply of water, however, on the fourth; but the fleeter breeds will carry their rider and a bag of water 50 m. a day for five days without drinking. When too heavily laden the camel refuses to rise, but on the march it is exceedingly patient under its burden, only yielding beneath it to die. Relieved from its load it does not, like other animals, seek the shade, even when that is to be found, but prefers to kneel beside its burden in the broad glare of the sun, seeming to luxuriate in the burning sand. When overtaken by a dust-storm it falls on its knees, and stretching its neck along the sand, closes its nostrils and remains thus motionless till the atmosphere clears; and in this position it affords some shelter to its driver, who, wrapping his face in his mantle, crouches behind his beast.

The Bactrian camel is incredibly important to many Central Asian Mongol groups, providing them with both food and clothing. However, its biggest value lies in being “the ship of the desert,” without which vast areas of land would be hard to explore. Its training as a pack animal starts when it reaches four years old, when it learns to kneel and stand on command, gradually getting used to carrying heavier loads. These loads can weigh between 500 to 1000 lbs, depending on the type of camel used, as there are nearly as many breeds of Arabian camels as there are horse breeds. When crossing the desert, camels are expected to carry their loads for 25 miles a day for three days without any water, getting a drink on the fourth day; however, faster breeds can carry their rider and a bag of water for 50 miles a day for five days without drinking. If a camel is overloaded, it will refuse to stand up, but when on the move, it is incredibly patient, only giving in beneath its weight when it dies. Once relieved of its load, unlike other animals, it doesn’t seek shade even when it’s available; instead, it prefers to kneel next to its burden in the bright sun, seeming to enjoy the hot sand. When a dust storm hits, it drops to its knees, stretches its neck along the sand, closes its nostrils, and stays still until the air clears; in this position, it provides some shelter to its driver, who wraps his face in his mantle and huddles behind his camel.

The food of the camel consists chiefly of the leaves of trees, shrubs and dry hard vegetables, which it is enabled to tear down and masticate by means of its powerful front teeth. As regards temperament, if, writes Sir F. Palgrave, “docile means stupid, well and good; in such a case the camel is the very model of docility. But if the epithet is intended to designate an animal that takes an interest in its rider so far as a beast can, that in some way understands his intentions, or shares them in a subordinate fashion, that obeys from a sort of submissive or half-fellow-feeling with his master, like the horse or elephant, then I say that the camel is by no means docile—very much the contrary. He takes no heed of his rider, pays no attention whether he be on his back or not, walks straight on when once set agoing, merely because he is too stupid to turn aside, and then should some tempting thorn or green branch allure him out of the path, continues to walk on in the new direction simply because he is too dull to turn back into the right road. In a word, he is from first to last an undomesticated and savage animal rendered serviceable by stupidity alone, without much skill on his master’s part, or any co-operation on his own, save that of an extreme passiveness. Neither attachment nor even habit impresses him; never tame, though not wide-awake enough to be exactly wild.”

The camel’s diet mainly consists of the leaves of trees, shrubs, and tough dry vegetables, which it can tear and chew thanks to its strong front teeth. Regarding temperament, if, as Sir F. Palgrave writes, “docile” means “stupid,” then fine; in that case, the camel is indeed the epitome of docility. However, if “docile” refers to an animal that takes an interest in its rider to some extent, understands their intentions, or follows them in a subordinate way, like a horse or an elephant, then I would argue that the camel is not docile at all—in fact, it’s quite the opposite. It ignores its rider, doesn’t care whether someone is on its back or not, and continues walking straight ahead once it starts moving, simply because it’s too dim-witted to change direction. If a tempting thorn or green branch pulls it off course, it just keeps going in that new direction because it’s too dull to turn back to the right path. In short, from beginning to end, it’s a wild and untamed animal made useful only by its lack of intelligence, requiring little skill from its owner and no cooperation from itself, apart from its extreme passive nature. It feels neither attachment nor habit; it’s never truly tame, though it’s not awake enough to be considered wild.

For extinct camels see Tylopoda.

For extinct camels, see Tylopoda.

(R. L.*)

The Biblical expression (Matt. xix. 24, &c.), “it is easier for a camel to go through a needle’s eye,” &c., is sometimes explained by saying that the “needle’s eye” means the small gate which is opened in the great gate of a city, when the latter is closed for the night; but recent criticism (e.g. Post in Hastings’ Dict., under “Camel”) throws doubt on this explanation, and assumes that the more violent hyperbole is intended. There is a various reading κάμιλος (cable) for κάμηλος (camel), but Cheyne, in the Ency. Biblica, rejects this (see Cable).

The Biblical expression (Matt. xix. 24, &c.), “it is easier for a camel to go through a needle’s eye,” &c., is sometimes explained by saying that the “needle’s eye” means the small gate which is opened in the great gate of a city, when the latter is closed for the night; but recent criticism (e.g. Post in Hastings’ Dict., under “Camel”) throws doubt on this explanation, and assumes that the more violent hyperbole is intended. There is a various reading camel (cable) for camel (camel), but Cheyne, in the Ency. Biblica, rejects this (see Cable).


CAMELFORD, THOMAS PITT, 1st Baron (1737-1793), English politician and art patron, was a nephew of the 1st earl of Chatham. He sat in parliament from 1761 till 1784, siding against his uncle and following George Grenville, who was also a relative; and in 1784 he was raised to the peerage. He dabbled in architecture and the arts generally, and was a prominent figure in the artistic circles of his day. His son Thomas Pitt, 2nd Baron Camelford (1775-1804), who succeeded him in 1793, had an adventurous and misspent career in the navy, but is principally remembered for his death in a duel with Mr Best on the 10th of March 1804, the title becoming extinct.

CAMELFORD, THOMAS PITT, 1st Baron (1737-1793), English politician and art supporter, was the nephew of the 1st Earl of Chatham. He served in Parliament from 1761 to 1784, opposing his uncle and aligning with George Grenville, who was also a relative. In 1784, he was elevated to the peerage. He explored architecture and the arts in general, becoming a notable figure in the artistic circles of his time. His son Tom Pitt, 2nd Baron Camelford (1775-1804), who took over after him in 1793, had a tumultuous and wasted career in the navy, but he is mainly remembered for his death in a duel with Mr. Best on March 10, 1804, after which the title became extinct.


CAMELLIA, a genus or subgenus of evergreen trees or shrubs belonging to the natural order Ternstroemiaceae, with thick dark shining leaves and handsome white or rose-coloured flowers. The name Camellia was given by Linnaeus in honour of George Joseph Camellus or Kamel, a Moravian Jesuit who travelled in Asia and wrote an account of the plants of the Philippine Island, Luzon, which is included in the third volume of John Ray’s Historia Plantarum (1704). Modern botanists are agreed that the tea-plant, placed by Linnaeus in a separate genus, Thea, is too nearly allied to Camellia to admit of the two being regarded as distinct genera. Thea and Camellia are therefore now considered to represent one genus, which has been generally called Camellia, but more correctly Thea, as this name was the earlier of the two. Under the latter view Camellia is regarded as a subgenus or section of Thea. It contains about eight species, natives of India, China and Japan. Most of the numerous cultivated forms are horticultural products of C. japonica, a native of China and Japan, which was introduced into Europe by Lord Petre in 1739. The wild plant has red flowers, recalling those of the wild rose, but most of the cultivated forms are double. In the variety anemonaeflora nearly all the stamens have become transformed into small petaloid structures which give the flower the appearance of a double anemone.

CAMELLIA, is a genus or subgenus of evergreen trees or shrubs in the Ternstroemiaceae family, known for their thick, shiny dark leaves and beautiful white or pink flowers. The name Camellia was given by Linnaeus to honor George Joseph Camellus, also known as Kamel, a Moravian Jesuit who traveled in Asia and wrote about the plants of the Philippine Island of Luzon, which is found in the third volume of John Ray’s Historia Plantarum (1704). Modern botanists agree that the tea plant, which Linnaeus placed in a separate genus called Thea, is closely related to Camellia and should not be considered as distinct genera. Therefore, Thea and Camellia are now viewed as representing one genus, commonly referred to as Camellia but more accurately as Thea, since this name was established first. In this perspective, Camellia is seen as a subgenus or section of Thea. It contains about eight species that are native to India, China, and Japan. Most cultivated forms are horticultural products of C. japonica, which originates from China and Japan and was introduced to Europe by Lord Petre in 1739. The wild plant has red flowers reminiscent of wild roses, but most cultivated varieties have double flowers. In the anemonaeflora variety, nearly all the stamens have transformed into small petaloid structures, giving the flower the look of a double anemone.

Another species, C. reticulata, a native of Hongkong, is also prized for its handsome flowers, larger than those of C. japonica, which are of a bright rose colour and as known in cultivation semi-double or double.

Another species, C. reticulata, which is native to Hong Kong, is also valued for its beautiful flowers, which are larger than those of C. japonica. They are a bright rose color and are known in cultivation to be semi-double or double.

Both C. sasanqua and C. drupifera, the former inhabiting Japan and China, the latter Cochin-China and the mountains of India, are oil-yielding plants. The oil of C. sasanqua (of which sasankwa is the native Japanese name) has an agreeable odour and is used for many domestic purposes. It is obtained from the seeds by subjecting them to pressure sufficient to reduce them to a coarse powder, and then boiling and again pressing the crushed material. The leaves are also used in the form of a decoction by the Japanese women for washing their hair; and in a dried state they are mixed with tea on account of their pleasant flavour. The oil of C. drupifera, which is closely allied to C. sasanqua, is used medicinally in Cochin-China. The flowers of these two species, unlike those of C. japonica and C. reticulata, are odoriferous.

Both C. sasanqua and C. drupifera are oil-producing plants, with the former found in Japan and China, and the latter in Cochin-China and the mountains of India. The oil from C. sasanqua (known as sasankwa in Japanese) has a nice scent and is used for various household purposes. It's extracted from the seeds by crushing them into a coarse powder, then boiling and pressing the resulting material again. Japanese women also use the leaves in a decoction for washing their hair, and in dried form, they are mixed with tea due to their pleasant flavor. The oil from C. drupifera, which is closely related to C. sasanqua, is used for medicinal purposes in Cochin-China. Unlike the flowers of C. japonica and C. reticulata, the flowers of these two species have a fragrance.

Camellias, though generally grown in the cool greenhouse, are hardy in the south of England and the south-west of Scotland and Ireland. They grow best in a rich compost of sandy peat and loam, and should not be allowed to get too dry at the roots; a liberal supply of water is especially necessary during the flowering period. The best position—when grown out of doors—is one facing north or north-west, with a wall or hedge behind for protection from cold winds. July is the best time for planting; care must be taken that the roots are evenly spread, not matted into a ball.

Camellias, while usually grown in a cool greenhouse, can thrive in southern England and the southwest of Scotland and Ireland. They grow best in a rich mix of sandy peat and loam and shouldn’t be allowed to dry out at the roots; they need plenty of water, especially during the flowering season. The best outdoor position is one facing north or northwest, with a wall or hedge behind it for protection from cold winds. July is the ideal time to plant; ensure that the roots are evenly spread and not bunched up in a ball.

The plants are propagated by layers or cuttings, and the single-flowered ones also by seeds. Cuttings are taken in August and placed in sandy peat or loam in a cold shaded frame. In the following spring those which have struck are placed in a gentle heat, and in September or October the rooted plants are potted off. Camellias are also propagated by grafting or inarching in early spring on stocks of the common variety of C. japonica.

The plants are propagated through layering or cuttings, and the single-flowered ones can also be grown from seeds. Cuttings are taken in August and put in sandy peat or loam inside a cool, shaded frame. The following spring, those that have rooted are moved to a warm location, and in September or October, the rooted plants are potted. Camellias can also be propagated by grafting or inarching in early spring onto stocks of the common variety of C. japonica.

The scale insect sometimes attacks the camellia. To remove 104 the white scale, the plants are washed with a sponge and solution of soft soap as soon as their growth is completed, and again before the buds begin to swell. The brown scale may be got rid of by repeated washings with one of the many insecticides, but it should be applied at a temperature of 90°.

The scale insect sometimes attacks the camellia. To remove the white scale, the plants should be washed with a sponge and a solution of soft soap as soon as their growth is finished, and again before the buds start to swell. The brown scale can be eliminated through repeated washings with one of the many insecticides, but it should be applied at a temperature of 90°.


CAMEO, a term of doubtful origin, applied in the first instance to engraved work executed in relief on hard or precious stones. It is also applied to imitations of such stones in glass, called “pastes,” or on the shells of molluscous animals. A cameo is therefore the converse of an intaglio, which consists of an incised or sunk engraving in the same class of materials. For the history of this branch of art, and for an account of some of its most remarkable examples, see Gem.

CAMEO a term of doubtful origin, applied in the first instance to engraved work executed in relief on hard or precious stones. It is also applied to imitations of such stones in glass, called “pastes,” or on the shells of molluscous animals. A cameo is therefore the converse of an intaglio, which consists of an incised or sunk engraving in the same class of materials. For the history of this branch of art, and for an account of some of its most remarkable examples, see Gem.

The origin of the word is doubtful and has been a matter of copious controversy. The New English Dictionary quotes its use in a Sarum inventory of 1222, ”lapis unus cameu” and ”magnus camehu.” The word is in current use in the 13th century. Thus Matthew Paris, in his Life of Abbot Leofric of St Albans, in the Abbatum S. Albani Vitae, says: ”retentis quibusdam nobilibus lapidibus insculptis, quos camaeos vulgariter appellamus.” In variant forms the word has found its way into most languages, e.g. Latin, camahutus, camahelus, camaynus; Italian, chammeo, chameo; French, camahieu, chemahou, camaut, camaieu. The following may be mentioned among the derivations that have been proposed:—von Hammer: camaut, the hump of a camel; Littré and others: camateum, an assumed Low Latin form from καματεύειν and κάματον; Chabouillet and Babelon: κειμήλια, treasures, connecting the word in particular with the dispersion of treasures from Constantinople, in 1204; King: Arabic camea, an amulet.

The origin of the word is uncertain and has been widely debated. The New English Dictionary references its use in a Sarum inventory from 1222, ”lapis unus cameu” and ”magnus camehu.” The word was in common use in the 13th century. For example, Matthew Paris, in his Life of Abbot Leofric of St Albans, in the Abbatum S. Albani Vitae, states: ”retentis quibusdam nobilibus lapidibus insculptis, quos camaeos vulgariter appellamus.” In various forms, the word has appeared in most languages, such as Latin, camahutus, camahelus, camaynus; Italian, chammeo, chameo; French, camahieu, chemahou, camaut, camaieu. Among the suggested derivations are:—von Hammer: camaut, the hump of a camel; Littré and others: camateum, an assumed Low Latin form from καματεύειν and κάματον; Chabouillet and Babelon: artifacts, treasures, linking the word specifically with the dispersal of treasures from Constantinople in 1204; King: Arabic camea, an amulet.

For a bibliography of the question, see Babelon, Cat. des Camées ... de la Bibliothèque Nationale, p. iv.

For a bibliography on the topic, see Babelon, Cat. des Camées ... de la Bibliothèque Nationale, p. iv.


CAMERA (a Latin adaptation of Gr. καμάρα, an arched chamber), in law, a word applied at one time to the English judges’ chambers in Serjeants’ Inn, as distinct from their bench in Westminster Hall. It was afterwards applied to the judges’ private room behind the court, and, hence, in the phrase in camera, to cases heard in private, i.e. in chambers. So far as criminal cases are concerned, the courts have no power to hear them in private, nor have they any power to order adults (men or women) out of court during the hearing. In civil proceedings at common law, it may also be laid down that the public cannot be excluded from the court; in Malan v. Young, 1889, 6 T.L.R. 68, Mr Justice Denman held that he had power to hear the case in camera, but he afterwards stated that there was considerable doubt among the judges as to the power to hear cases in camera, even by consent, and the case was, by consent of the parties, finally proceeded with before the judge as arbitrator. In the court of chancery it is the practice to hear in private cases affecting wards of the court and lunatics, family disputes (by consent), and cases where a public trial would defeat the object of the action (Andrew v. Raeburn, 1874, L.R. 9 Ch. 522). In an action for infringement of a patent for a chemical process the defendant was allowed to state a secret process in camera (Badische Anilin und Soda Fabrik v. Gillman, 1883, 24 Ch. D. 156). The Court of Appeal has decided that it has power to sit in private; in Mellor v. Thompson, 1885, 31 Ch. D. 55, it was stated that a public hearing would defeat the object of the action, and render the respondent’s success in the appeal useless. In matrimonial causes, the divorce court, following the practice of the ecclesiastical courts under the provisions of the Matrimonial Causes Act 1857, s. 22, hears suits for nullity of marriage on physical grounds in camera, but not petitions for dissolution of marriage, which must be heard in open court. It was also decided in Druce v. Druce, 1903, 19 T.L.R. 387, that, in cases for judicial separation the court has jurisdiction to hear the case in camera, where it is satisfied that justice cannot be done by hearing the case in public.

CAMERA (a Latin adaptation of Gr. arch, meaning an arched chamber) refers, in legal terms, to what was once called the judges' chambers in Serjeants’ Inn, different from their bench in Westminster Hall. The term later came to describe the judges’ private room behind the court, and thus, in the phrase in camera, refers to cases heard privately, i.e., in chambers. Regarding criminal cases, courts cannot hear them in private, nor can they order adults (men or women) out of court during the proceedings. In civil cases at common law, it is also established that the public can’t be excluded from the court; in Malan v. Young, 1889, 6 T.L.R. 68, Mr. Justice Denman claimed he had the authority to hear the case in camera, but he later noted that there was significant doubt among the judges about the ability to hear cases in camera, even with consent, and the case ultimately proceeded by agreement of the parties before the judge as arbitrator. In the court of chancery, it is customary to hear private cases involving wards of the court and individuals deemed unable to manage their affairs, family disputes (by consent), and instances where a public trial would undermine the purpose of the action (Andrew v. Raeburn, 1874, L.R. 9 Ch. 522). In a case involving a patent infringement regarding a chemical process, the defendant was permitted to reveal a secret process in camera (Badische Anilin und Soda Fabrik v. Gillman, 1883, 24 Ch. D. 156). The Court of Appeal has ruled that it can sit in private; in Mellor v. Thompson, 1885, 31 Ch. D. 55, it was stated that a public hearing would sabotage the intent of the action, making the respondent’s success in the appeal meaningless. In matrimonial cases, the divorce court, following the practice of ecclesiastical courts under the Matrimonial Causes Act 1857, s. 22, hears suits for annulment of marriage on physical grounds in camera, but not petitions for divorce, which must be heard in public. It was also determined in Druce v. Druce, 1903, 19 T.L.R. 387, that in cases for judicial separation, the court has the authority to hear the case in camera if it believes that justice cannot be served through a public hearing.


CAMERA LUCIDA, an optical instrument invented by Dr William Hyde Wollaston for drawing in perspective. Closing one eye and looking vertically downwards with the other through a slip of plain glass, e.g. a microscope cover-glass, held close to the eye and inclined at an angle of 45° to the horizon, one can see the images of objects in front, formed by reflection from the surface of the glass, and at the same time one can also see through the transparent glass. The virtual images of the objects appear projected on the surface of a sheet of paper placed beneath the slip of glass, and their outline can be accurately traced with a pencil. This is the simplest form of the camera lucida. The image (see fig. 1) is, however, inverted and perverted, and it is not very bright owing to the poor reflecting power of unsilvered glass. The brightness of the image is sometimes increased by silvering the glass; and on removing a small portion of the silver the observer can see the image with part of the pupil while he sees the paper through the unsilvered aperture with the remaining part. This form of the instrument is often used in conjunction with the microscope, the mirror being attached to the eye-piece and the tube of the microscope being placed horizontally.

CAMERA LUCIDA, is an optical device created by Dr. William Hyde Wollaston for drawing in perspective. By closing one eye and looking straight down with the other through a piece of plain glass, like a microscope cover slip, held close to the eye at a 45° angle to the ground, you can see the images of objects in front of you reflected on the glass surface while also looking through the transparent glass. The virtual images of these objects appear projected onto the surface of a sheet of paper placed beneath the glass slip, allowing you to trace their outlines accurately with a pencil. This is the most basic version of the camera lucida. The image (see fig. 1) is inverted and distorted, and it may not be very bright due to the low reflectivity of unsilvered glass. Sometimes, the brightness of the image can be improved by silvering the glass; and by removing a small part of the silver, the viewer can see the image with part of their pupil while viewing the paper through the unsilvered section with the rest. This version of the device is often used alongside a microscope, with the mirror attached to the eyepiece and the microscope tube positioned horizontally.

Fig. 1.
Fig. 2.

About the beginning of the 19th century Dr Wollaston invented a simple form of the camera lucida which gives bright and erect images. A four-sided prism of glass is constructed having one angle of 90°, the opposite angle of 135°, and the two remaining angles each of 67½°. This is represented in cross-section and in position in fig. 2. When the pupil of the eye is held half over the edge of the prism a, one sees the image of the object with one half of the pupil and the paper with the other half. The image is formed by successive total reflection at the surfaces b c and a b. In the first place an inverted image (first image) is formed in the face b c, and then an image of this image is formed in a b, and it is the outline of this second image seen projected on the paper that is traced by the pencil. It is desirable for two reasons that the image should lie in the plane of the paper, and this can be secured by placing a suitable lens between the object and the prism. If the image does not lie in the plane of the paper, it is impossible to see it and the pencil-point clearly at the same time. Moreover, any slight movement of the head will cause the image to appear to move relatively to the paper, and will render it difficult to obtain an accurate drawing.

Around the start of the 19th century, Dr. Wollaston created a simple version of the camera lucida that produces bright and upright images. It consists of a four-sided glass prism with one angle measuring 90°, the opposite angle at 135°, and the other two angles each at 67½°. This is shown in cross-section and in position in fig. 2. When you hold the pupil of your eye halfway over the edge of the prism a, you can see the image of the object with one half of your pupil and the paper with the other half. The image is created by successive total reflection at the surfaces b c and a b. First, an inverted image (the first image) is formed on the face b c, and then an image of this first image is created on a b. It’s the outline of this second image that is projected onto the paper and traced by the pencil. There are two reasons why it's important for the image to be in the plane of the paper: it can be achieved by placing a suitable lens between the object and the prism. If the image isn’t in the plane of the paper, you can’t see both it and the pencil point clearly at the same time. Additionally, any slight movement of your head will make the image seem to shift in relation to the paper, making it hard to create an accurate drawing.

Before the application of photography, the camera lucida was of considerable importance to draughtsmen. The advantages claimed for it were its cheapness, smallness and portability; that there was no appreciable distortion, and that its field was much larger than that of the camera obscura. It was used largely for copying, for reducing or for enlarging existing drawings. It will readily be understood, for example, that a copy will be half-size if the distance of the object from the instrument is double the distance of the instrument from the copy.

Before photography was introduced, the camera lucida was very important to artists. It was praised for being affordable, compact, and portable; it caused very little distortion, and it had a much larger field than the camera obscura. It was mainly used for copying, reducing, or enlarging existing drawings. For example, it’s easy to see that a copy will be half the size if the object is twice as far from the instrument as the instrument is from the copy.

(C. J. J.)

CAMERA OBSCURA, an optical apparatus consisting of a darkened chamber (for which its name is the Latin rendering) at the top of which is placed a box or lantern containing a convex lens and sloping mirror, or a prism combining the lens and mirror. If we hold a common reading lens (a magnifying lens) in front of a lamp or some other bright object and at some distance from it, and if we hold a sheet of paper vertically at a suitable distance behind the lens, we see depicted on the paper an image of the lamp. This image is inverted and perverted. If now we place a plane mirror (e.g. a lady’s hand glass) behind the lens and inclined at an angle of 45° to the horizon so as to reflect the rays of light vertically downwards, we can produce on a horizontal sheet of paper an unperverted image of the bright object (fig. 1), i.e. the image has the same appearance as the object and is not perverted as when the reflection of a printed page is viewed in a mirror. This is the principle of the 105 camera obscura, which was extensively used in sketching from nature before the introduction of photography, although it is now scarcely to be seen except as an interesting side-show at places of popular resort. The image formed on the paper may be traced out by a pencil, and it will be noticed that in this case the image is real—not virtual as in the case of the camera lucida. Generally the mirror and lens are combined into a single piece of worked glass represented in section in fig. 2. Rays from external objects are first refracted at the convex surface a b, then totally reflected at the plane surface a c, and finally refracted at the concave surface b c (fig. 2) so as to form an image on the sheet of paper d e. The curved surfaces take the place of the lens in fig. 1, and the plane surface performs the function of the mirror. The prism a b c is fixed at the top of a small tent furnished with opaque curtains so as to prevent the diffused daylight from overpowering the image on the paper, and in the darkened tent the images of external objects are seen very distinctly.

CAMERA OBSCURA, is an optical device made up of a darkened room (which is what the name means in Latin). At the top, there’s a box or lantern that holds a convex lens and a sloped mirror, or a prism that combines both. If we hold a common reading lens (a magnifying lens) in front of a lamp or another bright object at some distance, and we place a sheet of paper vertically at the right distance behind the lens, we can see the image of the lamp on the paper. This image appears upside down and reversed. If we then put a flat mirror (like a hand mirror) behind the lens at a 45° angle to reflect the light straight down, we can create an upright image of the bright object on a horizontal sheet of paper (fig. 1). This means the image looks just like the object and isn’t reversed, unlike when you look at the reflection of a printed page in a mirror. This is the concept behind the 105 camera obscura, which was widely used for sketching from real life before photography became popular, though now it’s mostly seen as a fascinating attraction at tourist spots. The image on the paper can be traced with a pencil, and it’s worth noting that in this case, the image is real—unlike the virtual image seen with the camera lucida. Typically, the mirror and lens are combined into a single piece of glass illustrated in section in fig. 2. Rays from outside objects are first bent at the convex surface a b, then totally reflected at the flat surface a c, and finally bent again at the concave surface b c (fig. 2) to create an image on the paper d e. The curved surfaces replace the lens in fig. 1, while the flat surface acts as the mirror. The prism a b c is attached to the top of a small tent with opaque curtains to block out excess daylight, allowing the images of outside objects to be seen very clearly in the darkened tent.

Fig. 1.
Fig. 2.

Quite recently, the camera obscura has come into use with submarine vessels, the periscope being simply a camera obscura under a new name.

Quite recently, the camera obscura has been used in submarines, with the periscope being just a camera obscura under a different name.

(C. J. J.)

History.—The invention of this instrument has generally been ascribed, as in the ninth edition of this work, to the famous Neapolitan savant of the 16th century, Giovanni Battista della Porta, but as a matter of fact the principle of the simple camera obscura, or darkened chamber with a small aperture in a window or shutter, was well known and in practical use for observing eclipses long before his time. He was anticipated in the improvements he claimed to have made in it, and all he seems really to have done was to popularize it. The increasing importance of the camera obscura as a photographic instrument makes it desirable to bring together what is known of its early history, which is far more extensive than is usually recognized. In southern climes, where during the summer heat it is usual to close the rooms from the glare of the sunshine outside, we may often see depicted on the walls vivid inverted images of outside objects formed by the light reflected from them passing through chinks or small apertures in doors or window-shutters. From the opening passage of Euclid’s Optics (c. 300 b.c.), which formed the foundation for some of the earlier middle age treatises on geometrical perspective, it would appear that the above phenomena of the simple darkened room were used by him to demonstrate the rectilinear propagation of light by the passage of sunbeams or the projection of the images of objects through small openings in windows, &c. In the book known as Aristotle’s Problems (sect. xv. cap. 5) we find the correlated problem of the image of the sun passing through a quadrilateral aperture always appearing round, and he further notes the lunated image of the eclipsed sun projected in the same way through the interstices of foliage or lattice-work.

History.—The invention of this instrument is usually attributed, like in the ninth edition of this work, to the well-known Neapolitan scholar of the 16th century, Giovanni Battista della Porta. However, the principle of the simple camera obscura, or darkened chamber with a small opening in a window or shutter, was actually well known and used for observing eclipses long before his time. He was anticipated in the improvements he claimed to have made, and all he really did was popularize it. The growing significance of the camera obscura as a photographic tool makes it important to compile what is known about its early history, which is much more extensive than commonly acknowledged. In warmer regions, where people often close their rooms to avoid the strong sunlight in summer, we frequently see bright inverted images of outdoor objects projected on walls, created by light reflecting through small gaps or openings in doors or window shutters. From the opening of Euclid’s Optics (c. 300 B.C.), which laid the groundwork for some of the early medieval texts on geometrical perspective, it seems that he used the phenomena of the simple darkened room to demonstrate the straight-line propagation of light through sunbeams and the projection of images of objects through small openings in windows, etc. In the book known as Aristotle’s Problems (sect. xv. cap. 5), we find the related issue of the sun's image passing through a four-sided opening always appearing round, and he also notes the crescent-shaped image of the eclipsed sun projected in the same way through gaps in foliage or latticework.

There are, however, very few allusions to these phenomena in the later classical Greek and Roman writers, and we find the first scientific investigation of them in the great optical treatise of the Arabian philosopher Alhazen (q.v.), who died at Cairo in a.d. 1038. He seems to have been well acquainted with the projection of images of objects through small apertures, and to have been the first to show that the arrival of the image of an object at the concave surface of the common nerve—or the retina—corresponds with the passage of light from an object through an aperture in a darkened place, from which it falls upon a surface facing the aperture. He also had some knowledge of the properties of concave and convex lenses and mirrors in forming images. Some two hundred years later, between a.d. 1266 and 1279, these problems were taken up by three almost contemporaneous writers on optics, two of whom, Roger Bacon and John Peckham, were Englishmen, and Vitello or Witelo, a Pole.

There are, however, very few references to these phenomena in later classical Greek and Roman writers, and we see the first scientific investigation of them in the significant optical work of the Arab philosopher Alhazen (q.v.), who died in Cairo in A.D. 1038. He appears to have been well-versed in the projection of images of objects through small openings and was likely the first to demonstrate that the arrival of an image of an object at the concave surface of the retina corresponds with the passage of light from an object through an opening in a dark place, landing on a surface facing that opening. He also had some understanding of the characteristics of concave and convex lenses and mirrors in forming images. About two hundred years later, between A.D. 1266 and 1279, these issues were addressed by three nearly contemporary authors on optics, two of whom, Roger Bacon and John Peckham, were English, and Vitello or Witelo, was Polish.

That Roger Bacon was acquainted with the principle of the camera obscura is shown by his attempt at solving Aristotle’s problem stated above, in the treatise De Speculis, and also from his references to Alhazen’s experiments of the same kind, but although Dr John Freind, in his History of Physick, has given him the credit of the invention on the strength of a passage in the Perspectiva, there is nothing to show that he constructed any instrument of the kind. His arrangement of concave and plane mirrors, by which the realistic images of objects inside the house or in the street could be rendered visible though intangible, there alluded to, may apply to a camera on Cardan’s principle or to a method of aerial projection by means of concave mirrors, which Bacon was quite familiar with, and indeed was known long before his time. On the strength of similar arrangements of lenses and mirrors the invention of the camera obscura has also been claimed for Leonard Digges, the author of Pantometria (1571), who is said to have constructed a telescope from information given in a book of Bacon’s experiments.

That Roger Bacon knew about the principle of the camera obscura is evident from his attempt to solve Aristotle’s problem mentioned earlier in the treatise De Speculis, along with his references to Alhazen’s similar experiments. However, although Dr. John Freind, in his History of Physick, credited him with the invention based on a passage in the Perspectiva, there’s no evidence that he actually built any such instrument. His setup of concave and plane mirrors, which could make realistic images of objects in the house or on the street visible even though they were intangible, might refer to a camera based on Cardan’s principle or to a way of aerial projection using concave mirrors, which Bacon was quite familiar with and had been known long before his time. Similarly, the invention of the camera obscura has also been attributed to Leonard Digges, the author of Pantometria (1571), who is said to have created a telescope based on information from a book of Bacon’s experiments.

Archbishop Peckham, or Pisanus, in his Perspectiva Communis (1279), and Vitello, in his Optics (1270), also attempted the solution of Aristotle’s problem, but unsuccessfully. Vitello’s work is to a very great extent based upon Alhazen and some of the earlier writers, and was first published in 1535. A later edition was published, together with a translation of Alhazen, by F. Risner in 1572.

Archbishop Peckham, or Pisanus, in his Perspectiva Communis (1279), and Vitello, in his Optics (1270), also tried to solve Aristotle’s problem, but they were not successful. Vitello’s work is largely based on Alhazen and some of the earlier authors, and it was first published in 1535. A later edition was released, along with a translation of Alhazen, by F. Risner in 1572.

The first practical step towards the development of the camera obscura seems to have been made by the famous painter and architect, Leon Battista Alberti, in 1437, contemporaneously with the invention of printing. It is not clear, however, whether his invention was a camera obscura or a show box, but in a fragment of an anonymous biography of him, published in Muratori’s Rerum Italicarum Scriptores (xxv. 296), quoted by Vasari, it is stated that he produced wonderfully painted pictures, which were exhibited by him in some sort of small closed box through a very small aperture, with great verisimilitude. These demonstrations were of two kinds, one nocturnal, showing the moon and bright stars, the other diurnal, for day scenes. This description seems to refer to an arrangement of a transparent painting illuminated either from the back or the front and the image projected through a hole on to a white screen in a darkened room, as described by Porta (Mag. Nat. xvii. cap. 7) and figured by A. Kircher (Ars Magna Lucis et Umbrae), who notes elsewhere that Porta had taken some arrangement of projecting images from an Albertus, whom he distinguished from Albertus Magnus, and who was probably L.B. Alberti, to whom Porta also refers, but not in this connexion.

The first practical step towards creating the camera obscura seems to have been taken by the famous painter and architect, Leon Battista Alberti, in 1437, around the same time as the invention of printing. However, it's unclear whether his invention was a camera obscura or a showbox. In a fragment of an anonymous biography published in Muratori’s Rerum Italicarum Scriptores (xxv. 296), which Vasari quoted, it mentions that he produced beautifully painted pictures, which he exhibited in some kind of small closed box through a tiny opening, with great realism. These demonstrations were of two types: one for nighttime, showing the moon and bright stars, and the other for daytime scenes. This description seems to refer to a setup where a transparent painting was lit either from the back or the front, and the image was projected through a hole onto a white screen in a darkened room, as described by Porta in Mag. Nat. xvii. cap. 7, and illustrated by A. Kircher in Ars Magna Lucis et Umbrae. Kircher notes elsewhere that Porta had taken some method of projecting images from an Albertus, whom he distinguishes from Albertus Magnus, and who was probably L.B. Alberti, the same Alberti that Porta refers to, but not in this context.

G.B.I.T. Libri-Carucci dalla Sommaja (1803-1869), in his account of the invention of the camera obscura in Italy (Histoire des sciences mathématiques en Italic, iv. 303), makes no mention of Alberti, but draws attention to an unpublished MS. of Leonardo da Vinci, which was first noticed by Venturi in 1797, and has since been published in facsimile in vol. ii. of J.G.F. Ravaisson-Mollien’s reproductions of the MSS. in the Institut de France at Paris (MS. D, fol. 8 recto). After discussing the structure of the eye he gives an experiment in which the appearance of the reversed images of outside objects on a piece of paper held in front of a small hole in a darkened room, with their forms and colours, is quite clearly described and explained with a diagram, as an illustration of the phenomena of vision. Another similar passage is quoted by Richter from folio 404b of the reproduction of the Codice Atlantico, in Milan, published by the Italian government. These are probably the earliest distinct accounts of the natural phenomena of the camera obscura, but remained unpublished for some three centuries. Leonardo also discussed the old Aristotelian problem of the rotundity of the sun’s image after passing through an angular aperture, but not so successfully as Maurolycus. He has also given methods of measuring the sun’s distance by means of images thrown on screens through small apertures. He was well acquainted with the use of magnifying glasses and suggested a kind of telescope for viewing the moon, but does not seem to have thought of applying a lens to the camera.

G.B.I.T. Libri-Carucci dalla Sommaja (1803-1869), in his account of the invention of the camera obscura in Italy (Histoire des sciences mathématiques en Italic, iv. 303), does not mention Alberti but points out an unpublished manuscript by Leonardo da Vinci, which was first acknowledged by Venturi in 1797 and has since been published in facsimile in volume II of J.G.F. Ravaisson-Mollien’s reproductions of the manuscripts in the Institut de France at Paris (MS. D, fol. 8 recto). After discussing the structure of the eye, he presents an experiment that clearly describes and explains the appearance of reversed images of outside objects on a piece of paper held in front of a small hole in a darkened room, illustrating the phenomena of vision with a diagram. Richter quotes another similar passage from folio 404b of the reproduction of the Codice Atlantico, in Milan, published by the Italian government. These are likely the earliest clear accounts of the natural phenomena of the camera obscura, though they remained unpublished for about three centuries. Leonardo also explored the old Aristotelian problem of the roundness of the sun’s image after passing through an angular aperture, but not as effectively as Maurolycus. He provided methods for measuring the sun’s distance using images projected on screens through small openings. He was familiar with magnifying glasses and proposed a type of telescope for viewing the moon, but he doesn’t seem to have considered applying a lens to the camera.

The first published account of the simple camera obscura was discovered by Libri in a translation of the Architecture of 106 Vitruvius, with commentary by Cesare Caesariano, one of the architects of Milan cathedral, published at Conio in 1521, shortly after the death of Leonardo, and some twenty years before Porta was born. He describes an experiment made by a Benedictine monk and architect, Dom Papnutio or Panuce, of the same kind as Leonardo’s but without the demonstration.

The first published account of the simple camera obscura was found by Libri in a translation of the Architecture of 106 Vitruvius, which included commentary by Cesare Caesariano, one of the architects of the Milan cathedral. This was published by Conio in 1521, shortly after Leonardo's death and about twenty years before Porta was born. He describes an experiment conducted by a Benedictine monk and architect, Dom Papnutio or Panuce, similar to Leonardo’s but lacking the demonstration.

About the same time Francesco Maurolico, or Maurolycus, the eminent mathematician of Messina, in his Theoremata de Lumine et Umbra, written in 1521, fully investigated the optical problems connected with vision and the passage of rays of light through small apertures with and without lenses, and made great advances in this direction over his predecessors. He was the first correctly to solve Aristotle’s problem, stated above, and to apply it practically to solar observations in a darkened room (Cosmographia, 1535). Erasmus Reinhold has described the method in his edition of G. Purbach’s Theoricae Novae Planetarum (1542), and probably got it from Maurolycus. He says it can also be applied to terrestrial objects, though he only used it for the sun. His pupil, Rainer Gemma-Frisius, used it for the observation of the solar eclipse of January 1544 at Louvain, and fully described the methods he adopted for making measurements and drawings of the eclipsed sun, in his De Radio Astronomico et Geometrico (1545). He says they can be used for observation of the moon and stars and also for longitudes. The same arrangement was used by Copernicus, Tycho Brahe, by M. Moestlin and his pupil Kepler—the latter applying it in 1607 to the observation of a transit of Mercury—also by Johann Fabricius, in 1611, for the first observations of sun-spots. It is interesting to note this early employment of the camera obscura in the field of astronomical research, in which its latest achievements have been of such pre-eminent value.

Around the same time, Francesco Maurolico, or Maurolycus, the famous mathematician from Messina, explored the optical issues related to vision and how rays of light pass through small openings, both with and without lenses, in his Theoremata de Lumine et Umbra, written in 1521. He made significant progress compared to his predecessors. He was the first to accurately solve Aristotle’s problem mentioned earlier and to apply it practically for solar observations in a darkened room, as noted in his Cosmographia (1535). Erasmus Reinhold described this method in his edition of G. Purbach’s Theoricae Novae Planetarum (1542) and likely learned it from Maurolycus. He claimed it could also be used for observing terrestrial objects, although he only applied it to the sun. His student, Rainer Gemma-Frisius, used it to observe the solar eclipse in January 1544 in Louvain and thoroughly explained the methods he used for measuring and drawing the eclipsed sun in his De Radio Astronomico et Geometrico (1545). He noted that these methods could also be used for observing the moon and stars, as well as for calculating longitudes. Copernicus, Tycho Brahe, M. Moestlin, and his student Kepler all used the same setup; Kepler applied it in 1607 to observe a transit of Mercury, and Johann Fabricius used it in 1611 for his first observations of sunspots. It's interesting to see this early use of the camera obscura in astronomical research, where its recent advancements have proven extremely valuable.

The addition of optical appliances to the simple dark chamber for the purpose of seeing what was going on outside, was first described by Girolamo Cardan in his De Subtilitate (1550), as noted by Libri. The sun shining, he fixed a round glass speculum (orbem e vitro) in a window-shutter, and then closing it the images of outside objects would be seen transmitted through the aperture on to the opposite wall, or better, a white paper screen suitably placed. The account is not very clear, but seems to imply the use of a concave mirror rather than a lens, which might be suggested by the word orbem. He refers to Maurolycus’ work with concave specula.

The addition of optical devices to the simple dark room to see what was happening outside was first described by Girolamo Cardan in his De Subtilitate (1550), as noted by Libri. With the sun shining, he fixed a round glass mirror (orbem e vitro) in a window shutter, and then when he closed it, the images of outside objects were projected through the opening onto the opposite wall or, better yet, onto a white paper screen placed properly. The description isn't very clear, but it seems to suggest the use of a concave mirror rather than a lens, which might be indicated by the word orbem. He also references Maurolycus' work with concave mirrors.

We now come to Giovanni Battista della Porta, whose account of the camera obscura in the first edition of the Magia Naturalis, in four books (1558, lib. iv. cap. 2), is very similar to Caesariano’s—a darkened room, a pyramidal aperture towards the sun, and a whitened wall or white paper screens, but no lens. He discloses as a great secret the use of a concave speculum in front of the aperture, to collect the rays passing through it, when the images will be seen reversed, but by prolonging them beyond the centre they would be seen larger and unreversed. This is much the same as Cardan’s method published eight years earlier, but though more detailed is not very clear. He then notes the application to portraiture and to painting by laying colours on the projected images. Nothing is said about the use of a lens or of solar observations. The second edition, in which he in the same words discloses the use of a convex lens in the aperture as a secret he had intended to keep, was not published till 1589, thirty-one years after the first. In this interval the use of the lens was discovered and clearly described by Daniello Barbaro, a Venetian noble, patriarch of Aquileia, in his work La Pratica della perspettiva (p. 192), published in 1568, or twenty-one years before Porta’s mention of it. The lens used by Barbaro was an ordinary convex or old man’s spectacle-glass; concave, he says, will not do. He shows how the paper must be moved till it is brought into the focus of the lens, the use of a diaphragm to make the image clearer, and also the application of the method for drawing in true perspective. That Barbaro was really the first to apply the lens to the camera obscura is supported by Marius Bettinus in his Apiaria (1645), and by Kaspar Schott in his Magia Universalis (1657), the former taunting Porta with the appropriation.

We now turn to Giovanni Battista della Porta, whose description of the camera obscura in the first edition of the Magia Naturalis, in four volumes (1558, lib. iv. cap. 2), is quite similar to Caesariano’s—a dark room, a pyramidal opening facing the sun, and a white wall or white paper screens, but no lens. He reveals a significant secret: using a concave mirror in front of the opening to gather the rays passing through it, which causes the images to appear reversed. However, by extending them beyond the center, they can be viewed larger and not reversed. This is very much like Cardan’s method published eight years earlier, but though he goes into more detail, it's not very clear. He then mentions its application to portrait painting by projecting colors onto the images. There’s no mention of using a lens or for solar observations. The second edition, in which he again mentions the use of a convex lens in the opening as a secret he intended to keep, wasn’t published until 1589, thirty-one years after the first. During this time, the lens was discovered and clearly explained by Daniello Barbaro, a Venetian noble and patriarch of Aquileia, in his work La Pratica della perspettiva (p. 192), published in 1568, or twenty-one years before Porta mentioned it. The lens used by Barbaro was an ordinary convex or old man’s glasses; he notes that concave won't work. He explains how to move the paper until it is focused on the lens, the use of a diaphragm to make the image clearer, and also how to apply the method for drawing in true perspective. That Barbaro was indeed the first to apply the lens to the camera obscura is supported by Marius Bettinus in his Apiaria (1645) and by Kaspar Schott in his Magia Universalis (1657), with the former criticizing Porta for borrowing from him.

In an Italian translation of Euclid’s Optica, with commentary, Egnacio Danti (1573), after discussing the effects of plane, convex and concave reflectors, fully describes the method of showing reversed images passing through an aperture in a darkened room, and shows how, by placing a mirror behind the aperture, unreversed images might be obtained, both effects being illustrated by diagrams. F. Risner, who died in 1580, also in his Opticae (1606) very clearly explained the reversal of the images of the simple camera obscura. He notes the convenience of the method for solar observations and its previous use by some of the observers already mentioned, as well as its advantages for easily and accurately copying on an enlarged or reduced scale, especially for chorographical or topographical documents. This is probably the first notice of the application of the camera to cartography and the reproduction of drawings, which is one of its principal uses at the present time. In the Diversarum Speculationum Mathematicarum el Physicarum (1585), by the Venetian Giovanni Battista Benedetti, there is a letter in which he discusses the simple camera obscura and mentions the improvement some one had made in it by the use of a double convex lens in the aperture; he also says that the images could be made erect by reflection from any plane mirror.

In an Italian translation of Euclid’s Optica, with commentary, Egnacio Danti (1573) discusses the effects of plane, convex, and concave reflectors. He thoroughly explains how to show reversed images passing through an opening in a darkened room and demonstrates how placing a mirror behind the opening can produce unreversed images, with both effects illustrated by diagrams. F. Risner, who passed away in 1580, also clearly explained the reversal of images from a simple camera obscura in his Opticae (1606). He highlights the usefulness of this method for solar observations and its prior use by some previously mentioned observers, as well as its benefits for easily and accurately copying on a larger or smaller scale, especially for chorographical or topographical documents. This is likely the first mention of using the camera for cartography and reproducing drawings, which remains one of its main uses today. In the Diversarum Speculationum Mathematicarum el Physicarum (1585), Giovanni Battista Benedetti from Venice includes a letter discussing the simple camera obscura and notes an improvement made by someone who used a double convex lens in the opening; he also mentions that images could be made upright by reflecting them off any plane mirror.

Thus the use of the camera and of the lens with it was well known before Porta published his second edition of the Magia Naturalis in 1589. In this the description of the camera obscura is in lib. xvii. cap. 6. The use of the convex lens, which is given as a great secret, in place of the concave speculum of the first edition, is not so clearly described as by Barbaro; the addition of the concave speculum is proposed for making the images larger and clearer, and also for making them erect, but no details are given. He describes some entertaining peep-show arrangements, possibly similar to Alberti’s, and indicates how the dark chamber with a concave speculum can be used for observing eclipses. There is no mention whatever of a portable box or construction beyond the darkened room, nor is there in his later work, De Refractione Optices Parte (1593), in which he discusses the analogy between vision and the simple dark room with an aperture, but incorrectly. Though Porta’s merits were undoubtedly great, he did not invent or improve the camera obscura. His only novelty was the use of it as a peep-show; his descriptions of it are vague, but being published in a book of general reference, which became popular, he acquired credit for the invention.

The camera and its lens were already well-known before Porta released the second edition of his Magia Naturalis in 1589. In this edition, the description of the camera obscura is found in lib. xvii. cap. 6. The use of the convex lens, presented as a major secret, replaces the concave mirror from the first edition, but it's not explained as clearly as Barbaro did. He suggests adding the concave mirror to make the images larger, clearer, and upright, but without any details. He also describes some fun peep-show setups, possibly similar to Alberti’s, and shows how a dark chamber with a concave mirror can be used to observe eclipses. There’s no mention of a portable box or construction beyond the darkened room, and this is also absent in his later work, De Refractione Optices Parte (1593), where he wrongly discusses the analogy between vision and the simple dark room with an aperture. Although Porta's contributions were certainly significant, he did not invent or improve the camera obscura. His only real innovation was using it as a peep-show; his descriptions are vague, but since they were published in a popular reference book, he gained credit for the invention.

The first to take up the camera obscura after Porta was Kepler, who used it in the old way for solar observations in 1600, and in his Ad Vitellionem Paralipomena (1604) discusses the early problems of the passages of light through small apertures, and the rationale of the simple dark chamber. He was the first to describe an instrument fitted with a sight and paper screen for observing the diameters of the sun and moon in a dark room. In his later book, Dioptrice (1611), he fully discusses refraction and the use of lenses, showing the action of the double convex lens in the camera obscura, with the principles which regulate its use and the reason of the reversal of the image. He also demonstrates how enlarged images can be produced and projected on paper by using a concave lens at a suitable distance behind the convex, as in modern telephotographic lenses. He was the first to use the term camera obscura, and in a letter from Sir H. Wotton written to Lord Bacon in 1620 we learn that Kepler had made himself a portable dark tent fitted with a telescope lens and used for sketching landscapes. Further, he extended the work of Maurolycus, and demonstrated the exact analogy between the eye and the camera and the arrangement by which an inverted image is produced on the retina.

The first person to use the camera obscura after Porta was Kepler, who employed it in the traditional way for solar observations in 1600. In his Ad Vitellionem Paralipomena (1604), he discusses the early issues related to the passage of light through small openings and the concept of the simple dark chamber. He was the first to describe an instrument equipped with a sight and paper screen for observing the sizes of the sun and moon in a dark space. In his later book, Dioptrice (1611), he thoroughly explores refraction and the use of lenses, illustrating how a double convex lens works in the camera obscura, along with the principles that govern its use and the reason why the image appears inverted. He also shows how to create and project enlarged images on paper by using a concave lens at an appropriate distance behind the convex lens, similar to modern telephoto lenses. He was the first to use the term camera obscura, and in a letter from Sir H. Wotton to Lord Bacon in 1620, we learn that Kepler had built himself a portable dark tent with a telescope lens for sketching landscapes. Additionally, he expanded on Maurolycus's work and demonstrated the exact similarity between the eye and the camera as well as the way an inverted image is formed on the retina.

In 1609 the telescope came into use, and the danger of observing the sun with it was soon discovered. In 1611 Johann Fabricius published his observations of sun-spots and describes how he and his father fell back upon the old method of projecting the sun’s image in a darkened room, finding that they could observe the spots just as well as with the telescope. They do not seem to have used a lens, or thought of using the telescope for projecting an enlarged imase on Kepler’s principle. This 107 was done in 1612 by Christoph Schemer, who fully described his method of solar observation in the Rosa Ursina (1630), demonstrating very clearly and practically the advantages and disadvantages of using the camera, without a lens, with a single convex lens, and with a telescopic combination of convex object-glass and concave enlarging lens, the last arrangement being mounted with an adjustable screen or tablet on an equatorial stand. Most of the earlier astronomical work was done in a darkened room, but here we first find the dark chamber constructed of wooden rods covered with cloth or paper, and used separately to screen the observing-tablet.

In 1609, the telescope was introduced, and it didn't take long for people to realize the risks of using it to observe the sun. In 1611, Johann Fabricius published his observations of sunspots, explaining how he and his father reverted to the old method of projecting the sun's image in a dark room. They discovered they could see the spots just as well without the telescope. They apparently didn’t use a lens or consider the telescope for projecting an enlarged image based on Kepler’s principle. This was accomplished in 1612 by Christoph Schemer, who thoroughly explained his solar observation method in the Rosa Ursina (1630), clearly demonstrating the pros and cons of using a camera without a lens, with a single convex lens, and with a telescopic setup combining a convex object-glass and a concave enlarging lens. The last setup was equipped with an adjustable screen or tablet on an equatorial stand. Most early astronomical work was done in a dark room, but this is where we first see a dark chamber built from wooden rods covered with cloth or paper, used separately to shield the observing tablet.

Various writers on optics in the 17th century discussed the principle of the simple dark chamber alone and with single or compound lenses, among them Jean Tarde (Les Astres de Borbon, 1623); Descartes, the pupil of Kepler (Dioptrique, 1637); Bettinus (Apiaria, 1645); A. Kircher (Ars Magna Lucis et Umbrae, 1646); J. Hevelius (Selenographia, 1647); Schott (Magia Universalis Naturae et Artis, 1674); C.F.M. Deschales (Cursus, seu Mundus Mathematicus, 1674); Z. Traber (Nervus Opticus, 1675), but their accounts are generally more interesting theoretically than as recording progress in the practical use and development of the instrument.

Various writers on optics in the 17th century discussed the principle of the simple dark chamber, both alone and with single or compound lenses. Among them were Jean Tarde (Les Astres de Borbon, 1623), Descartes, a student of Kepler (Dioptrique, 1637), Bettinus (Apiaria, 1645), A. Kircher (Ars Magna Lucis et Umbrae, 1646), J. Hevelius (Selenographia, 1647), Schott (Magia Universalis Naturae et Artis, 1674), C.F.M. Deschales (Cursus, seu Mundus Mathematicus, 1674), and Z. Traber (Nervus Opticus, 1675). However, their accounts are generally more interesting from a theoretical perspective than as records of progress in the practical use and development of the instrument.

The earliest mention of the camera obscura in England is probably in Francis Bacon’s De Augmentis Scientiarum, but it is only as an illustration of the projected images showing better on a white screen than on a black one. Sir H. Wotton’s letter of 1620, already noted, was not published till 1651 (Reliquiae Wottonianae, p. 141), but in 1658 a description of Kepler’s portable tent camera for sketching, taken from it, was published in a work called Graphice, or the most excellent Art of Painting, but no mention is made of Kepler. In W. Oughtred’s English edition (1633) of the Récréations mathématiques (1627) of Jean Leurechon (“Henry van Etten”) there is a quaint description, with figures, of the simple dark chamber with aperture, and also of a sort of tent with a lens in it and the projection on an inner wall of the face of a man standing outside. The English translation of Porta’s Natural Magick was published in 1658.

The earliest mention of the camera obscura in England is probably in Francis Bacon’s De Augmentis Scientiarum, where it’s used to illustrate that projected images appear clearer on a white screen than on a black one. Sir H. Wotton’s letter from 1620, which has already been mentioned, wasn’t published until 1651 (Reliquiae Wottonianae, p. 141). However, in 1658, a description of Kepler’s portable tent camera for sketching, taken from it, was published in a work called Graphice, or the most excellent Art of Painting, but there’s no mention of Kepler. In W. Oughtred’s English edition (1633) of the Récréations mathématiques (1627) by Jean Leurechon (“Henry van Etten”), there’s a charming description, with illustrations, of the simple dark chamber with an aperture, as well as of a kind of tent with a lens in it, showing the projection on an inner wall of the face of a man standing outside. The English translation of Porta’s Natural Magick was published in 1658.

Robert Boyle seems to have been the first to construct a box camera with lens for viewing landscapes. It is mentioned in his essay On the Systematic or Cosmical Qualities of Things (ch. vi.), written about 1570, as having been made several years before and since imitated and improved. It could be extended or shortened like a telescope. At one end of it paper was stretched, and at the other a convex lens was fitted in a hole, the image being viewed through an aperture at the top of the box. Robert Hooke, who was some time Boyle’s assistant, described (Phil. Trans., 1668, 3, p. 741) a camera lucida on the principle of the magic lantern, in which the images of illuminated and inverted objects were projected on any desired scale by means of a broad convex lens through an aperture into a room where they were viewed by the spectators. If the objects could not be inverted, another lens was used for erecting the images. From Hooke’s Posthumous Works (1705), p. 127, we find that in one of the Cutlerian lectures on Light delivered in 1680, he illustrated the phenomena of vision by a darkened room, or perspective box, of a peculiar pattern, the back part, with a concave white screen at the end of it, being cylindrical and capable of being moved in and out, while the fore part was conical, a double convex lens being fixed in a hole in front. The image was viewed through a large hole in the side. It was between 4 and 5 ft. long.

Robert Boyle seems to have been the first to create a box camera with a lens for viewing landscapes. He mentions it in his essay On the Systematic or Cosmical Qualities of Things (ch. vi.), written around 1570, noting that it had been made several years earlier and was later imitated and improved upon. It could be extended or shortened like a telescope. One end had paper stretched across it, while the other end had a convex lens fitted into a hole, allowing the image to be viewed through an opening at the top of the box. Robert Hooke, who worked as Boyle’s assistant for a time, described (Phil. Trans., 1668, 3, p. 741) a camera lucida based on the principle of the magic lantern. In this device, the images of illuminated and inverted objects were projected at any desired scale using a broad convex lens through an opening into a room where spectators could see them. If the objects couldn’t be inverted, another lens was used to flip the images. From Hooke’s Posthumous Works (1705), p. 127, we learn that during one of the Cutlerian lectures on Light presented in 1680, he demonstrated the phenomena of vision using a darkened room or perspective box of a unique design. The back part had a concave white screen and was cylindrical, allowing it to move in and out, while the front was conical, with a double convex lens fixed in a hole at the front. The image was viewed through a large hole in the side and the entire apparatus was between 4 and 5 ft. long.

Johann Zahn, in his Oculus Artificialis Teledioptricus (1685-1686), described and figured two forms of portable box cameras with lenses. One was a wooden box with a projecting tube in which a combination of a concave with a convex lens was fitted, for throwing an enlarged image upon the focusing screen, which in its proportions and application is very similar to our modern telephotographic objectives. The image was first thrown upon an inclined mirror and then reflected upwards to a paper screen on the top of the box. In an earlier form the image is thrown upon a vertical thin paper screen and viewed through a hole in the back of the camera. There is a great deal of practical information on lenses in connexion with the camera and other optical instruments, and the book is valuable as a repertory of early practical optics, also for the numerous references to and extracts from previous writers. An improved edition was published in 1702.

Johann Zahn, in his Oculus Artificialis Teledioptricus (1685-1686), described and illustrated two types of portable box cameras with lenses. One was a wooden box with a projecting tube that held a combination of a concave and a convex lens, designed to project an enlarged image onto a focusing screen, which closely resembles our modern telephotographic lenses. The image was first reflected off an inclined mirror and then directed upwards to a paper screen on the top of the box. In an earlier version, the image was projected onto a vertical thin paper screen and viewed through a hole in the back of the camera. The book contains a lot of practical information about lenses related to the camera and other optical instruments, making it a valuable resource for early practical optics, along with many references to and excerpts from previous authors. An updated edition was published in 1702.

Most of the writers already noticed worked out the problems connected with the projection of images in the camera obscura more by actual practice than by calculation, but William Molyneux, of Dublin, seems to have been the first to treat them mathematically in his Dioptrica Nova (1692), which was also the first work in English on the subject, and is otherwise an interesting book. He has fully discussed the optical theory of the dark chamber, with and without a lens, and its analogy to the eye, also several optical problems relating to lenses of various forms and their combinations for telescopic projection, rules for finding foci, &c. He does not, however, mention the camera obscura as an instrument in use, but in John Harris’s Lexicon Technicum (1704) we find that the camera obscura with the arrangement called the “scioptric ball,” and known as scioptricks, was on sale in London, and after this must have been in common use as a sketching instrument or as a show.

Most of the writers who have been mentioned dealt with the issues related to projecting images in the camera obscura more through hands-on experience than through calculations. However, William Molyneux from Dublin appears to be the first to address these problems mathematically in his Dioptrica Nova (1692), which was also the first work in English on this topic and is otherwise an interesting book. He thoroughly examined the optical theory of the dark chamber, both with and without a lens, and its similarity to the eye, along with various optical issues concerning different lens shapes and their combinations for telescopic projection, including rules for finding foci, etc. He does not, however, mention the camera obscura as a tool in use, but in John Harris’s Lexicon Technicum (1704), we find that the camera obscura with the arrangement called the “scioptric ball,” known as scioptricks, was available for sale in London, and after this, it must have become commonly used as a sketching tool or a demonstration device.

Sir Isaac Newton, in his Opticks (1704), explains the principle of the camera obscura with single convex lens and its analogy with vision in illustration of his seventh axiom, which aptly embodies the correct solution of Aristotle’s old problem. He also made great use of the simple dark chamber for his optical experiments with prisms, &c. Joseph Priestley (1772) mentions the application of the solar microscope, both to the small and portable and the large camera obscura. Many patterns of these two forms for sketching and for viewing surrounding scenes are described in W.J.’s Gravesande’s Essai de perspective (1711), Robert Smith’s Compleat System of Optics (1738), Joseph Harris’s Treatise on Optics (1775), Charles Hutton’s Philosophical and Mathematical Dictionary, and other books on optics and physics of that period. The camera obscura was first applied to photography (q.v.) probably about 1794, by Thomas Wedgwood. His experiments with Sir Humphrey Davy in endeavouring to fix the images of natural objects as seen in the camera were published in 1802 (Journ. Roy. Inst.).

Sir Isaac Newton, in his Opticks (1704), explains the principle of the camera obscura using a single convex lens and how it relates to vision, illustrating his seventh axiom, which effectively provides the right answer to Aristotle’s ancient problem. He also extensively used the basic dark chamber for his optical experiments with prisms, etc. Joseph Priestley (1772) talks about the use of the solar microscope, applicable to both small, portable versions and larger camera obscuras. Many designs for these two types of devices for sketching and viewing surrounding scenes are detailed in W.J. Gravesande’s Essai de perspective (1711), Robert Smith’s Compleat System of Optics (1738), Joseph Harris’s Treatise on Optics (1775), Charles Hutton’s Philosophical and Mathematical Dictionary, and other books on optics and physics from that time. The camera obscura was first used in photography (q.v.) around 1794 by Thomas Wedgwood. His experiments with Sir Humphrey Davy to fix the images of natural objects as seen in the camera were published in 1802 (Journ. Roy. Inst.).

(J. Wa.)

CAMERARIUS, JOACHIM (1500-1574), German classical scholar, was born at Bamberg on the 12th of April 1500. His family name was Liebhard, but he was generally called Kammermeister, previous members of his family having held the office of chamberlain (camerarius) to the bishops of Bamberg. He studied at Leipzig, Erfurt and Wittenberg, where he became intimate with Melanchthon. For some years he was teacher of history and Greek at the gymnasium, Nuremberg. In 1530 he was sent as deputy for Nuremberg to the diet of Augsburg, where he rendered important assistance to Melanchthon in drawing up the Confession of Augsburg. Five years later he was commissioned by Duke Ulrich of Württemberg to reorganize the university of Tübingen; and in 1541 he rendered a similar service at Leipzig, where the remainder of his life was chiefly spent. He translated into Latin Herodotus, Demosthenes, Xenophon, Homer, Theocritus, Sophocles, Lucian, Theodoretus, Nicephorus and other Greek writers. He published upwards of 150 works, including a Catalogue of the Bishops of the Principal Sees; Greek Epistles; Accounts of his Journeys, in Latin verse; a Commentary on Plautus; a treatise on Numismatics; Euclid in Latin; and the Lives of Helius Eobanus Hessus, George of Anhalt and Philip Melanchthon. His Epistolae Familiares (published after his death) are a valuable contribution to the history of his time. He played an important part in the Reformation movement, and his advice was frequently sought by leading men. In 1535 he entered into a correspondence with Francis I. as to the possibility of a reconciliation between the Catholic and Protestant creeds; and in 1568 Maximilian II. sent for him to Vienna to consult him on the same subject. He died at Leipzig on the 17th of April 1574.

CAMERARIUS, JOACHIM (1500-1574), a German classical scholar, was born in Bamberg on April 12, 1500. His family name was Liebhard, but he was mostly known as Kammermeister, as previous family members had served as chamberlains (camerarius) to the bishops of Bamberg. He studied at Leipzig, Erfurt, and Wittenberg, where he became close friends with Melanchthon. For several years, he was a teacher of history and Greek at the gymnasium in Nuremberg. In 1530, he represented Nuremberg as a deputy at the diet of Augsburg, where he greatly assisted Melanchthon in drafting the Confession of Augsburg. Five years later, Duke Ulrich of Württemberg commissioned him to reorganize the University of Tübingen; in 1541, he provided similar help at Leipzig, where he spent most of the rest of his life. He translated works by Herodotus, Demosthenes, Xenophon, Homer, Theocritus, Sophocles, Lucian, Theodoretus, Nicephorus, and other Greek writers into Latin. He published over 150 works, including a Catalogue of the Bishops of the Principal Sees; Greek Epistles; Accounts of his Journeys in Latin verse; a Commentary on Plautus; a treatise on Numismatics; Euclid in Latin; and the Lives of Helius Eobanus Hessus, George of Anhalt, and Philip Melanchthon. His Epistolae Familiares (published after his death) are a valuable contribution to the history of his time. He played a significant role in the Reformation movement, and his advice was often sought by prominent figures. In 1535, he began corresponding with Francis I. about the possibility of reconciling the Catholic and Protestant beliefs; in 1568, Maximilian II. summoned him to Vienna for consultation on the same topic. He died in Leipzig on April 17, 1574.

See article by A. Horawitz in Allgemeine deutsche Biographie; C. Bursian, Die Geschichte der klassischen Philologie in Deutschland (1883); J.E. Sandys, Hist. Class. Schol. (ed. 1908), ii. 266.

See article by A. Horawitz in Allgemeine deutsche Biographie; C. Bursian, Die Geschichte der klassischen Philologie in Deutschland (1883); J.E. Sandys, Hist. Class. Schol. (ed. 1908), ii. 266.


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CAMERARIUS, JOACHIM (1534-1598), German botanist and physician, son of the classical scholar of the same name, was born at Nuremberg on the 6th of November 1534. After finishing his studies in Germany he visited Italy, where he graduated as doctor of medicine. On his return he was invited to reside at the courts of several princes, but preferred to settle in his native town of Nuremberg, where he had a botanical garden and formed extensive collections. He wrote a Hortus Medicus (1588) and several other works. He died at Nuremberg on the 11th of October 1598.

CAMERARIUS, JOACHIM (1534-1598), a German botanist and physician, was born in Nuremberg on November 6, 1534. After completing his studies in Germany, he traveled to Italy, where he earned his medical degree. Upon returning, he was invited to live at the courts of several princes but chose to settle in his hometown of Nuremberg, where he established a botanical garden and built extensive collections. He authored a work titled Hortus Medicus (1588) along with several other pieces. He passed away in Nuremberg on October 11, 1598.


CAMERARIUS, RUDOLF JAKOB (1665-1721), German botanist and physician, was born at Tübingen on the 12th of February 1665, and became professor of medicine and director of the botanical gardens at Tübingen in 1687. He died at Tübingen on the 11th of September 1721. He is chiefly known for his investigations on the reproductive organs of plants (De sexu plantarum epistola, 1694).

CAMERARIUS, RUDOLF JAKOB (1665-1721), a German botanist and physician, was born in Tübingen on February 12, 1665. He became a professor of medicine and the director of the botanical gardens at Tübingen in 1687. He passed away in Tübingen on September 11, 1721. He is best known for his research on the reproductive organs of plants (De sexu plantarum epistola, 1694).


CAMERINO (anc. Camerinum), a city and episcopal see (since 465, if not sooner; Treia is now combined with it) of the Marches, Italy, in the province of Macerata, 6 m. S. of the railway station of Castelraimondo (to which there is an electric tramway) which is 24 m. W. of Macerata; 2148 ft. above sea-level. Pop. (1901) of town, 4005; of commune, 12,083. The cathedral is modern, the older building having fallen in 1799; the church of S. Venanzio suffered similarly, but preserves a portal of the 15th century. The citadel, perhaps constructed from the plans of Leonardo da Vinci, dates from 1503. Camerino occupies the site of the ancient Camerinum, the inhabitants of which (Camertes Umbri) became allies of the Romans in 310 b.c. (at the time of the attack on the Etruscans in the Ciminian Forest). On the other hand, the Καμέρτιοι referred to in the history of the year 295 b.c. are probably the inhabitants of Clusium. Later it appears as a dependent autonomous community with the foedus aequum (Mommsen, Röm. Staatsrecht, iii. 664). Two cohorts of Camertes fought with distinction under Marius against the Cimbri. It was much affected by the conspiracy of Catiline, and is frequently mentioned in the Civil Wars; under the empire it was a municipium. It belonged to ancient Umbria, but was on the borders of Picenum. No ancient buildings are visible, the Roman level lying as much as 30 ft. below the modern.

CAMERINO (anc. Camerinum), a city and bishop's seat (since 465, if not earlier; Treia is now merged with it) in the Marches, Italy, located in the province of Macerata, 6 miles south of the Castelraimondo railway station (which has an electric tramway) that is 24 miles west of Macerata; it's 2,148 feet above sea level. The population (1901) of the town was 4,005; the commune had 12,083. The cathedral is modern because the older building collapsed in 1799; the church of S. Venanzio also suffered a similar fate but still has a portal from the 15th century. The citadel, possibly designed by Leonardo da Vinci, dates back to 1503. Camerino is situated on the site of the ancient Camerinum, whose inhabitants (Camertes Umbri) became allies of the Romans in 310 B.C. during the attack on the Etruscans in the Ciminian Forest. Conversely, the Καμέρτιοι mentioned in the history of 295 B.C. were probably the residents of Clusium. Later, it appears as an autonomously dependent community with the foedus aequum (Mommsen, Röm. Staatsrecht, iii. 664). Two cohorts of Camertes fought valiantly under Marius against the Cimbri. It was significantly impacted by the conspiracy of Catiline and is often referenced in the Civil Wars; under the empire, it was a municipium. It belonged to ancient Umbria but was on the borders of Picenum. No ancient buildings are visible, with the Roman level lying as much as 30 feet below the modern ground.

See P. Savini, Storia delta Città di Camerino (2nd ed., Camerino, 1895); M. Mariani, Intorno agli antichi Camerti Umbri (Camerino, 1900).

See P. Savini, History of the City of Camerino (2nd ed., Camerino, 1895); M. Mariani, About the Ancient Umbrian Camertes (Camerino, 1900).

(T. As.)

CAMERON, JOHN (1579-1623), Scottish theologian, was born at Glasgow about 1579, and received his early education in his native city. After having taught Greek in the university for twelve months, he removed to Bordeaux, where he was soon appointed a regent in the college of Bergerac. He did not remain long at Bordeaux, but accepted the offer of a chair of philosophy at Sedan, where he passed two years. He then returned to Bordeaux, and in the beginning of 1604 he was nominated one of the students of divinity who were maintained at the expense of the church, and who for the period of four years were at liberty to prosecute their studies in any Protestant seminary. During this period he acted as tutor to the two sons of Calignon, chancellor of Navarre. They spent one year at Paris, and two at Geneva, whence they removed to Heidelberg. In this university, on the 4th of April 1608, he gave a public proof of his ability by maintaining a series of theses, De triplici Dei cum Homine Foedere, which were printed among his works. The same year he was recalled to Bordeaux, where he was appointed the colleague of Dr Primrose; and when Francis Gomarus was removed to Leiden, Cameron, in 1618, was appointed professor of divinity at Saumur, the principal seminary of the French Protestants.

CAMERON, JOHN (1579-1623), Scottish theologian, was born in Glasgow around 1579 and received his early education in his hometown. After teaching Greek at the university for a year, he moved to Bordeaux, where he quickly became a regent at the college of Bergerac. He didn't stay long in Bordeaux and accepted a position as a philosophy professor in Sedan, where he spent two years. He then returned to Bordeaux, and at the beginning of 1604, he was appointed as one of the theology students funded by the church, who were allowed to study at any Protestant seminary for four years. During this time, he tutored the two sons of Calignon, the chancellor of Navarre. They spent one year in Paris and two years in Geneva before moving to Heidelberg. At this university, on April 4, 1608, he publicly demonstrated his skills by defending a series of theses, De triplici Dei cum Homine Foedere, which were published among his works. That same year, he was called back to Bordeaux, where he became a colleague of Dr. Primrose; and when Francis Gomarus moved to Leiden, Cameron was appointed professor of divinity at Saumur in 1618, the main seminary for the French Protestants.

In 1620 the progress of the civil troubles in France obliged Cameron to seek refuge for himself and family in England. For a short time he read private lectures on divinity in London; and in 1622 the king appointed him principal of the university of Glasgow in the room of Robert Boyd, who had been removed from his office in consequence of his adherence to Presbyterianism. Cameron was prepared to accept Episcopacy, and was cordially disliked for his adherence to the doctrine of passive obedience. He resigned his office in less than a year.

In 1620, the civil unrest in France forced Cameron to seek safety for himself and his family in England. For a brief period, he gave private lectures on theology in London; then in 1622, the king appointed him principal of the University of Glasgow, replacing Robert Boyd, who had been removed from his position due to his support of Presbyterianism. Cameron was ready to accept Episcopacy and was widely disliked for his belief in passive obedience. He stepped down from his position in less than a year.

He returned to France, and lived at Saumur. After an interval of a year he was appointed professor of divinity at Montauban. The country was still torn by civil and religious dissensions; and Cameron excited the indignation of the more strenuous adherents of his own party. He withdrew to the neighbouring town of Moissac; but he soon returned to Montauban, and a few days afterwards he died at the age of about forty-six. Cameron left by his first wife several children, whose maintenance was undertaken by the Protestant churches in France. All his works were published after his death.

He returned to France and lived in Saumur. After about a year, he was appointed a professor of theology at Montauban. The country was still struggling with civil and religious conflicts, and Cameron stirred up anger among the more fervent supporters of his own party. He moved to the nearby town of Moissac but soon came back to Montauban, and a few days later, he died at around the age of forty-six. Cameron had several children from his first wife, and their care was supported by the Protestant churches in France. All his works were published posthumously.

His name has a distinct place in the development of Calvinistic theology in Europe. He and his followers maintained that the will of man is determined by the practical judgment of the mind; that the cause of men’s doing good or evil proceeds from the knowledge which God infuses into them; and that God does not move the will physically, but only morally, by virtue of its dependence on the judgment of the mind. This peculiar doctrine of grace and free-will was adopted by Amyraut, Cappel, Bochart, Daillé and others of the more learned among the Reformed ministers, who dissented from Calvin’s. The Cameronites (not to be confused with the Scottish sect called Cameronians) are moderate Calvinists, and approach to the opinion of the Arminians. They are also called Universalists, as holding the universal reference of Christ’s death, and sometimes Amyraldists. The rigid adherents to the synod of Dort accused them of Pelagianism, and even of Manichaeism, and the controversy between the parties was carried on with great zeal; yet the whole question between them was only, whether the will of man is determined by the immediate action of God upon it, or by the intervention of a knowledge which God impresses on the mind.

His name holds a significant place in the development of Calvinist theology in Europe. He and his followers argued that a person's will is shaped by the practical judgment of their mind; that the reasons behind people doing good or evil come from the knowledge that God instills in them; and that God influences the will not physically, but morally, through its reliance on the mind's judgment. This unique doctrine of grace and free will was embraced by Amyraut, Cappel, Bochart, Daillé, and other well-educated Reformed ministers who disagreed with Calvin's views. The Cameronites (not to be mistaken for the Scottish group known as Cameronians) are moderate Calvinists and align more with Arminian beliefs. They are also referred to as Universalists because they hold the belief in the universal significance of Christ's death, and sometimes as Amyraldists. Those who strictly followed the Synod of Dort accused them of Pelagianism and even of Manichaeism, and the debate between the two sides was conducted with great fervor; however, the core issue between them was simply whether a person's will is determined by God's direct action on it or by the knowledge that God impresses upon the mind.


CAMERON, RICHARD (1648?-1680), founder of a Scottish religious sect of Cameronians, which formed the nucleus of the regiment of this name in the British army, was born at Falkland in the county of Fife. He was educated at the village school, and his success was so great that, while still a youth, he was appointed schoolmaster. In this situation he became acquainted with some of the more enthusiastic field-preachers. Persuaded by them he resigned his post and entered the family of Sir Walter Scott of Harden as chaplain and tutor. Refusing to acknowledge the Indulgence, he joined the ranks of the non-conforming ministers, and incited the inhabitants of the southern counties of Scotland to protest openly against the new edict. So formidable was the agitation that the government pronounced illegal all armed assemblages for religious purposes. Cameron took refuge in Holland, where he resided for some time; but in the autumn of 1679 (probably) he returned to Scotland, and once more made himself formidable to the government. Shortly after the defeat of the Covenanters at Bothwell Bridge in that year, Cameron was slain in a skirmish at the Aird’s, or Airs, Moss, fighting bravely at the head of the few troops which he had been able to collect. His prayer before going into battle became a tradition—“Lord spare the green and take the ripe.” After the accession of William III. the survivors were amnestied, and the Cameronian regiment was formed from them.

CAMERON, RICHARD (1648?-1680), founder of a Scottish religious group known as the Cameronians, which became the core of the regiment of the same name in the British army, was born in Falkland, Fife. He attended the village school, and his achievement was so impressive that, while still a young man, he was made the schoolmaster. In this role, he got to know some enthusiastic field preachers. Encouraged by them, he resigned his position and joined Sir Walter Scott of Harden’s household as a chaplain and tutor. Refusing to accept the Indulgence, he aligned himself with non-conforming ministers and urged the people in southern Scotland to openly protest against the new mandate. The unrest became so significant that the government declared all armed gatherings for religious purposes illegal. Cameron took refuge in Holland and lived there for a while, but in the fall of 1679 (probably), he returned to Scotland and once again posed a threat to the government. Soon after the Covenanters were defeated at Bothwell Bridge that year, Cameron was killed in a skirmish at Aird’s Moss, bravely leading the small group of troops he had managed to gather. His prayer before going into battle became a tradition—“Lord spare the green and take the ripe.” After William III came to power, the survivors were granted amnesty, and the Cameronian regiment was established from them.

See Andrew Lang, History of Scotland, vol. iii. (1907); Herzog-Hauck, Realencyklopädie (1897), s.v. “Cameronianer”; A. Smellie, Men of the Covenant; Herkless, Richard Cameron; P. Walker, Six Saints of the Covenant.

See Andrew Lang, History of Scotland, vol. iii. (1907); Herzog-Hauck, Realencyklopädie (1897), s.v. “Cameronianer”; A. Smellie, Men of the Covenant; Herkless, Richard Cameron; P. Walker, Six Saints of the Covenant.


CAMERON, SIMON (1799-1889), American politician, was born in Lancaster county, Pennsylvania, on the 8th of March 1799. Left an orphan at the age of nine, he early entered journalism, and, in banking and railway enterprises, accumulated a considerable fortune. He became influential in Pennsylvania politics, and in 1845-1849 served in the United States Senate, being elected by a combination of Democratic, Whig and “American” votes to succeed James Buchanan. In 1854, having failed to secure the nomination for senator from the “Know-Nothing” Party, which he had recently joined, he became a leader of the “People’s Party,” as the Republican 109 Party was at first called in Pennsylvania. In 1857 he was elected to the United States Senate as a Republican, despite a Democratic majority in the state legislature, a fact that gave rise to charges of bribery. His prominence as a candidate first for the presidential and then for the vice-presidential nomination in the Republican national convention of 1860 led to his being selected by President Lincoln as secretary of war. His administration of this office at a critical time was marked by his accustomed energy, but unfortunately also by partiality in the letting of government contracts, which brought about his resignation at Lincoln’s request in January 1862 and his subsequent censure by the House of Representatives. Lincoln sent him as minister to Russia, but he returned in November 1862. He again served in the Senate (after 1872, being chairman of the committee on foreign relations) from 1867 until 1877, when he resigned to make room for his son, whose election he dictated. Cameron was one of the ablest political organizers the United States has ever known, and his long undisputed control of Pennsylvania politics was one of the most striking examples of “boss rule” in American history. The definition of an honest politician as “one who when he is bought will stay bought” has been attributed to him. He died on the 26th of June 1889.

CAMERON, SIMON (1799-1889), American politician, was born in Lancaster County, Pennsylvania, on March 8, 1799. Orphaned at the age of nine, he entered journalism early on and accumulated a significant fortune in banking and railway ventures. He became a key figure in Pennsylvania politics and served in the United States Senate from 1845 to 1849, having been elected by a coalition of Democratic, Whig, and “American” votes to replace James Buchanan. In 1854, after failing to secure the nomination for senator from the “Know-Nothing” Party, which he had recently joined, he became a leader of the “People’s Party,” the original name for the Republican Party in Pennsylvania. In 1857, he was elected to the United States Senate as a Republican, despite a Democratic majority in the state legislature, leading to allegations of bribery. His prominence as a candidate for both the presidential and vice-presidential nominations in the Republican national convention of 1860 resulted in President Lincoln choosing him as secretary of war. His management of this office during a critical period displayed his usual energy, but unfortunately, it also showed favoritism in awarding government contracts, leading to his resignation at Lincoln’s request in January 1862 and subsequent censure by the House of Representatives. Lincoln appointed him as minister to Russia, but he returned in November 1862. He went on to serve in the Senate again (after 1872, as chairman of the foreign relations committee) from 1867 until 1877, when he resigned to make way for his son, whose election he orchestrated. Cameron was one of the most skilled political organizers the United States has ever seen, and his long, unchallenged control of Pennsylvania politics is one of the most notable examples of "boss rule" in American history. The definition of an honest politician as “one who, when bought, will stay bought” is attributed to him. He died on June 26, 1889.

His son James Donald Cameron (1833-  ) was born at Middletown, Pennsylvania, on the 14th of May 1833, graduated at Princeton in 1852, became actively interested in his father’s banking and railway enterprises, and from 1863 to 1874 was president of the Northern Central railway. Trained in the political school of his father, he developed into an astute politician. From June 1876 to March 1877 he was secretary of war in President Grant’s cabinet. In the Republican national convention of 1876 he took an influential part in preventing the nomination of James G. Elaine, and later was one of those who directed the policy of the Republicans in the struggle for the presidency between Tilden and Hayes. From 1877 until 1897 he was a member of the United States Senate, having been elected originally to succeed his father, who resigned in order to create the vacancy. He was chairman of the Republican national committee during the campaign of 1880.

His son James Donald Cameron (1833-  ) was born in Middletown, Pennsylvania, on May 14, 1833. He graduated from Princeton in 1852 and became actively involved in his father's banking and railway ventures. From 1863 to 1874, he served as president of the Northern Central Railway. Trained in his father's political ways, he became a savvy politician. From June 1876 to March 1877, he was Secretary of War in President Grant’s cabinet. At the Republican national convention in 1876, he played a key role in blocking the nomination of James G. Blaine, and later helped shape the Republican strategy during the presidential battle between Tilden and Hayes. From 1877 to 1897, he was a member of the United States Senate, having been elected to succeed his father, who resigned to create the vacancy. He was the chairman of the Republican national committee during the 1880 campaign.


CAMERON, VERNEY LOVETT (1844-1894), English traveller in Central Africa, was born at Radipole, near Weymouth, Dorsetshire, on the 1st of July 1844. He entered the navy in 1857, served in the Abyssinian campaign of 1868, and was employed for a considerable time in the suppression of the East African slave trade. The experience thus obtained led to his being selected to command an expedition sent by the Royal Geographical Society in 1873, to succour Dr. Livingstone. He was also instructed to make independent explorations, guided by Livingstone’s advice. Soon after the departure of the expedition from Zanzibar, Livingstone’s servants were met bearing the dead body of their master. Cameron’s two European companions turned back, but he continued his march and reached Ujiji, on Lake Tanganyika, in February 1874, where he found and sent to England Livingstone’s papers. Cameron spent some time determining the true form of the south part of the lake, and solved the question of its outlet by the discovery of the Lukuga river. From Tanganyika he struck westward to Nyangwe, the Arab town on the Lualaba previously visited by Livingstone. This river Cameron rightly believed to be the main stream of the Congo, and he endeavoured to procure canoes to follow it down. In this he was unsuccessful, owing to his refusal to countenance slavery, and he therefore turned south-west. After tracing the Congo-Zambezi watershed for hundreds of miles he reached Bihe and finally arrived at the coast on the 28th of November 1875, being the first European to cress Equatorial Africa from sea to sea. His travels, which were published in 1877 under the title Across Africa, contain valuable suggestions for the opening up of the continent, including the utilization of the great lakes as a “Cape to Cairo” connexion. In recognition of his work he was promoted to the rank of commander, made a Companion of the Bath and given the gold medal of the Geographical Society. The remainder of Cameron’s life was chiefly devoted to projects for the commercial development of Africa, and to writing tales for the young. He visited the Euphrates valley in 1878-1879 in connexion with a proposed railway to the Persian Gulf, and accompanied Sir Richard Burton in his West African journey of 1882. At the Gold Coast Cameron surveyed the Tarkwa region, and he was joint author with Burton of To the Gold Coast for Gold (1883). He was killed, near Leighton Buzzard, by a fall from horseback when returning from hunting, on the 24th of March 1894.

CAMERON, VERNEY LOVETT (1844-1894), was an English traveler in Central Africa, born in Radipole, near Weymouth, Dorsetshire, on July 1, 1844. He joined the navy in 1857, served in the Abyssinian campaign of 1868, and spent a significant amount of time working to stop the East African slave trade. This experience led to his selection to lead an expedition sent by the Royal Geographical Society in 1873 to assist Dr. Livingstone. He was also tasked with conducting independent explorations based on Livingstone’s guidance. Shortly after the expedition left Zanzibar, Livingstone’s servants were encountered carrying their late master’s body. Cameron’s two European companions chose to turn back, but he continued his journey and arrived in Ujiji, on Lake Tanganyika, in February 1874, where he found and sent Livingstone’s papers back to England. Cameron spent time determining the true shape of the southern part of the lake and resolved the issue of its outlet by discovering the Lukuga River. From Tanganyika, he headed west toward Nyangwe, the Arab town on the Lualaba that Livingstone had previously visited. Cameron correctly believed this river to be the main tributary of the Congo and tried to obtain canoes to travel down it. He was unsuccessful due to his refusal to support slavery, leading him to head southwest instead. After tracing the Congo-Zambezi watershed for hundreds of miles, he reached Bihe and finally got to the coast on November 28, 1875, becoming the first European to cross Equatorial Africa from sea to sea. His journeys were published in 1877 under the title Across Africa, which included valuable ideas for developing the continent, such as using the great lakes for a “Cape to Cairo” connection. In recognition of his efforts, he was promoted to commander, made a Companion of the Bath, and awarded the gold medal of the Geographical Society. The rest of Cameron’s life focused mainly on projects for Africa’s commercial development and writing stories for young readers. He visited the Euphrates Valley in 1878-1879 related to a proposed railway to the Persian Gulf and accompanied Sir Richard Burton on his West African journey in 1882. While at the Gold Coast, Cameron surveyed the Tarkwa region and co-authored To the Gold Coast for Gold with Burton in 1883. He died near Leighton Buzzard from a fall while horseback riding after a hunting trip on March 24, 1894.

A second edition of Across Africa, with new matter and corrected maps, appeared in 1885. A summary of Cameron’s great journey, from his own pen, appears in Dr Robert Brown’s The Story of Africa, vol. ii. pp. 266-279 (London, 1893).

A second edition of Across Africa, with updated content and corrected maps, was released in 1885. A summary of Cameron’s incredible journey, written by him, can be found in Dr. Robert Brown’s The Story of Africa, vol. ii. pp. 266-279 (London, 1893).


CAMERON OF LOCHIEL, SIR EWEN (1629-1719), Scottish Highland chieftain, was the eldest son of John Cameron and the grandson of Alan Cameron, the head of the clan Cameron. Having lost his father in infancy he passed part of his youth with the marquess of Argyll at Inveraray, leaving his guardian about 1647 to take up his duties as chief of the clan Cameron, a position in which he succeeded his grandfather. In 1653 Lochiel joined the earl of Glencairn in his rising on behalf of Charles II., and after the defeat of this attempt he served the Royalist cause by harassing General Monk. In 1681 he was knighted by Charles II., and in July 1689 he was with Viscount Dundee at Killiecrankie. He was too old to share personally in the Jacobite rising of 1715, but his sympathies were with the Stuarts, and his son led the Camerons at Sheriffmuir. Lochiel, who died in February 1719, is called by Macaulay the “Ulysses of the Highlands.” He was a man of enormous strength and size, and one who met him in 1716 says “he wrung some blood from the point of my fingers with a grasp of his hand.” An incident showing his strength and ferocity in single combat is used by Sir Walter Scott in The Lady of the Lake (canto v.). Lochiel’s son and successor, John, who was attainted for sharing in the rebellion of 1715, died in Flanders in 1748. John’s son Donald, sometimes called “gentle Lochiel,” joined Charles Edward, the Young Pretender, in 1745, was wounded at Culloden, and escaped to France, dying in the same year as his father. The 79th regiment, or Cameron Highlanders, was raised from among the members of the clan in 1793 by Sir Alan Cameron (1753-1828).

CAMERON OF LOCHIEL, SIR EWEN (1629-1719), a Scottish Highland chieftain, was the oldest son of John Cameron and the grandson of Alan Cameron, the clan chief. After losing his father as a baby, he spent part of his youth with the marquess of Argyll at Inveraray. He left his guardian around 1647 to take on his responsibilities as the chief of the clan Cameron, succeeding his grandfather. In 1653, Lochiel joined the earl of Glencairn in his rebellion for Charles II, and after that effort failed, he supported the Royalist cause by troubling General Monk. In 1681, he was knighted by Charles II, and in July 1689, he was with Viscount Dundee at Killiecrankie. Although he was too old to take part in the Jacobite uprising of 1715, he supported the Stuarts, and his son led the Camerons at Sheriffmuir. Lochiel, who passed away in February 1719, was referred to by Macaulay as the “Ulysses of the Highlands.” He was a man of great strength and size, and someone who met him in 1716 remarked, “he wrung some blood from the point of my fingers with a grasp of his hand.” An incident displaying his strength and ferocity in a one-on-one fight is mentioned by Sir Walter Scott in The Lady of the Lake (canto v.). Lochiel's son and successor, John, who was declared an outlaw for participating in the 1715 rebellion, died in Flanders in 1748. John’s son Donald, sometimes known as “gentle Lochiel,” joined Charles Edward, the Young Pretender, in 1745, was wounded at Culloden, and escaped to France, dying in the same year as his father. The 79th regiment, or Cameron Highlanders, was formed from clan members in 1793 by Sir Alan Cameron (1753-1828).

See Memoirs of Sir Ewen Cameron of Lochiel (Bannatyne Club, 1842).

See Memoirs of Sir Ewen Cameron of Lochiel (Bannatyne Club, 1842).


CAMERONIANS, the name given to that section of the Scottish Covenanters (q.v.) who followed Richard Cameron (q.v.), and who were chiefly found among those who signed the Sanquhar Declaration in 1680. Known also as “Society Men,” “Sanquharians” and “Hillmen,” they became a separate church after the religious settlement of 1690, taking the official title of Reformed Presbyterians in 1743. Societies of Cameronians for the maintenance of the Presbyterian form of worship were formed about 1681; their testimony, “The Informatory Vindication,” is dated 1687; and they quickly became the most pronounced and active adherents of the covenanting faith. Holding fast to the two covenants, the National Covenant of 1580 and the Solemn League and Covenant of 1643, they wished to restore the ecclesiastical order which had existed between 1638 and 1649, and were dissatisfied with the moderate character of the religious settlement of 1690. Refusing to take the oaths of allegiance to an “uncovenanted” ruler, or to exercise any civil function, they passed through a period of trial and found some difficulty in maintaining a regular ministry; but in 1706 they were reinforced by some converts from the established church. They objected strongly to the proposal for the union of England and Scotland, and were suspected of abetting a rising which took place in the west of Scotland in 1706; but there appears to be no foundation for the statement that they intrigued with the Jacobites, and they gave no trouble to the government either in 1715 or in 1745. In 1712 they publicly renewed the covenants at Auchensauch Hill in Lanarkshire, and in 1743 their first presbytery was constituted at Braehead, while a presbytery was formed in North America in 1774. In 1863 the Cameronians, or Reformed Presbyterians, decided to inflict no penalties upon those members who had taken the oaths, or had exercised civil functions, and 110 consequently a few congregations seceded. In 1876 the general body of the Reformed Presbyterians united with the Free Church of Scotland, leaving the few seceding congregations as the representatives of the principles of the Cameronians. In the British army the first battalion of the Cameronians (Scottish Rifles) is directly descended from the “Cameronian guard,” which, composed of Cameronians, was embodied by the convention parliament in 1689, and was afterwards employed to restore order in the Highlands.

CAMERONIANS, is the term used for a group within the Scottish Covenanters (q.v.) who followed Richard Cameron (q.v.) and were mainly associated with those who signed the Sanquhar Declaration in 1680. They were also known as “Society Men,” “Sanquharians,” and “Hillmen.” After the religious settlement of 1690, they became a distinct church, officially named Reformed Presbyterians in 1743. Groups of Cameronians dedicated to maintaining the Presbyterian form of worship began to form around 1681; their statement, "The Informatory Vindication," was published in 1687, and they quickly became the most outspoken and active supporters of the covenanting faith. They strongly adhered to the two covenants, the National Covenant of 1580 and the Solemn League and Covenant of 1643, aiming to restore the church order that was in place between 1638 and 1649, as they were unhappy with the moderate nature of the 1690 religious settlement. They refused to swear allegiance to an “uncovenanted” ruler or to engage in any civil duties, which led to a challenging period for them as they struggled to maintain a regular ministry; however, in 1706, they gained new members from the established church. They were strongly opposed to the proposed union of England and Scotland and were suspected of supporting a rebellion that occurred in western Scotland in 1706, but there is no evidence that they collaborated with the Jacobites, and they did not create any issues for the government in 1715 or 1745. In 1712, they publicly reaffirmed the covenants at Auchensauch Hill in Lanarkshire, and in 1743, their first presbytery was established at Braehead, with a presbytery forming in North America in 1774. In 1863, the Cameronians, or Reformed Presbyterians, decided not to penalize members who had taken the oaths or held civil roles, resulting in a few congregations breaking away. In 1876, the majority of Reformed Presbyterians united with the Free Church of Scotland, leaving the remaining congregations as the representatives of Cameronian principles. In the British army, the first battalion of the Cameronians (Scottish Rifles) directly descends from the “Cameronian guard,” which was formed by the convention parliament in 1689 and was later used to restore order in the Highlands.

See J.H. Burton, History of Scotland, vols. vii. and viii. (Edinburgh, 1905); and A. Lang, History of Scotland, vol. iv. (Edinburgh, 1907).

See J.H. Burton, History of Scotland, vols. 7 and 8 (Edinburgh, 1905); and A. Lang, History of Scotland, vol. 4 (Edinburgh, 1907).


CAMEROON1 (Ger. Kamerun), a German protectorate in West Africa, bounded W. by the Atlantic, N.W. by British Nigeria, N. by Lake Chad, E. and S. by French Congo, save for a short distance on the south where it is conterminous with the Spanish Muni river settlement.

CAMEROON1 (Ger. Kamerun), a German protectorate in West Africa, bounded W. by the Atlantic, N.W. by British Nigeria, N. by Lake Chad, E. and S. by French Congo, save for a short distance on the south where it is conterminous with the Spanish Muni river settlement.

Boundaries and Area.—The sea frontier extends from the Rio del Rey, just where the great bend of the coast-line east to south begins, forming the Bight of Biafra, to the Campo river, a distance of 200 m. The north-western boundary, laid down in an agreement between Germany and Great Britain on the 15th of November 1893, runs from the mouth of the Rio del Rey to the “rapids” of the Cross river in 8° 48′ E. Thence it is continued in a north-east line towards Yola, as far as the confines of that town. The boundary is then deflected south so as to leave Yola in British territory, turning north again to cross the Benue river at a spot 3 m. west of where the Faro joins the Benue. From this point the frontier goes north-east to the border of Lake Chad, 35 m. east of the meridian of the town of Kuka. The southern shores of Lake Chad for a distance of some 40 m. belong to the protectorate. The south and east boundaries were laid down by agreements between Germany and France on the 24th of December 1885, the 15th of March 1894 and the 18th of April 1908. The south boundary runs in a fairly direct line from the mouth of the Campo river to the river Dscha (or Ngoko), which it follows to its confluence with the Sanga. The eastern boundary runs from the Sanga irregularly north to 10° N., where it approaches the British frontier at Yola, so that at its narrowest part the protectorate is little more than 50 m. across. From 10° N. the frontier turns eastwards to the Logone, thence going north-east to the Shari river, which it follows to Lake Chad. The protectorate has an area of about 190,000 sq. m. Estimated population (1908) 3,500,000, of whom 1128 were whites.

Boundaries and Area.—The sea border stretches from the Rio del Rey, right where the coastline starts its major bend from east to south, creating the Bight of Biafra, to the Campo River, covering a distance of 200 miles. The north-western boundary, established in an agreement between Germany and Great Britain on November 15, 1893, runs from the mouth of the Rio del Rey to the "rapids" of the Cross River at 8° 48′ E. From there, it continues in a north-east direction toward Yola, reaching the edges of the town. The boundary then angles south to keep Yola within British territory, then turns north again to cross the Benue River about 3 miles west of where the Faro meets the Benue. From this point, the frontier goes north-east to the border of Lake Chad, which is 35 miles east of the Kuka town meridian. The southern shores of Lake Chad, for a stretch of about 40 miles, belong to the protectorate. The southern and eastern boundaries were defined by agreements between Germany and France on December 24, 1885, March 15, 1894, and April 18, 1908. The southern boundary runs in a fairly straight line from the mouth of the Campo River to the Dscha River (or Ngoko), which it follows to where it meets the Sanga. The eastern boundary runs from the Sanga irregularly north to 10° N., where it gets close to the British frontier at Yola, making the protectorate at its narrowest point just over 50 miles wide. From 10° N., the frontier shifts eastward to the Logone, then moves north-east to the Shari River, which it follows to Lake Chad. The protectorate covers an area of about 190,000 square miles. Estimated population (1908) is 3,500,000, with 1,128 being white.

Origin of the Name.—The name Camarões was first given by the Portuguese discoverers of the 15th and 16th centuries to a large bay or estuary, lying south-east of a great mountain close to the sea, met with after passing the Niger delta. This estuary they called the Rio dos Camarões (the river of Prawns), from the abundance of the crustacea found therein. The name Camarões was also used to designate the neighbouring mountains. The English usage until nearly the end of the 19th century was to confine the term “the Cameroons” to the mountain range, and to speak of the estuary as the Cameroons river. Locally it was often called “the Bay.” On their acquisition of the country in 1884 the Germans extended the use of the name in its Teutonic form— Kamerun—to the whole protectorate.

Origin of the Name.—The name Camarões was first given by the Portuguese explorers of the 15th and 16th centuries to a large bay or estuary located southeast of a major mountain near the sea, encountered after passing the Niger delta. They named this estuary the Rio dos Camarões (the river of Prawns) due to the abundance of crustaceans found there. The name Camarões was also used to refer to the nearby mountains. Until nearly the end of the 19th century, the English typically limited the term "the Cameroons" to the mountain range and referred to the estuary as the Cameroons river. Locally, it was often called "the Bay." When the Germans acquired the territory in 1884, they expanded the name in its German form—Kamerun—to include the entire protectorate.

Physical Features.—Cameroon forms the north-west corner of the great Central African plateau. This becomes evident in its eastern section, where are wide-spreading plains, which farther west assume an undulating character, and gradually merge into a picturesque mountain range. This range, running from north to south, is flanked by a parallel and lower range in the west, with a wide valley between. In the north-west the Upper Guinea mountains send their eastern spurs across the boundary, and from a volcanic rift, which runs south-west to north-east, the Cameroon peak towers up, its summit 13,370 ft. high. This mountain, whose south-western base is washed by the Atlantic, is the highest point on the western side of Africa, and it alone of the great mountains of the continent lies close to the coast. From any vantage point, but especially from the sea, it presents a magnificent spectacle, while some 30 m. westward rises Clarence peak, the culminating point of Fernando Po. With an area, on an isolated base, of 700 to 800 sq. m., Cameroon mountain has but two distinct peaks, Great Cameroon and Little Cameroon (5820 ft.), which is from foot to top covered with dense forest. The native designation of the highest peak is Mongo-ma-Loba, or the Mountain of Thunder, and the whole upper region is usually called Mongo-mo-Ndemi, or the Mountain of Greatness. On the principal summit there are a group of craters. In 1909 the mountain was in eruption and huge streams of lava were ejected. Inland the Chebchi and Mandara mountains indicate the direction and extent of the rift.

Physical Features.—Cameroon is located in the north-west corner of the great Central African plateau. This is clear in its eastern region, where there are expansive plains that gradually give way to rolling hills further west, eventually merging into a stunning mountain range. This range runs from north to south and is bordered on the west by a parallel, lower range, separated by a wide valley. In the north-west, the Upper Guinea mountains extend their eastern foothills across the border, and from a volcanic rift that runs south-west to north-east, the Cameroon peak rises majestically, with its summit at 13,370 ft. This mountain, whose south-western base meets the Atlantic Ocean, is the highest point on the western side of Africa and is unique among the continent's major mountains for being so close to the coast. From any viewpoint, especially from the sea, it offers a spectacular sight, while about 30 miles to the west, Clarence peak, the highest point of Fernando Po, can be seen. Covering an area of about 700 to 800 sq. miles on an isolated base, Cameroon mountain has only two distinct peaks: Great Cameroon and Little Cameroon (5820 ft.), the latter covered from base to summit in dense forest. The local name for the highest peak is Mongo-ma-Loba, or the Mountain of Thunder, and the entire upper region is commonly referred to as Mongo-mo-Ndemi, or the Mountain of Greatness. At the principal summit, there is a group of craters. In 1909, the mountain erupted, releasing massive streams of lava. Inland, the Chebchi and Mandara mountains mark the direction and extent of the rift.

The mountains of the plateau sweep grandly round to the 111 east on reaching the eighth degree of N. lat. Here they give rise to a number of small rivers, which collect in the rift and form the Benue, the great eastern affluent of the Niger. This part of the protectorate is known as Adamawa (q.v.). Farther north, beyond the Mandara mountains, the country, here part of the ancient sultanate of Bornu, slopes to the shores of Lake Chad, and has a general level of 800 to 1000 ft. The greater part of Cameroon is thus a mountainous country, with, on the coast, a strip of low land. In the south this is very narrow; it widens towards the north savewhere the Cameroon peak reaches to the sea.

The mountains of the plateau curve majestically around to the 111 east at the eighth degree of N. latitude. Here, several small rivers emerge, gathering in the rift to form the Benue, the major eastern tributary of the Niger. This area of the protectorate is known as Adamawa (q.v.). Further north, beyond the Mandara mountains, the land, which was once part of the ancient sultanate of Bornu, slopes down to the shores of Lake Chad, generally ranging from 800 to 1,000 feet in elevation. Most of Cameroon is therefore a mountainous region, with a narrow coastal strip of low land. In the south, this coastal area is quite narrow, but it expands toward the north, except where the Cameroon peak reaches the sea.

At the foot of the Cameroon peak a number of estuaries cut deep bays which form excellent harbours. The small rivers which empty into them can be ascended for some miles by steam launches. The principal estuary, which is over 20 m. wide, is called, as already noted, the Cameroon river or bay. The term river is more particularly confined to a ramification of the estuary which receives the waters of the Mungo river (a considerable stream which flows south from the Cameroon mountains), the Wuri, a river coming from the north-east, and various smaller rivers. Under the shadow of Cameroon peak lies the bay of Ambas, with the islands of Ndami (Ambas) and Mondola. It forms a tolerable harbour, capable of receiving large vessels.

At the base of Cameroon peak, several estuaries create deep bays that serve as excellent harbors. The small rivers that flow into them can be navigated for several miles by steam launches. The main estuary, which is over 20 meters wide, is referred to as the Cameroon river or bay, as previously mentioned. The term river is specifically used for a branch of the estuary that takes in the waters of the Mungo river (a significant stream that flows south from the Cameroon mountains), the Wuri, which comes from the northeast, and various smaller rivers. Beneath the shadow of Cameroon peak lies the bay of Ambas, along with the islands of Ndami (Ambas) and Mondola. It provides a decent harbor that can accommodate large vessels.

Traversing the central portion of the country is a large river known in its upper course as the Lom, and in its lower as the Sanaga, which enters the ocean just to the south of the Cameroon estuary. Both the Lom and the Nyong (a more southerly stream) rise in the central plateau, from which they descend in splendid cascades, breaking through the parallel coast range in rapids, which indicate the extent of their navigability. The Lokunja and Kribi are smaller rivers with courses parallel to and south of the Nyong. In the south-east of the colony the streams—of which the chief are the Dscha and Bumba—are tributaries of the Sanga, itself an affluent of the Congo (q.v.). About 100 m. of the right bank of the Sanga, from the confluence of the Dscha upwards, are in German territory. In the north the country drains into Lake Chad through the Logone and Shari (q.v.). Including the headwaters of the Benue the colony has four distinct river-systems, one connecting with the Niger, another with the Congo, and a third with Lake Chad, the fourth being the rivers which run direct to the sea. The Niger and Shari systems communicate, with, at high water, but one obstruction to navigation. The connecting link is a marshy lake named Tuburi. From it issues the Kebbi (Mao Kebi) a tributary of the Benue, and through it flows a tributary of the Logone, the chief affluent of the Shari. The one obstruction in the waterway is a fall of 165 ft. in the Kebbi.

Flowing through the central part of the country is a large river known as the Lom in its upper section and the Sanaga in its lower section, which flows into the ocean just south of the Cameroon estuary. Both the Lom and the Nyong (a river further south) originate in the central plateau, where they descend in beautiful cascades, cutting through the parallel coastal mountains in rapids that show how far they can be navigated. The Lokunja and Kribi are smaller rivers that run parallel to and south of the Nyong. In the southeast of the colony, the streams—mainly the Dscha and Bumba—are tributaries of the Sanga, which is also a tributary of the Congo (q.v.). About 100 meters of the right bank of the Sanga, from the confluence of the Dscha upstream, is in German territory. To the north, the region drains into Lake Chad through the Logone and Shari (q.v.). Including the headwaters of the Benue, the colony has four distinct river systems: one connected to the Niger, another to the Congo, a third to Lake Chad, and the fourth consisting of rivers that flow directly to the sea. The Niger and Shari systems are linked, with only one barrier to navigation during high water. This connection is a swampy lake called Tuburi. From it flows the Kebbi (Mao Kebi), a tributary of the Benue, and a tributary of the Logone, the main tributary of the Shari, also runs through it. The only obstacle in the waterways is a waterfall of 165 feet in the Kebbi.

Geology.—The oldest rocks, forming the greater mass of the hinterland, are gneisses, schists and granites of Archaean age. Along the Benue river a sandstone (Benue sandstone) forms the banks to 14° E. Cretaceous rocks occur around the basalt platform of the Cameroon mountain and generally along the coastal belt. Basalt and tuff, probably of Tertiary age, form the great mass of the Cameroon mountain, also the island of Fernando Po. Extensive areas in the interior, more especially towards Lake Chad, are covered with black earth of alluvial or lacustrine origin.

Geology.—The oldest rocks, which make up most of the hinterland, are gneisses, schists, and granites from the Archaean period. Along the Benue River, a sandstone (Benue sandstone) lines the banks up to 14° E. Cretaceous rocks can be found around the basalt platform of the Cameroon Mountains and generally along the coastal region. Basalt and tuff, likely from the Tertiary period, make up the majority of the Cameroon Mountains, as well as the island of Fernando Po. Large areas in the interior, especially towards Lake Chad, are covered with black earth of alluvial or lacustrine origin.

Climate.—The country lies wholly within the tropics and has a characteristic tropical climate. In the interior four seasons can be distinguished; a comparatively dry and a wet one alternating. July to October are the coldest months, and also bring most rain, but there is hardly a month without rain. On the coast the temperature is high all the year round, but on the plateau it is cooler. Malarial fever is frequent, and even the Africans, especially those coming from other countries, suffer from it. The middle zone of the Cameroon mountain has, however, a temperate climate and affords excellent sites for sanatoria.

Climate.—The country is entirely within the tropics and has a typical tropical climate. In the interior, you can see four distinct seasons: a relatively dry season and a wet season that alternate. July to October are the coldest months and also bring the most rain, yet there is rarely a month without some rainfall. Along the coast, temperatures remain high throughout the year, but on the plateau, it’s cooler. Malarial fever is common, and even Africans, particularly those from other countries, are affected by it. However, the middle zone of the Cameroon mountain has a temperate climate and offers great locations for sanatoriums.

Flora and Fauna.—The southern part of the low coast is chiefly grass land, while the river mouths and arms of the bays are lined with mangroves. The mountainous region is covered with primeval forest, in which timber and valuable woods for cabinet-making are plentiful. Most important are the Elaeis guineensis, Sterculia acuminata and the wild coffee tree. On Cameroon peak the forest ascends to 8000 ft.; above it is grass land. Towards the east the forest gradually grows thinner, assumes a park-like appearance, and finally disappears, wide grass uplands taking its place. The country north of the Benue is rich and well cultivated. Cotton and rubber are found in considerable quantities, and fields of maize, corn, rice and sugarcane bear witness to the fertility of the soil.

Flora and Fauna.—The southern part of the low coast is mostly grassland, while the river mouths and bay inlets are lined with mangroves. The mountainous region is covered in ancient forests, full of timber and valuable woods for furniture making. The most significant species include Elaeis guineensis, Sterculia acuminata, and the wild coffee tree. On Cameroon Peak, the forest rises to 8,000 feet; above that, it's grassland. Toward the east, the forest gradually becomes less dense, takes on a park-like look, and eventually disappears, replaced by vast grass uplands. The area north of the Benue River is rich and well-cultivated. Cotton and rubber are found in large amounts, and fields of maize, corn, rice, and sugarcane showcase the soil's fertility.

Animals are plentiful, including the great pachyderms and carnivora. The latter prey on the various kinds of antelopes which swarm on the grass lands. Two kinds of buffaloes are found in the forests, which are the home of the gorilla and chimpanzee. Large rodents, like the porcupine and cane rat, are numerous. Of birds there are 316 species, and several of venomous snakes.

Animals are abundant, including large elephants and carnivores. The carnivores hunt different types of antelopes that roam the grasslands. Two species of buffalo live in the forests, which are also home to gorillas and chimpanzees. Large rodents, such as porcupines and cane rats, are everywhere. There are 316 species of birds, along with several types of venomous snakes.

Inhabitants.—The north of Cameroon is inhabited by Fula (q.v.) and Hausa (q.v.) and allied tribes, the south by Bantu-speaking races. The Fula came from the north and north-east, gradually driving the Bantu-negroes before them. They brought horses and horned cattle, unknown in these regions until then, and they founded well-organized states, like that of Adamawa, now divided between Cameroon and the British protectorate of Nigeria. In the vicinity of the rivers Benue, Faro and Kebbi, the people, who are good agriculturists, raise cereals and other crops, while on the plateaus stock-raising forms the chief pursuit of the inhabitants. In this northern region villages are built in the Sudanese zeriba style, surrounded with thorn fences; more important places are enclosed by a well-built wall and strongly fortified. Of martial disposition, the people often waged war with their neighbours, and also amongst themselves until the pacification of the hinterland by Germany at the beginning of the 20th century.

Inhabitants.—The north of Cameroon is home to the Fula (q.v.) and Hausa (q.v.) as well as related tribes, while the south is populated by Bantu-speaking groups. The Fula migrated from the north and northeast, gradually pushing the Bantu-negroes ahead of them. They introduced horses and cattle, which had not been seen in these regions before, and established well-organized states like that of Adamawa, now split between Cameroon and the British protectorate of Nigeria. Around the rivers Benue, Faro, and Kebbi, the locals are skilled farmers who cultivate cereals and other crops, while on the plateaus, raising livestock is the main activity. In this northern area, villages are constructed in the Sudanese zeriba style, surrounded by thorn fences; larger settlements are enclosed by sturdy walls and heavily fortified. Known for their warrior spirit, the people frequently engaged in conflicts with their neighbors and among themselves until Germany pacified the inland regions at the start of the 20th century.

The Bantu-negroes inhabit the country south of about 7° N. Chief among the tribes are the Dualla (q.v.), the Ba-kwiri (q.v.), the Ba-Long, the Ba-Farami, the Wuri, the Abo and the Ba-Kundu. They build square houses, are active traders and are ruled by independent chiefs, having no political cohesion. Among the Dualla a curious system of drum signals is noteworthy. In the coast towns are numbers of Krumen, who, however, rarely settle permanently in the country. The Fula, as also most of the Hausa, are Moslems, the other tribes are pagans. Missionary societies, both Protestant and Roman Catholic, are represented in the colony, and their schools are well attended, as are the schools belonging to the government. In all the schools German is taught, but pidgin-English is largely spoken at the coast towns.

The Bantu people live in the area south of about 7° N. The main tribes include the Dualla (q.v.), the Ba-kwiri (q.v.), the Ba-Long, the Ba-Farami, the Wuri, the Abo, and the Ba-Kundu. They construct square houses, are active traders, and are governed by independent chiefs, lacking any political unity. A notable aspect among the Dualla is their interesting system of drum signals. In the coastal towns, there are many Krumen, who typically do not settle permanently in the area. The Fula, like most of the Hausa, are Muslims, while the other tribes are pagans. Missionary groups, both Protestant and Roman Catholic, are present in the colony, and their schools are well-populated, as are the government schools. German is taught in all the schools, but pidgin-English is widely spoken in the coastal towns.

Chief Towns.—Duala, the chief town in the protectorate, is situated on the Cameroon estuary at the mouth of the Wuri river in 4° 2′ N. 9° 42′ E. It consists of various trading stations and native towns close to one another on the south bank of the river and known, before the German occupation, as Cameroon, Bell town, Akwa town, &c. Hickory, on the north side of the stream and the starting point of the railway to the interior, is also part of Duala, which has a total population of 22,000, including about 170 Europeans. Duala is the headquarters of the merchants and missionaries. The principal streets are wide and tree lined, the sanitation is good. The government offices are placed in a fine park in which are statues of Gustav Nachtigal and others. The port is provided with a floating dock. The seat of government is Buea, a post 3000 ft. above the sea on the slopes of the Cameroon mountain. Victoria is a flourishing town in Ambas Bay, founded by the British Baptist missionaries expelled from Fernando Po in 1858 (see below). Batanga and Campo are trading stations in the southern portion of the colony. On the route from Duala to Lake Chad is the large commercial town of Ngaundere, inhabited chiefly by Hausas and occupied by the Germans in 1901. Another large town is Garua on the Benue river. Farther north and within 30 m. of Lake Chad is Dikwa (Dikoa), in Bornu, the town chosen by Rabah (q.v.) as his capital after his conquest of Bornu. Gulfei on the lower Shari and Kusseri on the Logone are also towns of some note. Ngoko is a trading station on the Dscha, in the south-east of the protectorate, near the confluence of that river with the Sanga.

Chief Towns.—Duala, the main town in the protectorate, is located on the Cameroon estuary at the mouth of the Wuri River at 4° 2′ N. 9° 42′ E. It is made up of several trading stations and native towns close to each other on the south bank of the river, previously called Cameroon, Bell town, Akwa town, etc., before German occupation. Hickory, on the north side of the river and the starting point for the railway to the interior, is also part of Duala, which has a total population of 22,000, including around 170 Europeans. Duala serves as the headquarters for merchants and missionaries. The main streets are wide and lined with trees, and sanitation is good. The government offices are situated in a beautiful park featuring statues of Gustav Nachtigal and others. The port includes a floating dock. The seat of government is in Buea, a location 3000 ft. above sea level on the slopes of the Cameroon mountain. Victoria is a thriving town in Ambas Bay, established by British Baptist missionaries expelled from Fernando Po in 1858 (see below). Batanga and Campo are trading stations in the southern part of the colony. On the route from Duala to Lake Chad is the large commercial town of Ngaundere, mainly inhabited by Hausas and occupied by the Germans in 1901. Another significant town is Garua on the Benue River. Further north and within 30 miles of Lake Chad is Dikwa (Dikoa), in Bornu, chosen by Rabah (q.v.) as his capital after his conquest of Bornu. Gulfei on the lower Shari and Kusseri on the Logone are also notable towns. Ngoko is a trading station on the Dscha, in the southeast of the protectorate, near where that river meets the Sanga.

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Products and Industry.—Cameroon is rich in natural products, one of the most important being the oil-palm. Cocoa cultivation was introduced by the Germans and proved remarkably successful. Rubber is collected from the Landolphia and various species of Ficus. Palm-oil, palm kernels, cocoa, copal, copra, Calabar beans, kola-nuts and ivory are the principal exports. There are several kinds of finely-grained wood, amongst which a very dark ebony is specially remarkable. Cotton, indigo and various fibres of plants deserve notice. The natives grow several kinds of bananas, yams and batatas, maize, pea-nuts, sugar-cane, sorghum and pepper. Minerals have not been found in paying quantities. Iron is smelted by the natives, who, especially amongst the Hausas, are very clever smiths, and manufacture fine lances and arrow heads, knives and swords, and also hoes. Dikwa is the centre of an important trade of which the chief articles are coffee, sugar, velvet, silk and weapons, as well as gold and silver objects brought by caravans from Tripoli. The natives round the Cameroon estuary are clever carvers of wood, and make highly ornamental figure heads for their canoes, which also sometimes show very fine workmanship. In the interior the people use the wild-growing cotton and fibres of plants to manufacture coarse drapery and plait-work. Plantations founded by German industry are fairly successful. Large reserves are set apart for the natives by government when marking off the land granted to plantation companies. The best-known of these companies, the Süd-Kamerun, holds a concession over a large tract of country by the Sanga river, exporting its rubber, ivory and other produce via the Congo. The principal imports are cotton goods, spirits, building material, firearms, hardware and salt. The annual value of the external trade in the period 1900-1905 averaged about £800,000. In 1907 the value of the trade had increased to £1,700,000. Some 70% of the import and export trade was with Germany, the remainder being almost entirely with Great Britain. The percentage of the trade with Germany was increasing, that with Britain decreasing.

Products and Industry.—Cameroon is rich in natural resources, with one of the most significant being the oil palm. Cocoa farming was introduced by the Germans and turned out to be very successful. Rubber is harvested from the Landolphia and various species of Ficus. The main exports include palm oil, palm kernels, cocoa, copal, copra, Calabar beans, kola nuts, and ivory. There are several types of finely grained wood, with a particularly notable dark ebony. Cotton, indigo, and various plant fibers are also worth mentioning. The locals cultivate different types of bananas, yams, sweet potatoes, maize, peanuts, sugar cane, sorghum, and pepper. Minerals haven’t been found in commercially viable amounts. Iron is smelted by the locals, especially among the Hausas, who are skilled blacksmiths and create fine lances, arrowheads, knives, swords, and hoes. Dikwa is a hub for an important trade, primarily dealing in coffee, sugar, velvet, silk, weapons, as well as gold and silver items brought by caravans from Tripoli. The people around the Cameroon estuary are skilled wood carvers, crafting highly decorative figureheads for their canoes, which often display exquisite craftsmanship. In the interior, the community uses wild cotton and plant fibers to make coarser fabrics and woven goods. Plantations established by German industry are somewhat successful. The government reserves large areas for the natives when designating land for plantation companies. The best-known of these, the Süd-Kamerun, holds a concession over a large area near the Sanga River, exporting its rubber, ivory, and other products through the Congo. The main imports include cotton goods, spirits, building materials, firearms, hardware, and salt. The annual value of external trade from 1900 to 1905 averaged about £800,000. By 1907, the trade value rose to £1,700,000. About 70% of the import and export trade was with Germany, with the rest primarily with Great Britain. The share of trade with Germany was on the rise, while that with Britain was declining.

Communications.—There is regular steamship communication with Europe by German and British boats. On the rivers which run into the Cameroon estuary small steam launches ply. The protectorate belongs to the Postal Union, and is connected by cable with the British telegraph station at Bonny in the Niger delta.

Communications.—There is regular steamship service with Europe by German and British boats. On the rivers that flow into the Cameroon estuary, small steam launches operate. The protectorate is part of the Postal Union and is linked by cable to the British telegraph station at Bonny in the Niger delta.

An imperial guarantee of interest was obtained in 1905 for the construction of a railway from Hickory to Bayong, a place 100 m. to the north, the district traversed being fertile and populous. From Victoria a line runs to Soppo (22 m.) near Buea and is continued thence northward. Another line, sanctioned in 1908, runs S.E. from Duala to the upper waters of the Nyong. In the neighbourhood of government stations excellent roads have been built. The chief towns in the coast region are connected by telegraph and telephone.

An imperial guarantee of interest was secured in 1905 for the construction of a railway from Hickory to Bayong, which is 100 miles to the north, through a fertile and populated area. From Victoria, a line extends to Soppo (22 miles) near Buea and continues north. Another line, approved in 1908, runs southeast from Douala to the upper waters of the Nyong. In the vicinity of government stations, excellent roads have been constructed. The main towns in the coastal region are connected by telegraph and telephone.

Government Revenue, &c.—The administration is under the direction of a governor appointed by and responsible to the imperial authorities. The governor is assisted by a chancellor and other officials and an advisory council whose members are merchants resident in the protectorate. Decrees having the force of law are issued by the imperial chancellor on the advice of the governor. In Adamawa and German Bornu are various Mahommedan sultanates controlled by residents stationed at Garua and Kusseri. Revenue is raised chiefly by customs dues on spirits and tobacco and a general 10% ad valorem duty on most goods. A poll tax is imposed on the natives. The local revenue (£131,000 in 1905) is supplemented by an imperial grant, the protectorate in the first twenty-one years of its existence never having raised sufficient revenue to meet its expenditure, which in 1905 exceeded £230,000. Order is maintained by a native force officered by Germans.

Government Revenue, &c.—The administration is led by a governor appointed by and accountable to the imperial authorities. The governor is supported by a chancellor and other officials, along with an advisory council made up of local merchants in the protectorate. Laws are issued by the imperial chancellor based on the governor's advice. In Adamawa and German Bornu, there are various Muslim sultanates overseen by officials based in Garua and Kusseri. Revenue is primarily generated through customs duties on alcohol and tobacco, as well as a general 10% ad valorem tax on most goods. A poll tax is levied on the local population. The local revenue (£131,000 in 1905) is supplemented by funds from the imperial government, as the protectorate had not generated enough revenue to cover its expenses in its first twenty-one years, which exceeded £230,000 in 1905. Order is maintained by a local force led by German officers.

History.—Cameroon and the neighbouring coast were discovered by the Portuguese navigator, Fernando Po, towards the close of the 15th century. They were formerly regarded as within the Oil Rivers district, sometimes spoken of as the Oil Coast. Trading settlements were established by Europeans as early as the 17th century. The trade was confined to the coast, the Dualla and other tribes being recognized intermediaries between the coast “factories” and the tribes in the interior, whither they allowed no strange trader to proceed. They took a quantity of goods on trust, visited the tribes in the forest, and bartered for ivory, rubber and other produce. This method of trade, called the trust system, worked well, but when the country came under the administration of Germany, the system broke down, as inland traders were allowed to visit the coast. Before this happened the “kings” of the chief trading stations—Akwa and Bell—were wealthy merchant princes. From the beginning until near the end of the 19th century they were very largely under British influence. In 1837 the king of Bimbia, a district on the mainland on the north of the estuary, made over a large part of the country round the bay to Great Britain. In 1845, at which time there was a flourishing trade in slaves between Cameroon and America, the Baptist Missionary Society made its first settlement on the mainland of Africa, Alfred Saker (1814-1880) obtaining from the Akwa family the site for a mission station. In 1848 another mission station was established at Bimbia, the king agreeing to abolish human sacrifices at the funerals of his great men. Into the Cameroon country Saker and his colleagues introduced the elements of civilization, and with the help of British men-of-war the oversea slave trade was finally stopped (c. 1875). The struggles between the Bell (Mbeli) and Akwa families were also largely composed. In 1858, on the expulsion of the Baptists from Fernando Po (q.v.), Saker founded at Ambas Bay a colony of the freed negroes who then left the island, the settlement being known as Victoria. Two years after this event the first German factory was established in the estuary by Messrs Woermann of Hamburg. In 1870 the station at Bimbia was given up by the missionaries, but that at Akwa town continued to flourish, the Dualla showing themselves eager to acquire education, while Saker reduced their language to writing. He left Cameroon in 1876, the year before George Grenfell, afterwards famous for his work on the Congo, came to the country, where he remained three years. Like the earlier missionaries he explored the adjacent districts, discovering the Sanaga in its lower course. Although British influence was powerful and the British consul for the Oil Rivers during this period exercised considerable authority over the native chiefs, requests made by them—in particular by the Dualla chiefs in 1882—for annexation by Great Britain, were refused or neglected, with the result that when Germany started on her quest to pick up unappropriated parts of the African coast she was enabled to secure Cameroon. A treaty with King Bell was negotiated by Dr Gustav Nachtigal, the signature of the king and the other chiefs being obtained at midnight on the 15th of July 1884. Five days later Mr E.H. Hewett, British consul, arrived with a mission to annex the country to Great Britain.2 Though too late to secure King Bell’s territory, Mr Hewett concluded treaties with all the neighbouring chiefs, but the British government decided to recognize the German claim not only to Bell town, but to the whole Cameroon region. Some of the tribes, disappointed at not being taken over by Great Britain, refused to acknowledge German sovereignty. Their villages were bombarded and they were reduced to submission. The settlement of the English Baptists at Victoria, Ambas Bay, was at first excluded from the German protectorate, but in March 1887 an arrangement was made by which, while the private rights of the missionaries were maintained, the sovereignty of the settlement passed to Germany. The Baptist Society thereafter made over its missions, both at Ambas Bay and in the estuary, to the Basel Society.

History.—Cameroon and the neighbouring coast were discovered by the Portuguese navigator, Fernando Po, towards the close of the 15th century. They were formerly regarded as within the Oil Rivers district, sometimes spoken of as the Oil Coast. Trading settlements were established by Europeans as early as the 17th century. The trade was confined to the coast, the Dualla and other tribes being recognized intermediaries between the coast “factories” and the tribes in the interior, whither they allowed no strange trader to proceed. They took a quantity of goods on trust, visited the tribes in the forest, and bartered for ivory, rubber and other produce. This method of trade, called the trust system, worked well, but when the country came under the administration of Germany, the system broke down, as inland traders were allowed to visit the coast. Before this happened the “kings” of the chief trading stations—Akwa and Bell—were wealthy merchant princes. From the beginning until near the end of the 19th century they were very largely under British influence. In 1837 the king of Bimbia, a district on the mainland on the north of the estuary, made over a large part of the country round the bay to Great Britain. In 1845, at which time there was a flourishing trade in slaves between Cameroon and America, the Baptist Missionary Society made its first settlement on the mainland of Africa, Alfred Saker (1814-1880) obtaining from the Akwa family the site for a mission station. In 1848 another mission station was established at Bimbia, the king agreeing to abolish human sacrifices at the funerals of his great men. Into the Cameroon country Saker and his colleagues introduced the elements of civilization, and with the help of British men-of-war the oversea slave trade was finally stopped (c. 1875). The struggles between the Bell (Mbeli) and Akwa families were also largely composed. In 1858, on the expulsion of the Baptists from Fernando Po (q.v.), Saker founded at Ambas Bay a colony of the freed negroes who then left the island, the settlement being known as Victoria. Two years after this event the first German factory was established in the estuary by Messrs Woermann of Hamburg. In 1870 the station at Bimbia was given up by the missionaries, but that at Akwa town continued to flourish, the Dualla showing themselves eager to acquire education, while Saker reduced their language to writing. He left Cameroon in 1876, the year before George Grenfell, afterwards famous for his work on the Congo, came to the country, where he remained three years. Like the earlier missionaries he explored the adjacent districts, discovering the Sanaga in its lower course. Although British influence was powerful and the British consul for the Oil Rivers during this period exercised considerable authority over the native chiefs, requests made by them—in particular by the Dualla chiefs in 1882—for annexation by Great Britain, were refused or neglected, with the result that when Germany started on her quest to pick up unappropriated parts of the African coast she was enabled to secure Cameroon. A treaty with King Bell was negotiated by Dr Gustav Nachtigal, the signature of the king and the other chiefs being obtained at midnight on the 15th of July 1884. Five days later Mr E.H. Hewett, British consul, arrived with a mission to annex the country to Great Britain.2 Though too late to secure King Bell’s territory, Mr Hewett concluded treaties with all the neighbouring chiefs, but the British government decided to recognize the German claim not only to Bell town, but to the whole Cameroon region. Some of the tribes, disappointed at not being taken over by Great Britain, refused to acknowledge German sovereignty. Their villages were bombarded and they were reduced to submission. The settlement of the English Baptists at Victoria, Ambas Bay, was at first excluded from the German protectorate, but in March 1887 an arrangement was made by which, while the private rights of the missionaries were maintained, the sovereignty of the settlement passed to Germany. The Baptist Society thereafter made over its missions, both at Ambas Bay and in the estuary, to the Basel Society.

The extension of German influence in the interior was gradually accomplished, though not without considerable bloodshed. That part of Adamawa recognized as outside the British frontier was occupied in 1901 after somewhat severe fighting. In 1902 the imperial troops first penetrated into that part of Bornu reserved to Germany by agreements with Great Britain and France. They found the country in the military occupation of France. The French officers, who stated that their presence was due to 113 the measures rendered necessary by the ravages of Rabah and his sons, withdrew their troops into French territory. The shores of Lake Chad were first reached by a German military force on the 2nd of May 1902. In 1904 and again in 1905 there were native risings in various parts of the protectorate. These disturbances were followed, early in 1906, by the recall of the governor, Herr von Puttkamer, who was called upon to answer charges of maladministration. He was succeeded in 1907 by Dr T. Seitz. Collisions on the southern border of the protectorate between French and German troops led in 1905-1906 to an accurate survey of the south and east frontier regions and to a new convention (1908) whereby for the straight lines marking the frontier in former agreements natural features were largely substituted. Germany gained a better outlet to the Sanga river.

The expansion of German influence inland happened gradually, but not without significant violence. The part of Adamawa that was considered outside the British border was taken over in 1901 after intense fighting. In 1902, the imperial troops first moved into the section of Bornu that had been designated for Germany by treaties with Great Britain and France. They discovered that this area was occupied by French forces. The French officers, who claimed their presence was necessary due to the devastation caused by Rabah and his sons, pulled their troops back into French territory. A German military unit first reached the shores of Lake Chad on May 2, 1902. In 1904 and again in 1905, there were local uprisings in various regions of the protectorate. These disturbances led to the recall of the governor, Herr von Puttkamer, in early 1906, as he had to respond to accusations of poor management. He was replaced in 1907 by Dr. T. Seitz. Clashes on the southern border of the protectorate between French and German troops resulted in 1905-1906 in a detailed survey of the southern and eastern border areas and a new agreement in 1908, which replaced the straight lines from earlier treaties with natural features. Germany gained better access to the Sanga River.

The ascent of the Cameroon mountain was first attempted by Joseph Merrick of the Baptist Missionary Society in 1847; but it was not till 1861 that the summit was gained, when the ascent was made by Sir Richard Burton, Gustav Mann, a noted botanist, and Señor Calvo. The starting-point was Babundi, a place on the seashore west of the mountain. From the south-east the summit was reached by Mary Kingsley in 1895.

The climb up Cameroon Mountain was first attempted by Joseph Merrick of the Baptist Missionary Society in 1847, but it wasn't until 1861 that the peak was successfully reached by Sir Richard Burton, noted botanist Gustav Mann, and Señor Calvo. The journey began at Babundi, a location on the coast to the west of the mountain. In 1895, Mary Kingsley reached the summit from the southeast.

See Mary H. Kingsley, Travels in West Africa (London, 1897); Sir R. Burton, Abeokuta and the Cameroons Mountains (2 vols., London, 1863); E.B. Underhill, Alfred Saker ... A Biography (London, 1884); Sir H.H. Johnston, George Grenfell and the Congo ... and Notes on the Cameroons ... (London, 1908); Max Buchner, Kamerun Skizzen und Betrachtungen (Leipzig, 1887); S. Passarge, Adamaua (Berlin, 1895); E. Zintgraph, Nord-Kamerun (Berlin, 1895); F. Hutter, Wanderungen und Forschungen im Nord-Hinterland von Kamerun (Brunswick, 1902); F. Bauer, Die deutsche Niger-Benue-Tsadsee-Expedition, 1902-1903 (Berlin, 1904); C. René, Kamerun und die deutsche Tsâdsee Eisenbahn (Berlin, 1905); O. Zimmermann, Durch Busch und Steppe vom Campo bis zum Schari, 1892-1902 (Berlin, 1909); also British Foreign Office Reports. For special study of particular sciences see F. Wohltmann, Der Plantagenbau in Kamerun und seine Zukunft (Berlin, 1896); F. Plehn, Die Kamerunküste, Studien zur Klimatologie, Physiologie und Pathologie in den Tropen (Berlin, 1898); E. Esch, F. Solger, M. Oppenheim and 0. Jaekel, Beiträge zur Geologie von Kamerun (Stuttgart, 1904). For geology the following works may also be consulted: Stromer von Reichenbach, Geologie der deutschen Schutzgebiete in Afrika (Berlin, 1896); A. von Koenen, “Über Fossilien der unteren Kreide am Ufer des Mungo in Kamerun,” Abh. k. Wiss., Göttingen, 1897; E. Cohen, “Lava vom Camerun-Gebirge,” Neues Jahrb. f. Min., 1887.

See Mary H. Kingsley, Travels in West Africa (London, 1897); Sir R. Burton, Abeokuta and the Cameroons Mountains (2 vols., London, 1863); E.B. Underhill, Alfred Saker ... A Biography (London, 1884); Sir H.H. Johnston, George Grenfell and the Congo ... and Notes on the Cameroons ... (London, 1908); Max Buchner, Kamerun Skizzen und Betrachtungen (Leipzig, 1887); S. Passarge, Adamaua (Berlin, 1895); E. Zintgraph, Nord-Kamerun (Berlin, 1895); F. Hutter, Wanderungen und Forschungen im Nord-Hinterland von Kamerun (Brunswick, 1902); F. Bauer, Die deutsche Niger-Benue-Tsadsee-Expedition, 1902-1903 (Berlin, 1904); C. René, Kamerun und die deutsche Tsâdsee Eisenbahn (Berlin, 1905); O. Zimmermann, Durch Busch und Steppe vom Campo bis zum Schari, 1892-1902 (Berlin, 1909); also British Foreign Office Reports. For a focused study of specific sciences, see F. Wohltmann, Der Plantagenbau in Kamerun und seine Zukunft (Berlin, 1896); F. Plehn, Die Kamerunküste, Studien zur Klimatologie, Physiologie und Pathologie in den Tropen (Berlin, 1898); E. Esch, F. Solger, M. Oppenheim, and O. Jaekel, Beiträge zur Geologie von Kamerun (Stuttgart, 1904). For geology, the following works may also be consulted: Stromer von Reichenbach, Geologie der deutschen Schutzgebiete in Afrika (Berlin, 1896); A. von Koenen, “Über Fossilien der unteren Kreide am Ufer des Mungo in Kamerun,” Abh. k. Wiss., Göttingen, 1897; E. Cohen, “Lava vom Camerun-Gebirge,” Neues Jahrb. f. Min., 1887.

(F. R. C.)

1 This English form of the name, adopted in the 10th ed. of the Ency. Brit., from the German, appears preferable both to the un-English Kamerun and to the older and clumsy “the Cameroons.”

1 This English form of the name, adopted in the 10th ed. of the Ency. Brit., from the German, appears preferable both to the un-English Kamerun and to the older and clumsy “the Cameroons.”

2 On the 26th of July a French gunboat also entered the estuary on a belated annexation mission.

2 On the 26th of July a French gunboat also entered the estuary on a belated annexation mission.


CAMILING, a town of the province of Tarlac, Luzon, Philippine Islands, on the Camiling river, about 80 m. N.N.W. of Manila. Pop. (1903) 25,243. In 1903 after the census had been taken, the adjacent towns of Santa Ignacia (pop. 1911) and San Clemente (pop. 1822) were annexed to Camiling. Its products are rice, Indian corn and sugar. Fine timber grows in the vicinity. The principal language is Ilocano; Pangasinan, too, is spoken. Being in an isolated position, very difficult of access during the rainy season, Camiling has always been infested with thieves and bands of outlaws, who come here for concealment.

CAMILING, is a town in the province of Tarlac, Luzon, in the Philippines, situated on the Camiling River, about 80 miles north-northwest of Manila. Its population was 25,243 in 1903. After the census was conducted in 1903, the nearby towns of Santa Ignacia (population in 1911) and San Clemente (population 1,822) were added to Camiling. The main products include rice, corn, and sugar. There is also fine timber in the area. The primary language spoken is Ilocano, with Pangasinan also being used. Due to its isolated location, which is hard to access during the rainy season, Camiling has historically had problems with thieves and gangs of outlaws who seek refuge there.


CAMILLUS, MARCUS FURIUS, Roman soldier and statesman, of patrician descent, censor in 403 b.c. He triumphed four times, was five times dictator, and was honoured with the title of Second Founder of Rome. When accused of having unfairly distributed the spoil taken at Veii, which was captured by him after a ten years’ siege, he went into voluntary exile at Ardea. The real cause of complaint against him was no doubt his patrician haughtiness and his triumphal entry into Rome in a chariot drawn by white horses. Subsequently the Romans, when besieged in the Capitol by the Gauls, created him dictator; he completely defeated the enemy (but see Brennus and Rome: History, ii., “The Republic”) and drove them from Roman territory. He dissuaded the Romans, disheartened by the devastation wrought by the Gauls, from migrating to Veii, and induced them to rebuild the city. He afterwards fought successfully against the Aequi, Volsci and Etruscans, and repelled a fresh invasion of the Gauls in 367. Though patrician in sympathy, he saw the necessity of making concessions to the plebeians and was instrumental in passing the Licinian laws. He died of the plague in the eighty-first year of his age (365). The story of Camillus is no doubt largely traditional. To this element probably belongs the story of the schoolmaster who, when Camillas was attacking Falerii (q.v.), attempted to betray the town by bringing into his camp the sons of some of the principal inhabitants of the place. Camillus, it is said, had him whipped back into the town by his pupils, and the Faliscans were so affected by this generosity that they at once surrendered.

CAMILLUS, MARCUS FURIUS, Roman soldier and statesman, of patrician descent, censor in 403 B.C. He triumphed four times, was five times dictator, and was honoured with the title of Second Founder of Rome. When accused of having unfairly distributed the spoil taken at Veii, which was captured by him after a ten years’ siege, he went into voluntary exile at Ardea. The real cause of complaint against him was no doubt his patrician haughtiness and his triumphal entry into Rome in a chariot drawn by white horses. Subsequently the Romans, when besieged in the Capitol by the Gauls, created him dictator; he completely defeated the enemy (but see Brennus and Rome: History, ii., “The Republic”) and drove them from Roman territory. He dissuaded the Romans, disheartened by the devastation wrought by the Gauls, from migrating to Veii, and induced them to rebuild the city. He afterwards fought successfully against the Aequi, Volsci and Etruscans, and repelled a fresh invasion of the Gauls in 367. Though patrician in sympathy, he saw the necessity of making concessions to the plebeians and was instrumental in passing the Licinian laws. He died of the plague in the eighty-first year of his age (365). The story of Camillus is no doubt largely traditional. To this element probably belongs the story of the schoolmaster who, when Camillas was attacking Falerii (q.v.), attempted to betray the town by bringing into his camp the sons of some of the principal inhabitants of the place. Camillus, it is said, had him whipped back into the town by his pupils, and the Faliscans were so affected by this generosity that they at once surrendered.

See Livy v. 10, vi. 4; Plutarch, Camillus. For the Gallic retreat, see Polybius ii. 18; T. Mommsen, Römische Forschungen, ii. pp. 113-152 (1879).

See Livy v. 10, vi. 4; Plutarch, Camillus. For the Gallic retreat, see Polybius ii. 18; T. Mommsen, Römische Forschungen, ii. pp. 113-152 (1879).


CAMILLUS and CAMILLA, in Roman antiquity, originally terms used for freeborn children. Later, they were used to denote the attendants on certain priests and priestesses, especially the flamen dialis and flaminica and the curiones. It was necessary that they should be freeborn and the children of parents still alive (Dion. Halic. ii. 21). The name Camillus has been connected with the Cadmilus or Casmilus of the Samothracian mysteries, identified with Hermes (see Cabeiri).

CAMILLUS and CAMILLA, in Roman antiquity, originally terms used for freeborn children. Later, they were used to denote the attendants on certain priests and priestesses, especially the flamen dialis and flaminica and the curiones. It was necessary that they should be freeborn and the children of parents still alive (Dion. Halic. ii. 21). The name Camillus has been connected with the Cadmilus or Casmilus of the Samothracian mysteries, identified with Hermes (see Cabeiri).


CAMISARDS (from camisade, obsolete Fr. for “a night attack,” from the Ital. camiciata, formed from camicia—Fr. chemise—a shirt, from the fact of a shirt being worn over the armour in order to distinguish friends from foes), the name given to the peasantry of the Cévennes who, from 1702 to 1705 and for some years afterwards, carried on an organized military resistance to the dragonnades, or conversion by torture, death and confiscation of property, by which, in the Huguenot districts of France, the revocation of the edict of Nantes was attempted to be enforced. The Camisards were also called Barbets (“water-dogs,” a term also applied to the Waldenses), Vagabonds, Assemblers (assemblée was the name given to the meeting or conventicle of Huguenots), Fanatics and the Children of God. They belonged to that romance-speaking people of Gothic descent whose mystic imagination and independent character made the south of France the most fertile nursing-ground of medieval heresy (see Cathars and Albigenses). At the time of the Reformation the same causes produced like results. Calvin was warmly welcomed when he preached at Nîmes; Montpellier became the chief centre for the instruction of the Huguenot youth. It was, however, in the great triangular plateau of mountain called the Cévennes that, among the small farmers, the cloth and silk weavers and vine dressers, Protestantism was most intense and universal. These people were (and still are) very poor, but intelligent and pious, and of a character at once grave and fervent. From the lists of Huguenots sent from Languedoc to the galleys (1684 to 1762), we gather that the common type of physique is “belle taille, cheveux bruns, visage ovale.” The chief theatre of the revolt comprised that region of the Cévennes bounded by the towns of Florac, Pont-de-Montvert, Alais and Lasalle, thus embracing the southern portion of the department of Lozère (the Bas-Gévaudan) and the neighbouring district in the east of the department of Gard.

CAMISARDS (from camisade, obsolete Fr. for “a night attack,” from the Ital. camiciata, formed from camicia—Fr. chemise—a shirt, from the fact of a shirt being worn over the armour in order to distinguish friends from foes), the name given to the peasantry of the Cévennes who, from 1702 to 1705 and for some years afterwards, carried on an organized military resistance to the dragonnades, or conversion by torture, death and confiscation of property, by which, in the Huguenot districts of France, the revocation of the edict of Nantes was attempted to be enforced. The Camisards were also called Barbets (“water-dogs,” a term also applied to the Waldenses), Vagabonds, Assemblers (assemblée was the name given to the meeting or conventicle of Huguenots), Fanatics and the Children of God. They belonged to that romance-speaking people of Gothic descent whose mystic imagination and independent character made the south of France the most fertile nursing-ground of medieval heresy (see Cathars and Albigenses). At the time of the Reformation the same causes produced like results. Calvin was warmly welcomed when he preached at Nîmes; Montpellier became the chief centre for the instruction of the Huguenot youth. It was, however, in the great triangular plateau of mountain called the Cévennes that, among the small farmers, the cloth and silk weavers and vine dressers, Protestantism was most intense and universal. These people were (and still are) very poor, but intelligent and pious, and of a character at once grave and fervent. From the lists of Huguenots sent from Languedoc to the galleys (1684 to 1762), we gather that the common type of physique is “belle taille, cheveux bruns, visage ovale.” The chief theatre of the revolt comprised that region of the Cévennes bounded by the towns of Florac, Pont-de-Montvert, Alais and Lasalle, thus embracing the southern portion of the department of Lozère (the Bas-Gévaudan) and the neighbouring district in the east of the department of Gard.

In order to understand the War of the Cévennes it is necessary to recall the persecutions which preceded and followed the revocation of the edict of Nantes. It is also necessary to remember the extraordinary religious movement which had for a great number of years agitated the Protestants of France. Faced by the violation of that most solemn of treaties, a treaty which had been declared perpetual and irrevocable by Henry IV., Louis XIII. and even Louis XIV. himself, they could not, in the enthusiasm of their faith, believe that such a crime would be left unpunished. But being convinced that no human power could give them liberty of conscience, they went to the Bible to find when their deliverance would come. As far back as 1686 Pierre Jurieu published his work L’Accomplissement des prophéties, in which, speaking of the Apocalypse, he predicted the end of the persecution and the fall of Babylon—that is to say of Roman Catholicism—for 1689. The Revolution in England seemed to provide a striking corroboration of his prophecies, and the apocalyptic enthusiasm took so strong a hold on people’s minds that Bossuet felt compelled to refute Jurieu’s arguments in his Apocalypse expliquée, published in 1689. The Lettres pastorales of Jurieu (Rotterdam, 1686-1687), a series of brief tracts which were secretly circulated in France, 114 continued to narrate events and prodigies in which the author saw the intervention of God, and thus strengthened the courage of his adherents. This religious enthusiasm, under the influence of Du Serre, was manifested for the first time in the Dauphiné. Du Serre, who was a pupil of Jurieu, communicated his mystic faith to young children who were called the “petits prophètes,” the most famous of whom was a girl named “La belle Isabeau.” Brought up on the study of the prophets and the Apocalypse, these children went from village to village quoting and requoting the most obscure and terrible passages from these ancient prophecies (see Antichrist). It is necessary to remember that at this time the Protestants were without ministers, all being in exile, and were thus deprived of all real religious instruction. They listened with enthusiasm to this strange preaching, and thousands of those who were called New Catholics were seen to be giving up attendance at Mass. The movement advanced in Languedoc with such rapidity that at one time there were more than three hundred children shut up in the prisons of Uzès on the charge of prophesying, and the Faculty of Medicine of Montpellier, which was entrusted with their examination, went so far in their ignorance as to pronounce these irresponsible infants guilty of fanaticism. After the peace of Ryswick, 1697, the fierceness of the persecution was redoubled in the South. “I will show no mercy to the preachers,” wrote the terrible Baville, the so-called “king of Languedoc,” and he kept his word. The people of the Cévennes were in despair, for their loyalty to the king had been remarkable. In 1683 on the 6th of September an assembly composed of fifty pastors, sixty-four noblemen and thirty-four notables, held at Colognac, had drawn up a statement of its unalterable loyalty to Louis XIV. It is important to notice that the revolt of the Cévennes was essentially a popular movement. Among its leaders there was not a single nobleman, but only men of the people, a baker, a blacksmith, some ex-soldiers; but by far the most extraordinary characterisic is the presence, no longer of children, but of men and women who declared themselves inspired, who fell into religious ecstasies and roused in their comrades the most heroic bravery in battle and at the stake.

In order to understand the War of the Cévennes it is necessary to recall the persecutions which preceded and followed the revocation of the edict of Nantes. It is also necessary to remember the extraordinary religious movement which had for a great number of years agitated the Protestants of France. Faced by the violation of that most solemn of treaties, a treaty which had been declared perpetual and irrevocable by Henry IV., Louis XIII. and even Louis XIV. himself, they could not, in the enthusiasm of their faith, believe that such a crime would be left unpunished. But being convinced that no human power could give them liberty of conscience, they went to the Bible to find when their deliverance would come. As far back as 1686 Pierre Jurieu published his work L’Accomplissement des prophéties, in which, speaking of the Apocalypse, he predicted the end of the persecution and the fall of Babylon—that is to say of Roman Catholicism—for 1689. The Revolution in England seemed to provide a striking corroboration of his prophecies, and the apocalyptic enthusiasm took so strong a hold on people’s minds that Bossuet felt compelled to refute Jurieu’s arguments in his Apocalypse expliquée, published in 1689. The Lettres pastorales of Jurieu (Rotterdam, 1686-1687), a series of brief tracts which were secretly circulated in France, 114 continued to narrate events and prodigies in which the author saw the intervention of God, and thus strengthened the courage of his adherents. This religious enthusiasm, under the influence of Du Serre, was manifested for the first time in the Dauphiné. Du Serre, who was a pupil of Jurieu, communicated his mystic faith to young children who were called the “petits prophètes,” the most famous of whom was a girl named “La belle Isabeau.” Brought up on the study of the prophets and the Apocalypse, these children went from village to village quoting and requoting the most obscure and terrible passages from these ancient prophecies (see Antichrist). It is necessary to remember that at this time the Protestants were without ministers, all being in exile, and were thus deprived of all real religious instruction. They listened with enthusiasm to this strange preaching, and thousands of those who were called New Catholics were seen to be giving up attendance at Mass. The movement advanced in Languedoc with such rapidity that at one time there were more than three hundred children shut up in the prisons of Uzès on the charge of prophesying, and the Faculty of Medicine of Montpellier, which was entrusted with their examination, went so far in their ignorance as to pronounce these irresponsible infants guilty of fanaticism. After the peace of Ryswick, 1697, the fierceness of the persecution was redoubled in the South. “I will show no mercy to the preachers,” wrote the terrible Baville, the so-called “king of Languedoc,” and he kept his word. The people of the Cévennes were in despair, for their loyalty to the king had been remarkable. In 1683 on the 6th of September an assembly composed of fifty pastors, sixty-four noblemen and thirty-four notables, held at Colognac, had drawn up a statement of its unalterable loyalty to Louis XIV. It is important to notice that the revolt of the Cévennes was essentially a popular movement. Among its leaders there was not a single nobleman, but only men of the people, a baker, a blacksmith, some ex-soldiers; but by far the most extraordinary characterisic is the presence, no longer of children, but of men and women who declared themselves inspired, who fell into religious ecstasies and roused in their comrades the most heroic bravery in battle and at the stake.

The assassination of the abbé du Chayla marks the beginning of the war of the Cévennes. The abbé, a veteran Catholic missionary from Siam, had been appointed inspector of missions in the Cévennes. There he introduced the “squeezers” (which resembled the Scottish “boot”), and his systematic and refined cruelty at last broke the patience of his victims. His murder, on the 23rd of July 1702, at Pont de Monvert, was the first blow in the war. It was planned by Esprit Séguier, who at once began to carry out his idea of a general massacre of the Catholic priests. He soon fell, and was succeeded by Laporte, an old soldier, who, as his troop increased, assumed the title of “the Colonel of the Children of God,” and named his camp the “Camp of the Eternal.” He used to lead his followers to the fight, singing Clement Marot’s grand version of the 68th Psalm, “Que Dieu se montre seulement,” to the music of Goudimel. Besides Laporte, the forest-ranger Castanet, the wool-carders Conderc and Mazel, the soldiers Catinat, Joany and Ravenel were selected as captains—all men whom the théomanie or prophetic malady had visited. But the most important figures are those of Roland, who afterwards issued the following extraordinary despatch to the inhabitants of St André:—“Nous, comte et seigneur Roland, généralissime des Protestants de France, nous ordonnons que vous ayez à congédier dans trois jours tous les prêtres et missionnaires qui sont chez vous, sous peine d’être brûlés tout vifs, vous et eux” (Court, i.p. 219); and Jean Cavalier, the baker’s boy, who, at the age of seventeen, commanded the southern army of the Camisards, and who, after defeating successively the comte de Broglie and three French marshals, Montrevel, Berwick and Villars, made an honourable peace. (See Cavalier, Jean.)

The assassination of the abbé du Chayla marks the beginning of the war of the Cévennes. The abbé, a veteran Catholic missionary from Siam, had been appointed inspector of missions in the Cévennes. There he introduced the “squeezers” (which resembled the Scottish “boot”), and his systematic and refined cruelty at last broke the patience of his victims. His murder, on the 23rd of July 1702, at Pont de Monvert, was the first blow in the war. It was planned by Esprit Séguier, who at once began to carry out his idea of a general massacre of the Catholic priests. He soon fell, and was succeeded by Laporte, an old soldier, who, as his troop increased, assumed the title of “the Colonel of the Children of God,” and named his camp the “Camp of the Eternal.” He used to lead his followers to the fight, singing Clement Marot’s grand version of the 68th Psalm, “Que Dieu se montre seulement,” to the music of Goudimel. Besides Laporte, the forest-ranger Castanet, the wool-carders Conderc and Mazel, the soldiers Catinat, Joany and Ravenel were selected as captains—all men whom the théomanie or prophetic malady had visited. But the most important figures are those of Roland, who afterwards issued the following extraordinary despatch to the inhabitants of St André:—“Nous, comte et seigneur Roland, généralissime des Protestants de France, nous ordonnons que vous ayez à congédier dans trois jours tous les prêtres et missionnaires qui sont chez vous, sous peine d’être brûlés tout vifs, vous et eux” (Court, i.p. 219); and Jean Cavalier, the baker’s boy, who, at the age of seventeen, commanded the southern army of the Camisards, and who, after defeating successively the comte de Broglie and three French marshals, Montrevel, Berwick and Villars, made an honourable peace. (See Cavalier, Jean.)

Cavalier for nearly two years continued to direct the war. Regular taxes were raised, arsenals were formed in the great limestone caves of the district, the Catholic churches and their decorations were burned and the clergy driven away. Occasionally routed in regular engagements, the Camisards, through their desperate valour and the rapidity of their movements, were constantly successful in skirmishes, night attacks and ambuscades. A force of 60,000 was now in the field against them; among others, the Irish Brigade which had just returned from the persecutions of the Waldenses. The rising was far from being general, and never extended to more than three or four thousand men, but it was rendered dangerous by the secret and even in many places the open support of the people in general. On the other hand their knowledge of a mountainous country clothed in forests and without roads, gave the insurgents an enormous advantage over the royal troops. The rebellion was not finally suppressed until Baville had constructed roads throughout this almost savage country.

Cavalier continued to lead the war for nearly two years. Regular taxes were increased, arsenals were built in the large limestone caves of the area, Catholic churches and their decorations were burned, and the clergy were driven away. While they were sometimes defeated in formal battles, the Camisards, through their bravery and quick movements, consistently succeeded in skirmishes, night raids, and ambushes. A force of 60,000 was now deployed against them, including the Irish Brigade, which had just returned after the persecutions of the Waldenses. The uprising was far from widespread, never involving more than three or four thousand men, but it was made dangerous by the secret and sometimes open support of the general populace. Additionally, their familiarity with the mountainous, forested terrain, which lacked roads, gave the insurgents a significant advantage over the royal troops. The rebellion wasn't fully suppressed until Baville had built roads throughout this almost wild region.

Montrevel adopted a policy of extermination, and 466 villages were burned in the Upper Cévennes alone, the population being for the most part put to the sword. Pope Clement XI. assisted in this work by issuing a bull against the “execrable race of the ancient Albigenses,” and promising remission of sins to the holy militia which was now formed among the Catholic population, and was called the Florentines, Cadets of the Cross or White Camisards. Villars, the victor of Hochstädt and Friedlingen, saw that conciliation was necessary; he took advantage of the feeling of horror with which the quiet Protestants of Nimes and other towns now regarded the war, and published an amnesty. In May 1704 a formal meeting between Cavalier and Villars took place at Nimes. The result of the interview was that a document entitled Trés humble requête des réformés du Languedoc au Roi was despatched to the court. The three leading requests for liberty of conscience and the right of assembly outside walled towns, for the liberation of those sentenced to prison or the galleys under the revocation, and for the restitution to the emigrants of their property and civil rights, were all granted,—the first on condition of no churches being built, and the third on condition of an oath of allegiance being taken. The greater part of the Camisard army under Roland, Ravenel and Joany would not accept the terms which Cavalier had arranged. They insisted that the edict of Nantes must be restored,—“point de paix, que nous n’ayons nos temples.” They continued the war till January 1705, by which time all their leaders were either killed or dispersed.

Montrevel implemented a policy of extermination, burning 466 villages in the Upper Cévennes alone, with the majority of the population killed. Pope Clement XI supported this effort by issuing a decree against the “horrible race of the ancient Albigenses,” and promised forgiveness for sins to the holy militia formed among the Catholic population, known as the Florentines, Cadets of the Cross, or White Camisards. Villars, the victor of Hochstädt and Friedlingen, recognized the need for conciliation; he leveraged the sense of horror that the peaceful Protestants of Nimes and other towns now felt toward the war and announced an amnesty. In May 1704, a formal meeting took place between Cavalier and Villars in Nimes. The outcome of their discussion was a document titled Trés humble requête des réformés du Languedoc au Roi, which was sent to the court. The three main requests for freedom of conscience and the right to gather outside walled towns, for the release of those sentenced to prison or forced labor since the revocation, and for the return of property and civil rights to the emigrants were all granted — the first on the condition that no churches would be built, and the third on the condition that an oath of allegiance be taken. Most of the Camisard army under Roland, Ravenel, and Joany refused to accept the terms arranged by Cavalier. They insisted that the Edict of Nantes must be restored — “no peace until we have our temples.” They continued the fight until January 1705, by which time all their leaders had either been killed or scattered.

In 1709 Mazel and Claris, with the aid of two preaching women, Marie Desubas and Elizabeth Catalon, made a serious effort to rekindle revolt in the Vivarais. In 1711 all opposition and all signs of the reformed religion had disappeared. On the 8th of March 1715, by medals and a proclamation, Louis XIV. announced the entire extinction of heresy.

In 1709, Mazel and Claris, with the help of two preaching women, Marie Desubas and Elizabeth Catalon, made a serious attempt to spark a revolt in the Vivarais. By 1711, all opposition and any signs of the reformed religion had vanished. On March 8, 1715, Louis XIV announced the complete elimination of heresy through medals and a proclamation.

What we know of the spiritual manifestations in the Cévennes (which much resembled those of the Swedish Raestars of Smaland in 1844) is chiefly derived from Le Théâtre sacré des Cévennes, London, 1707, reprinted at Paris in 1847; A Cry From the Desert, &c., by John Lacy, London, 1707; La Clef des prophéties de M. Marion, London, 1707; Avertissements prophétiques d’Élie Marion, &c., London, 1707. About the date of these publications the three prophets of the Cévennes, Marion, Durand-Fage and Cavalier (a cousin of the famous Jean Cavalier) were in London and were objects of lively curiosity. The consistory of the French church in the Savoy sent a protest to the lord mayor against “cette secte impie et extravagante” and the matter was tried at the Guildhall. Misson, author of the Théâtre sacré, declared in defence of the accused, that the same spirit which had caused Balaam’s ass to speak could speak through the mouths of these prophets from the Cévennes. Marion and his two friends Fatio, a member of the Royal Society of London, and Daudé, a leading savant, who acted as his secretaries, were condemned to the pillory and to the stocks. Voltaire relates (Siécle de Louis XIV. c. 36) that Marion wished to prove his inspiration by attempting to raise a dead body (Thomas Ernes) from St Paul’s churchyard. He was at last compelled to leave England.1

What we know of the spiritual manifestations in the Cévennes (which much resembled those of the Swedish Raestars of Smaland in 1844) is chiefly derived from Le Théâtre sacré des Cévennes, London, 1707, reprinted at Paris in 1847; A Cry From the Desert, &c., by John Lacy, London, 1707; La Clef des prophéties de M. Marion, London, 1707; Avertissements prophétiques d’Élie Marion, &c., London, 1707. About the date of these publications the three prophets of the Cévennes, Marion, Durand-Fage and Cavalier (a cousin of the famous Jean Cavalier) were in London and were objects of lively curiosity. The consistory of the French church in the Savoy sent a protest to the lord mayor against “cette secte impie et extravagante” and the matter was tried at the Guildhall. Misson, author of the Théâtre sacré, declared in defence of the accused, that the same spirit which had caused Balaam’s ass to speak could speak through the mouths of these prophets from the Cévennes. Marion and his two friends Fatio, a member of the Royal Society of London, and Daudé, a leading savant, who acted as his secretaries, were condemned to the pillory and to the stocks. Voltaire relates (Siécle de Louis XIV. c. 36) that Marion wished to prove his inspiration by attempting to raise a dead body (Thomas Ernes) from St Paul’s churchyard. He was at last compelled to leave England.1

The inspiration (of which there were four degrees, avertissement, 115 souffle, prophetie, dons) was sometimes communicated by a kiss at the assembly. The patient, who had gone through several fasts three days in length, became pale and fell insensible to the ground. Then came violent agitations of the limbs and head, as Voltaire remarks, “quite according to the ancient custom of all nations, and the rules of madness transmitted from age to age.” Finally the patient (who might be a little child, a woman, a half-witted person) began to speak in the good French of the Huguenot Bible words such as these: “Mes frères, amendez-vous, faites pénitence, la fin du monde approche; le jugement général sera dans trois mois; répentez-vous du grand péché que vous avez commis d’aller à la messe; c’est le Saint-Esprit qui parle par ma bouche” (Brueys, Histoire du fanatisme de notre temps, Utrecht, 1737, vol. i. p. 153). The discourse might go on for two hours; after which the patient could only express himself in his native patois,—a Romance idiom,—and had no recollection of his “ecstasy.” All kinds of miracles attended on the Camisards. Lights in the sky guided them to places of safety, voices sang encouragement to them, shots and wounds were often harmless. Those entranced fell from trees without hurting themselves; they shed tears of blood; and they subsisted without food or speech for nine days. The supernatural was part of their life. Much literature has been devoted to the discussion of these marvels. The Catholics Fléchier (in his Lettres choisies) and Brueys consider them the product of fasting and vanity, nourished on apocalyptic literature. The doctors Bertrand (Du magnétisme animal, Paris, 1826) and Calmeil (De la folie, Paris, 1845) speak of magnetism, hysteria and epilepsy, a prophetic monomania based on belief in divine possession. The Protestants especially emphasized the spirituality of the inspiration of the Camisards; Peyral, Histoire des pasteurs du désert, ii. 280, wrote: “Il fallait à cet effort gigantesque un ressort prodigieux, l’enthousiasme ordinaire n’y eût pas suffi.” Dubois, who has made a careful study of the problem, says: “L’inspiration cévenole nous apparait comme un phénomène purement spirituel.” Conservative Catholics, such as Hippolyte Blanc in his book on L’inspiration des Camisards (1859), regard the whole thing as the work of the devil. The publication of J.F.K. Hecker’s work, Die Volkskrankheiten des Mittelalters, made it possible to consider the subject in its true relation. This was translated into English in 1844 by B.G. Babington as The Epidemics of the Middle Ages.

The inspiration (which had four levels, avertissement, 115 souffle, prophetie, dons) was sometimes shared through a kiss during gatherings. The person receiving the inspiration, who had fasted multiple times for three days, would become pale and faint. Then, they would exhibit violent movements of their limbs and head, just as Voltaire pointed out, “in line with the ancient customs of all nations, and the traditions of madness handed down through the ages.” Eventually, the person (who could be a small child, a woman, or someone with limited intelligence) began to speak in the eloquent French of the Huguenot Bible, saying things like: “My brothers, repent, do penance; the end of the world is near; the final judgment will be in three months; repent of the great sin you committed by attending mass; it is the Holy Spirit speaking through me” (Brueys, Histoire du fanatisme de notre temps, Utrecht, 1737, vol. i. p. 153). This discourse could last for two hours; afterward, the person could only communicate in their local dialect—a Romance language—and had no memory of their “ecstasy.” A variety of miracles accompanied the Camisards. Lights in the sky led them to safety, encouraging voices sang to them, and bullets and wounds often did not harm them. Those in a trance fell from trees without injury; they cried tears of blood; and they survived without food or speech for nine days. The supernatural was an integral part of their existence. Much literature has discussed these wonders. The Catholics Fléchier (in his Lettres choisies) and Brueys view them as stemming from fasting and vanity, fueled by apocalyptic writings. Doctors Bertrand (Du magnétisme animal, Paris, 1826) and Calmeil (De la folie, Paris, 1845) described it as magnetism, hysteria, and epilepsy, a prophetic obsession rooted in the belief of divine possession. Protestants particularly highlighted the spiritual aspect of the Camisards' inspiration; Peyral, in Histoire des pasteurs du désert, ii. 280, noted: “This colossal effort required an extraordinary drive; ordinary enthusiasm wouldn’t have sufficed.” Dubois, who studied the issue closely, stated: “Cévenol inspiration appears to us as a purely spiritual phenomenon.” Conservative Catholics, like Hippolyte Blanc in his book on L’inspiration des Camisards (1859), see it all as the work of the devil. The publication of J.F.K. Hecker’s work, Die Volkskrankheiten des Mittelalters, allowed for a proper examination of the topic. This was translated into English in 1844 by B.G. Babington as The Epidemics of the Middle Ages.

Although the Camisards were guilty of great cruelties in the prosecution of the war, there does not seem to be sufficient ground for the charge made by Marshal de Villars: “Le plupart de leurs chefs ont leurs demoiselles” (letter of 9th August 1704, in the War Archives, vol. 1797). Court replied to these unjust charges: “Their enemies have accused them of leading a life of licence because there were women in their camps. These were their wives, their daughters, their mothers, who were there to prepare their food and to nurse the wounded” (Histoire, vol. i. p. 71).

Although the Camisards committed serious acts of cruelty during the war, there doesn’t seem to be enough evidence to support Marshal de Villars' claim: “Most of their leaders have their ladies” (letter of August 9, 1704, in the War Archives, vol. 1797). Court responded to these unfair accusations: “Their enemies have said they lead a life of debauchery because there were women in their camps. These were their wives, daughters, and mothers, who were there to make their meals and care for the wounded” (Histoire, vol. i. p. 71).

Bibliography.—The works devoted to the history of the Camisards are very numerous. Nevertheless there exists no work specifically devoted to this extremely interesting period in French history, for in none of the published works has proper use been made of the valuable documents preserved in the archives of the ministry of war. Among the chief works are:—Père Louvreleuil (priest, former curé of St. Germain de Calberte), Histoire du fanatisme renouvelé où l’on raconte les sacrilèges, les maladies et les meurtres commis dans les Cévennes (Toulouse, 1704); M. de Brueys, Suite de l’histoire du fanatisme de notre temps où l’on voit les derniers troubles des Cévennes (Paris, 1709); Lettres choisies de M. Fléchier évêque de Nîmes avec une relation des fanatiques du Vivarez (Paris, 1715); Madame de Merez de l’Incarnation, Memoires et journal très fidèle de ce qui s’est passé le 11 de may 1703 jusqu’au 1 juin 1705 à Nîmes touchant les phanatiques, published by E. de Barthélemy (Montpellier, 1874). These works are written by Catholic writers immediately after the war of the Cévennes, and, despite their partiality, include some valuable documents. Mémoires du marquis de Guiscard (Delft, 1705); Maximilien Misson, Le Théâtre sacré des Cévennes ou Récit de diverses merveilles nouvellement opérées dans cette partie de la province de Languedoc (London, 1707); Misson, the author of the Voyages en Italie, which met with such a great success, gave prominence to the facts relating to the inspiration of the Camisards; the Théâtre also contains important extracts from the works of Benoit, Brueys, Guiscard and Boyer, and several original letters from Camisards; Histoire des Camisards, &c. (London, 1740), the anonymous work of a distinguished writer, which was eventually condemned by the parlement of Toulouse to be torn up and burnt in 1759; Antoine Court, Histoire des troubles des Cévennes (3 vols., 1760), the best work of this period, compiled from numerous manuscript references. The war of the Cévennes has been treated in several English works, e.g. A Compleat History of the Cevennes, giving a Particular Account of the Situation, &c., by a doctor of civil law (London, 1703). This work includes a dedication to the queen, an historical account of the people of the Cévennes, the bull of Pope Clement against the Camisards, and the bishop of Nîmes’s mandate publishing the bull, and a discourse on the obligations of the English to help the Camisards, and a form of prayer used in the Camisard assembly, printed in London in 1703 under the title Formulaire de prières des Cévennois dans leurs assemblées. The History of the Rise and Downfal of the Camisards, &c. (London, 1709), dealt with the prophets of the Cévennes in London, and is only an abridged translation of Père Louvreleuil’s work. Among modern works are, Ernest Moret, Quinze ans du règne de Louis XIV (3 vols., 1859), a work which gives a remarkable history of the war of the Cévennes; Les Insurgés protestants sous Louis XIV., studies and unedited documents published by G. Frosterus (1868); Mémoires de Bonbonnoux, chief Camisard and pastor of the desert, published by Vielles (1883); Bonnemère, Histoire de la guerre des Camisards (1859). Two popular works are—F. Puaux, Histoire populaire de la guerre des Camisards (1875); Anna E. Bray, The Revolt of the Protestants of the Cévennes with some Account of the Huguenots of the Seventeenth Century (London, 1870).

References.—There are a lot of works focused on the history of the Camisards. However, there isn't a single work dedicated solely to this fascinating period in French history, as none of the published writings have appropriately utilized the valuable documents stored in the archives of the War Ministry. Among the main works are:—Père Louvreleuil (a priest and former curé of St. Germain de Calberte), Histoire du fanatisme renouvelé où l’on raconte les sacrilèges, les maladies et les meurtres commis dans les Cévennes (Toulouse, 1704); M. de Brueys, Suite de l’histoire du fanatisme de notre temps où l’on voit les derniers troubles des Cévennes (Paris, 1709); Lettres choisies de M. Fléchier évêque de Nîmes avec une relation des fanatiques du Vivarez (Paris, 1715); Madame de Merez de l’Incarnation, Memoires et journal très fidèle de ce qui s’est passé le 11 de may 1703 jusqu’au 1 juin 1705 à Nîmes touchant les phanatiques, published by E. de Barthélemy (Montpellier, 1874). These works were written by Catholic authors right after the Cévennes war, and despite their bias, they contain some valuable documents. Mémoires du marquis de Guiscard (Delft, 1705); Maximilien Misson, Le Théâtre sacré des Cévennes ou Récit de diverses merveilles nouvellement opérées dans cette partie de la province de Languedoc (London, 1707); Misson, the author of Voyages en Italie, which was very successful, highlighted facts about the inspiration of the Camisards; the Théâtre also includes important excerpts from the works of Benoit, Brueys, Guiscard, and Boyer, as well as several original letters from Camisards; Histoire des Camisards, &c. (London, 1740), an anonymous work by a notable writer, which was eventually condemned by the parlement of Toulouse to be destroyed in 1759; Antoine Court, Histoire des troubles des Cévennes (3 vols., 1760), the best work of this period, compiled from numerous manuscript sources. The war of the Cévennes has also been addressed in several English works, such as A Compleat History of the Cevennes, giving a Particular Account of the Situation, &c., by a doctor of civil law (London, 1703). This work includes a dedication to the queen, a historical account of the people of the Cévennes, Pope Clement's bull against the Camisards, the bishop of Nîmes’s mandate publishing the bull, and a discussion on the obligations of the English to support the Camisards, as well as a prayer used in the Camisard gatherings, printed in London in 1703 under the title Formulaire de prières des Cévennois dans leurs assemblées. The History of the Rise and Downfal of the Camisards, &c. (London, 1709), which discussed the prophets of the Cévennes in London and is merely an abridged translation of Père Louvreleuil’s work. Among modern works are, Ernest Moret, Quinze ans du règne de Louis XIV (3 vols., 1859), which offers a remarkable history of the Cévennes war; Les Insurgés protestants sous Louis XIV., studies and unpublished documents published by G. Frosterus (1868); Mémoires de Bonbonnoux, a leading Camisard and pastor of the desert, published by Vielles (1883); Bonnemère, Histoire de la guerre des Camisards (1859). Two popular works are—F. Puaux, Histoire populaire de la guerre des Camisards (1875); Anna E. Bray, The Revolt of the Protestants of the Cévennes with some Account of the Huguenots of the Seventeenth Century (London, 1870).

(F. Px.)

1 This curious affair provoked a lengthy controversy, which is described in “La Relation historique de ce qui s’est passe a Londres au sujet des prophètes camisards” (Republique des Lettres, 1708), in the study of M. Vesson, Les Prophètes camisards à Londres (1893), and also in the book Les Prophètes cévenols, ch. iii. (1861) by Alfred Dubois.

1 This curious affair provoked a lengthy controversy, which is described in “La Relation historique de ce qui s’est passe a Londres au sujet des prophètes camisards” (Republique des Lettres, 1708), in the study of M. Vesson, Les Prophètes camisards à Londres (1893), and also in the book Les Prophètes cévenols, ch. iii. (1861) by Alfred Dubois.


CAMOENS [CamŌes], LUIS VAZ DE (1524-1580), the prince of Portuguese poets, sprang from an illustrious and wealthy family of Galician origin, whose seat, called the castle of Camoens, lay near Cape Finisterre. His ancestor, the poet Vasco Pires de Camoens, followed the party of Peter the Cruel of Castile against Henry II., and on the defeat of the former had to take refuge along with other Galician nobles in Portugal, where he founded the Portuguese family of his name. King Fernando received him well, and gave him posts of honour and estates, and though the master of Aviz sequestered some of these and Vasco lost others after the battle of Aljubarrota, where he fought on the Spanish side, considerable possessions still remained to him. Antão Vaz, the grandfather of Luis, married one of the Algarve Gamas, so that Vasco da Gama and Camoens, the discoverer of the sea route to India and the poet who immortalized the voyage in his Lusiads, were kinsmen. Antão’s eldest son Simão Vaz was born in Coimbra at the close of the 15th century, and married Anna de Sá e Macedo, who bore him an only son, Luis Vaz de Camoens; thus the poet, like his father and grandfather, was a cavalleiro fidalgo, that is, an untitled noble.

CAMOENS [Camões], LUIS VAZ DE (1524-1580), the prince of Portuguese poets, came from a distinguished and wealthy family of Galician descent, whose home, known as the castle of Camoens, was near Cape Finisterre. His ancestor, the poet Vasco Pires de Camoens, supported Peter the Cruel of Castile against Henry II, and after Peter's defeat, he, along with other Galician nobles, had to seek refuge in Portugal, where he established the Portuguese branch of his family. King Fernando welcomed him and granted him prestigious positions and land, and although the master of Aviz confiscated some of these and Vasco lost more after the battle of Aljubarrota, where he fought for the Spanish, he still retained considerable property. Antão Vaz, Luis's grandfather, married into one of the Algarve Gamas, making Vasco da Gama, the discoverer of the sea route to India, and Camoens, the poet who immortalized this journey in his Lusiads, relatives. Antão’s eldest son Simão Vaz was born in Coimbra at the end of the 15th century and married Anna de Sá e Macedo, who had an only son, Luis Vaz de Camoens; thus, the poet, like his father and grandfather, was a cavalleiro fidalgo, meaning an untitled noble.

Four cities dispute the honour of being his birthplace, though Lisbon has the better title; and there is a like dispute about the year, which, however, was almost certainly 1524. The poet spent his childhood in Coimbra, where his father owned a property, and made his first studies at the college of All Saints, designed for “honourable poor students,” and there contracted friendships with noblemen like D. Gonçalo da Silveira and his brother D. Alvaro, who were inmates of the nobles’ college of St Michael. These colleges were offshoots from and attached to the Augustinian monastery of Santa Cruz, an important religious and scholastic establishment, where the poet’s uncle D. Bento de Camoens, a virtuous and very learned man, was professed. The Renaissance, though late in penetrating into Portugal, had by this time definitely triumphed, and the university of Coimbra, after its reform in 1537 under the auspices of King John III., boasted the best teachers drawn from every country, among them George Buchanan. The possession of classical culture was regarded as the mark of a gentleman; the colleges of Santa Cruz required conversation within the walls to be in Greek or Latin, and the university, when it absorbed the colleges, adopted the same rule. In these surroundings, aided by a retentive memory, Camoens steeped himself in the literature and mythology of the ancients, as his works show, and he was thus able in after years to perfect the Portuguese language and to enrich it with many neologisms of classical origin. It is fortunate, however, for his country and his fame that he never followed the fashion of writing in Latin; on the contrary, except for his Spanish poems, he always employed his native tongue. After completing his grammar and rhetoric the poet entered on his university course for the degree of bachelor of arts, which lasted for three years, from 1539 to 1542, and during this period he met Jorge 116 de Montemayor, the author of Dianá, who was then studying music. He seems to have imbibed much of that encyclopaedic instruction to which the humanists aspired, for his writings show a very extensive reading, and his scientific knowledge and faculty of observation compelled the admiration of the great Humboldt. The thoroughness of his teaching is apparent when we remember that he wrote his epic in the fortresses of Africa and Asia, far from books, and yet gave proof of acquaintance with universal history, geography, astronomy, Greek and Latin literature, and the modern poetry of Italy and Spain. Much of the credit for this learning must be attributed to the encouragement of D. Bento, now prior of Santa Cruz, who became chancellor of the university the very year when Camoens entered it. There is a tradition that this uncle destined him for the church and caused him to study theology. The poet’s knowledge of dogma and the Bible, his friendly intercourse with the Lisbon Dominicans at the end of his life, and the share he is said to have taken in their disputations, make the hypothesis a likely one, but he made his own choice and preferred a lay life. We have very little verse of his Coimbra time, but it seems that he began in the Italian manner, following the new classical school of Sá de Miranda (q.v.), and that, though attached to the popular muse and well acquainted with the national songs and romances, legends and lore, his poetry in the old style (medida velha) is mostly of later date. An exception may perhaps be found in his Auto after the manner of Gil Vicente (q.v.), The Amphitryons, a Portuguese adaptation from Plautus which was very well received. At the age of eighteen Camoens left Coimbra, bidding adieu to the old city in verses breathing the most tender saudade. Lisbon, which impressed Cervantes so much as to draw from him a classic description in the novel Persiles y Sigismunda, made an even greater impression on the youthful Camoens, and the Lusiads are full of eulogistic epithets on the city and the Tagus.

Four cities claim the honor of being his birthplace, although Lisbon has the strongest claim; there’s also a debate about the year, which was almost certainly 1524. The poet spent his childhood in Coimbra, where his father owned property, and began his education at the college of All Saints, meant for "honorable poor students." There, he formed friendships with noblemen like D. Gonçalo da Silveira and his brother D. Alvaro, who studied at the nobles’ college of St. Michael. These colleges were affiliated with the Augustinian monastery of Santa Cruz, a significant religious and educational institution, where the poet’s uncle D. Bento de Camoens, a virtuous and highly learned man, was a member. By this time, the Renaissance, though slow to reach Portugal, had definitively taken hold, and the university of Coimbra, after its reform in 1537 under King John III, had the best teachers from various countries, including George Buchanan. Having classical knowledge was seen as a mark of a gentleman; the colleges of Santa Cruz required that conversation within their walls be conducted in Greek or Latin, and the university, upon absorbing the colleges, adopted the same rule. In this environment, supported by a strong memory, Camoens immersed himself in ancient literature and mythology, as his works demonstrate, allowing him to enhance the Portuguese language and incorporate many classical neologisms. Fortunately for his country and his legacy, he never followed the trend of writing in Latin; instead, except for his Spanish poems, he consistently used his native tongue. After finishing his studies in grammar and rhetoric, the poet entered university to pursue a bachelor of arts degree, which lasted three years, from 1539 to 1542. During this time, he met Jorge de Montemayor, the author of Dianá, who was then studying music. He seems to have absorbed much of the broad knowledge that humanists sought, as his writings reflect extensive reading, and his scientific knowledge and observational skills earned the admiration of the great Humboldt. The thoroughness of his education is evident when we consider that he wrote his epic in fortresses in Africa and Asia, far from books, yet demonstrated knowledge of universal history, geography, astronomy, Greek and Latin literature, and modern poetry from Italy and Spain. Much of the credit for this knowledge must go to D. Bento, now prior of Santa Cruz, who became chancellor of the university the same year Camoens enrolled. There’s a tradition that this uncle intended him for the church and encouraged him to study theology. The poet’s understanding of religious doctrine and the Bible, his friendly interaction with the Lisbon Dominicans toward the end of his life, and his participation in their debates suggest that this hypothesis is plausible, but he made his own choice and favored a secular life. We have very little of his poetry from his Coimbra period, but it appears he began in the Italian style, following the new classical school of Sá de Miranda, and although he was connected to the popular muse and well-versed in national songs, legends, and lore, most of his poetry in the old style is from a later time. One exception may be his Auto in the style of Gil Vicente, The Amphitryons, a Portuguese adaptation of Plautus that was very well received. At eighteen, Camoens left Coimbra, bidding farewell to the old city in verses filled with the deepest saudade. Lisbon, which so impressed Cervantes that he wrote a classic description of it in the novel Persiles y Sigismunda, made an even greater impact on the young Camoens, and the Lusiads are filled with praise for the city and the Tagus River.

Arriving in 1543, it has been conjectured that he became tutor to D. Antonio de Noronha, son of the great noble D. Francisco de Noronha, count of Linhares, who had lately returned from a French embassy to his palace at Xabregas. The poet’s birth and talents admitted him to the society of men like D. Constantine de Braganza, the duke of Aveiro, the marquis of Cascaes, the count of Redondo, D. Manoel de Portugal and D. Gonçalo da Silveira, son of the count of Sortelha, who died a Christian martyr in Monomotapa. At Xabregas Camoens must have met Francisco de Moraes (q.v.), who had served as secretary to the count of Linhares on his embassy, and there he probably read the MS. of Palmeirim; this would explain the origin of two of his roundels which are clearly founded on passages in the romance. Camoens had had a youthful love affair in Coimbra, but on Good Friday of the year 1544 he experienced the passion of his life. On that day in some Lisbon church he caught sight of D. Catherina de Ataide (daughter of D. Antonio de Lima, high chamberlain to the infant D. Duarte), who had recently become a lady-in-waiting to the queen. This young girl, the Nathercia of his after songs, counted then some thirteen years, and was destined to be his Beatrice. To see more of her, he persuaded the count of Linhares to introduce him to the court, where his poetical gifts and culture ensured him a ready welcome, and his fifth idyll, addressed to his patron on this occasion, paved the way for his entrance. Though inferior to his later compositions, it excels in harmony any verse previously written in Portuguese. At first his suit probably met with few difficulties, and if Catherina’s family regarded it seriously, their poverty, combined with the fact that the poet came of a good stock and had the future in his hands, may have prevented any real opposition. It was his own imprudence that marred his fortunes, and his consciousness of this fact gave his muse that moving expression, truth and saudade, which are lacking in the somewhat artificial productions of the sentimental Petrarch. But while Camoens gained protectors and admirers, his temperament and conduct ensured him envious foes, and the secret of his love got out and became the subject of gossip. All was not smooth with the lady, who showed herself coy; now yielding to her heart, she was kind; and then listening to her friends, who would have preferred a better match for her, she repelled her lover. Jealousy then seized him, and sick of court life for the moment, he gladly accompanied his patron to the latter’s country house; but once there he recognized that Lisbon was the centre of attraction for him and that he could not be happy at a distance. His verses at this time reveal his parlous condition. He oscillates between joy and depression. He passes from tender regrets to violent outbursts, which are followed by calm and peace, while expressions of passionate love alternate with bold desires and lofty ambitions. It is clear that there was an understanding between him and Catherina and that they looked forward to a happy ending, and this encouraged him in his weary waiting and his search for a lucrative post which would enable him to approach her family and ask for her hand. From this period date the greater part of his roundels and sonnets, some of the odes and nearly all the eclogues.

Arriving in 1543, it’s believed that he became the tutor to D. Antonio de Noronha, son of the prominent noble D. Francisco de Noronha, count of Linhares, who had just returned from a French embassy to his palace in Xabregas. The poet’s background and talents allowed him to mingle with notable figures like D. Constantine de Braganza, the duke of Aveiro, the marquis of Cascais, the count of Redondo, D. Manoel de Portugal, and D. Gonçalo da Silveira, son of the count of Sortelha, who died as a Christian martyr in Monomotapa. At Xabregas, Camoens likely met Francisco de Moraes (q.v.), who had worked as secretary to the count of Linhares during his embassy, and he probably read the manuscript of Palmeirim; this would explain the inspiration behind two of his roundels that are clearly based on passages from the romance. Camoens had experienced a youthful romance in Coimbra, but on Good Friday of 1544, he felt a love like no other. On that day, in some church in Lisbon, he laid eyes on D. Catherina de Ataide (daughter of D. Antonio de Lima, high chamberlain to the infant D. Duarte), who had recently become a lady-in-waiting to the queen. This young girl, the Nathercia of his later songs, was about thirteen at the time and was destined to be his Beatrice. To spend more time with her, he convinced the count of Linhares to introduce him at court, where his poetic talents and culture ensured a warm welcome, and his fifth idyll, dedicated to his patron on this occasion, helped pave his way. Although it wasn’t as strong as his later works, it was more harmonious than any verse previously written in Portuguese. Initially, his pursuit likely faced few obstacles, and if Catherina’s family took it seriously, their financial struggles, along with the poet’s decent background and potential, might have eased any real opposition. It was his own rashness that sabotaged his prospects, and his awareness of this gave his muse the deep expression, truth, and saudade, which are missing in the somewhat contrived works of the sentimental Petrarch. But while Camoens attracted patrons and admirers, his temperament and behavior earned him envious enemies, and his secret love affair became the talk of the town. Things weren’t smooth with the lady, who acted shy; sometimes she would yield to her feelings and be kind, and other times, swayed by her friends who wanted a better match for her, she would distance herself from her lover. Jealousy then took hold of him, and feeling fed up with court life for the moment, he willingly accompanied his patron to his country house; but once there, he realized that Lisbon was where he truly wanted to be, and he couldn’t find happiness far away. His poetry during this time reflects his troubled state. He swings between happiness and despair. He moves from tender longing to intense outbursts, followed by moments of calm and peace, while expressions of passionate love alternate with bold desires and lofty ambitions. It’s clear that there was a mutual understanding between him and Catherina and that they anticipated a happy ending, which encouraged him during his exhausting wait and his search for a decent job that would allow him to approach her family and ask for her hand. Most of his roundels and sonnets, as well as some of the odes and nearly all the eclogues, date from this time.

His fifth eclogue shows that he was seriously thinking of his patriotic poem in 1544; and from the fourth it seems likely that the Lusiads were in course of composition, and that cantos 3 and 4 were practically completed. He had by now established his fame and was known as the Lusitanian Virgil, but presently he had a rude awakening from his dreams of love and glory. He had shown his affection too openly, and some infraction of court etiquette, about which the queen was strict, caused the tongue of scandal to wag; perhaps it was an affair with one of Catherina’s brothers, even a duel, that led to the decree which exiled him from Lisbon.

His fifth eclogue indicates that he was seriously considering his patriotic poem in 1544; from the fourth, it appears that the Lusiads were in the process of being written, and that cantos 3 and 4 were nearly finished. By this point, he had made a name for himself and was recognized as the Lusitanian Virgil, but soon he faced a harsh reality check from his dreams of love and fame. He had expressed his feelings too openly, and some violation of court etiquette, which the queen was strict about, sparked rumors; perhaps it was a relationship with one of Catherina’s brothers, or even a duel, that resulted in the decree exiling him from Lisbon.

Camoens’s rashness, self-confidence and want of respect for the authorities all contributed to the penalty, and the composition of the play El Rei Seleuco would aggravate his offence in the eyes of John III. Produced in 1545 and derived from Plutarch, the plot was calculated to draw attention to the relations between the king and his stepmother, and to recall the action of D. Manoel in robbing his son John III. of his intended bride. Camoens composed it for a wedding festivity in the house of Estacio da Fonseca, and some of the verses refer so openly to his passion, that if, as is likely, he spoke them himself, emphasizing them with voice and gesture so as to publish his love to the world, this new boldness, combined with the subject of the piece, must have rendered his exile a certainty. All we know definitely, however, is that the court was henceforth closed to him, and in 1546 he had to leave Lisbon, the abode of his love and the scene of his triumph. Tradition says that he went to the Ribatejo and spent seven or eight months with his mother’s relatives in or near Santarem, whence he poured out a number of his finest poems, including his Elegy of Exile and some magnificent sonnets, which, in vigour of ideas and beauty of expression, exceeded anything he had hitherto produced. Poets cannot live on bays, however, and pressed by necessity he determined to become a soldier.

Camoens’s impulsiveness, self-assurance, and disregard for authority all led to his punishment, and the writing of the play El Rei Seleuco would worsen his offense in the eyes of John III. Created in 1545 and based on Plutarch, the plot was designed to highlight the relationship between the king and his stepmother, and to recall D. Manoel's act of taking his son John III.'s intended bride. Camoens wrote it for a wedding celebration at Estacio da Fonseca's home, and some of the verses are so openly related to his feelings that if he delivered them himself, emphasizing them with his voice and gestures to showcase his love, this new audacity, combined with the play’s theme, must have made his exile inevitable. What we do know for sure, however, is that the court was closed off to him from then on, and in 1546 he had to leave Lisbon, the city of his love and triumph. Tradition has it that he went to Ribatejo and spent seven or eight months with his mother’s relatives in or near Santarem, during which he created several of his best poems, including his Elegy of Exile and some incredible sonnets that, in terms of ideas and beautiful expression, surpassed anything he had written before. Poets can’t live on laurels, though, and driven by necessity, he decided to become a soldier.

One of his best modern biographers thinks that he petitioned the king for liberty to commute his penalty into military service in Africa; but whether this be so, or whether he merely went there to gain his spurs, certain it is that in the autumn of 1547 he proceeded to Ceuta. For the next two years, the usual period of service there, he lived the routine life of a common soldier in this famous trade emporium and outpost-town, and he lost his right eye in a skirmish with the Moroccans, though some writers make the incident occur on the voyage across the straits when his ship was attacked by Sallee rovers. Elegy ii. and a couple of odes date from his stay in Ceuta. He is full of sadness and almost in despair, but is saved from suicide by love and memory of the past. He has intervals of calm and resignation, even of satirical humour, and these become more frequent as the term of his exile draws near, and in one of them he wrote his prose letter to a “Lisbon friend.” The octaves on the Discontent of the World, which breathe a philosophic equanimity and lift the reader out of the tumult of daily life, go to show that his restless heart had found peace at last and that he had accustomed himself to solitude.

One of his best modern biographers believes that he asked the king for permission to change his punishment to military service in Africa; but whether that’s true, or if he simply went there to earn his honor, it’s clear that in the autumn of 1547 he went to Ceuta. For the next two years, the usual duration of service there, he lived the everyday life of a common soldier in this well-known trade hub and outpost, and he lost his right eye in a skirmish with the Moroccans, although some writers claim this incident happened during the voyage across the straits when his ship was attacked by Sallee pirates. Elegy ii. and a couple of odes were written during his time in Ceuta. He is filled with sadness and nearly in despair, but he is saved from suicide by love and memories of the past. He has moments of calm and acceptance, even some satirical humor, and these become more frequent as his exile period comes to an end; during one of these moments, he wrote his prose letter to a “Lisbon friend.” The octaves on the Discontent of the World, which express a philosophical calm and help lift the reader away from the chaos of daily life, show that his restless heart had finally found peace and that he had adapted to solitude.

In November 1549 the aged governor of Ceuta, D. Affonso de Noronha, was summoned to court and created viceroy of India, 117 and Camoens accompanied him to Lisbon, intending to follow him to the East in the armada which was due to sail in the spring of 1550. Reaching the capital in December, the poet almost immediately enlisted, but when the time came for departure he had changed his mind. His affection for Catherina and dreams of literary glory detained him, and he lived on in the expectation of obtaining a post on the strength of his services and wound. But month after month passed by without result, and in his disappointment he allied himself with a group of hot-blooded youths, including the ex-friar Antonio Ribeiro, nicknamed “the Chiado”, after whom the main street of Lisbon takes its name, and endeavoured to forget his troubles in their society. He took part in their extravagances and gained the name of “Trinca-fortes” (“Crack-braves”) from his bohemian companions, while there were ladies who mocked at his disfigurement, dubbing him “devil” and “eyeless face”. In the course of his adventures he had often to draw his sword, either as attacker or attacked, and he boasted that he had seen the soles of the feet of many but none had seen his. When the reply to his application came from the palace it was a negative one, and he had now nothing further to expect. His stock of money brought from Ceuta was certainly exhausted, and misery stared him in the face, making him desperate. On the feast of Corpus Christi, the 16th of June 1552, he found two masked friends of his engaged in a street fight near St Dominic’s convent, and joining in the fray he wounded one Gonçalo Borges, a palace servant, with the result that he was apprehended and lodged in gaol. This unprovoked attack upon a royal servant on so holy a day constituted a serious offence and cost him eight months’ imprisonment. In a pathetic sonnet he describes his terrible experiences, which made such an impression on him that years afterwards he recurred to them in his great autobiographical Canzon 10. When Borges’ wound was completely healed, the poet’s friends intervened to assist him, and it was arranged that on his formally imploring pardon Borges should grant it and desist from proceeding with the case. This was effected on the 13th of February 1553, and on the 7th of March the king, taking into consideration that Camoens was “a youth and poor and decided to serve this year in India”, confirmed the pardon. He had been obliged to humble his pride and enlist again, but while he complained of his troubles he recognized, in his frank, honest way, that his own mistakes were in part the causes of them.

In November 1549, the elderly governor of Ceuta, D. Affonso de Noronha, was called to court and appointed viceroy of India, 117 and Camoens went with him to Lisbon, planning to follow him to the East on the armada set to sail in the spring of 1550. Arriving in the capital in December, the poet quickly enlisted, but when the departure date arrived, he had changed his mind. His feelings for Catherina and dreams of literary success held him back, and he hoped to secure a position based on his past service and injuries. However, months went by without any progress, and in his frustration, he joined a group of passionate youths, including the former friar Antonio Ribeiro, known as “the Chiado,” after whom Lisbon's main street is named, and tried to forget his woes in their company. He got involved in their wild antics and earned the nickname “Trinca-fortes” (“Crack-braves”) from his bohemian friends, while some women mocked his disfigurement, calling him “devil” and “eyeless face.” Throughout his adventures, he often had to draw his sword, whether he was attacking or defending himself, claiming he had seen the soles of many feet, but none had seen his. When his application received a response from the palace, it was a rejection, leaving him with no further expectations. His funds from Ceuta were definitely depleted, and hardship confronted him, pushing him into despair. On the feast of Corpus Christi, June 16, 1552, he found two masked friends involved in a street fight near St. Dominic’s convent. He joined the brawl, injuring a palace servant named Gonçalo Borges, which led to his arrest and imprisonment. This unprovoked attack on a royal servant on such a sacred day was a serious offense, costing him eight months in jail. In a heartfelt sonnet, he wrote about his terrible experiences, which left a lasting impact on him, leading him to revisit them years later in his significant autobiographical work Canzon 10. Once Borges’ wound fully healed, Camoens’ friends stepped in to help him, and it was agreed that upon formally asking for forgiveness, Borges would grant it and drop the case. This took place on February 13, 1553, and on March 7, the king, noting that Camoens was “a youth and poor and decided to serve this year in India,” confirmed the pardon. He had to swallow his pride and enlist again, but while he lamented his hardships, he honestly acknowledged that his own mistakes partly caused them.

After bidding good-bye to Catherina for the last time, Camoens set sail on Palm Sunday, the 24th of March 1553, in the “S. Bento”, the flagship of a fleet of four vessels, under Fernaõ Alvares Cabral. His last words, he says in a letter, were those of Scipio Africanus, “Ingrata patria, non possidebis ossa mea”.

After saying goodbye to Catherina for the last time, Camoens set sail on Palm Sunday, March 24, 1553, on the “S. Bento,” the flagship of a fleet of four ships, under Fernão Alvares Cabral. His last words, as he mentions in a letter, were those of Scipio Africanus: “Ungrateful homeland, you will not possess my remains.”

He relates some of his experiences on board and the events of the voyage in various sonnets in Elegy iii. and in the Lusiads. In those days the sailors navigated the ships, while the men-at-arms kept the day and night watches, helped in the cleaning and, in case of necessity, at the pumps, but the rank of Camoens doubtless saved him from manual work. He had much time to himself in his six months’ voyage and was able to lay in a store of nautical knowledge, while tempestuous weather off the Cape of Good Hope led him to conceive the dramatic episode of Adamastor (Lusiads, canto 5). The “S. Bento”, the best ship of the fleet, weathered the Cape safely, and without touching at Mozambique, the watering-place of ships bound for India, anchored at Goa in September. It seems probable that the idea of the Lusiads took further shape on the voyage out, and that Camoens modified his plan; cantos 3 and 4 were already written, but from an historical he now made it a maritime epic. The discovery of India became the main theme, while the history of Portugal was interlaced with it, and the poem ended with the espousals between Portugal and the ocean, and a prophecy of the future greatness of the fatherland.

He shares some of his experiences on board and the events of the voyage in various sonnets in Elegy III and in the Lusiads. Back then, the sailors handled the navigation, while the soldiers kept watch day and night, helped with cleaning, and if needed, worked the pumps. However, Camoens' status likely spared him from manual labor. He had a lot of free time during his six-month journey and was able to gather a wealth of nautical knowledge, while the rough weather off the Cape of Good Hope inspired him to create the dramatic episode of Adamastor (Lusiads, canto 5). The “S. Bento,” the best ship in the fleet, safely rounded the Cape and, without stopping at Mozambique—the usual watering spot for ships headed to India—anchored in Goa in September. It’s likely that the concept of the Lusiads evolved further during the outbound journey, and that Camoens adjusted his plan; cantos 3 and 4 were already written, but he shifted from a historical narrative to a maritime epic. The discovery of India became the central theme, intertwined with the history of Portugal, and the poem concluded with the union between Portugal and the ocean, along with a prophecy of the future greatness of the homeland.

At the time of his arrival Goa boasted 100,000 inhabitants, and with its magnificent harbour was the commercial capital of the west of India. The first viceroy had been content with a sea dominion, but the great Affonso de Albuquerque saw that this was not enough to secure the supremacy of the Portuguese; recognizing the strategic value of Goa, he seized it and made it the capital of a land empire, and built fortresses in every important point through the East. Since his death a succession of remarkable victories had made the flag of Portugal predominant, but the enervating climate, the pleasures and the plunder of Asia, began to tell on the conquerors. Corruption was rife from the governor downwards, because the ruling ambition was to get rich and return home, and the hero of one day was a pirate the next. After all, it was only human nature, for a governorship lasted but three years and Portugal was far away, so the saying went round—“They are installed the first year, they rob the second, and then pack up in the third to sail away.” Camoens was well received at first, owing to his talents and bravery, and he found the life cheap and merry, but having left his country with high ideals, the injustice and demoralization of manners he found in India soon disgusted him. He compared Goa to Babylon, and called it “the mother of villains and the stepmother of honest men.”

When he arrived, Goa had about 100,000 residents and was the commercial hub of western India with its impressive harbor. The first viceroy was satisfied with just controlling the sea, but the great Affonso de Albuquerque realized that wasn’t enough to ensure Portuguese dominance. Understanding the strategic importance of Goa, he took it over and made it the capital of a land empire, constructing fortresses in every key location across the East. After his death, a series of incredible victories had made the Portuguese flag dominant, but the exhausting climate, along with the temptations and riches of Asia, began to affect the conquerors. Corruption was rampant from the governor down, as everyone’s main goal was to get wealthy and go home, and today’s hero could be tomorrow’s pirate. It was simply human nature, as a governorship lasted only three years, and Portugal was far away. The saying went: “They get settled in the first year, steal in the second, and leave in the third to sail away.” Camoens was initially well-received because of his skills and bravery, and he found life to be affordable and enjoyable. However, after leaving his country with great ideals, he was soon appalled by the injustice and corruption he saw in India. He likened Goa to Babylon and referred to it as "the mother of villains and the stepmother of honest men."

His first military service in the East took place in November 1553, when he went with a force led by the viceroy to chastise a petty king on the Malabar coast. The expedition only lasted two or three months, and after some trivial combats it returned to Goa. In February of the following year Camoens accompanied the viceroy’s son, D. Fernando de Menezes, who led an armada to the mouth of the Red Sea and thence up the Arabian coast to snap up hostile merchantmen and suppress piracy. Next the fleet went on to Ormuz, as was the custom with these annual cruises, and then to Bassora, where the poet helped to make some valuable prizes, and wrote a sonnet—it was ever, with him, “in one hand the sword, in the other the pen”! Returning to Goa in November he learnt of the deaths of Prince John, and of his friend and pupil the young D. Antonio de Noronha, and paid his tribute in a feeling sonnet and eclogue. In February 1555 he sailed on another pirate hunt and spent six weary months off Cape Guardafui, varied by a visit to Mombasa and by further work on his epic, and only got back to Goa in the following September. His experiences are recorded in the profound and sad 10th Canzon.

His first military service in the East happened in November 1553 when he joined a force led by the viceroy to punish a minor king on the Malabar coast. The expedition lasted just two or three months, and after some minor skirmishes, they returned to Goa. In February of the next year, Camoens went with the viceroy’s son, D. Fernando de Menezes, who commanded a fleet to the mouth of the Red Sea and then up the Arabian coast to capture hostile merchant ships and fight against piracy. Next, the fleet headed to Ormuz, following the tradition of these annual voyages, and then to Bassora, where the poet helped seize some valuable prizes and wrote a sonnet—it was always for him, “in one hand the sword, in the other the pen”! Returning to Goa in November, he learned of the deaths of Prince John and his friend and student the young D. Antonio de Noronha, and he mourned them in an emotional sonnet and eclogue. In February 1555, he set out on another pirate hunt and spent six exhausting months off Cape Guardafui, punctuated by a visit to Mombasa and more work on his epic, only making it back to Goa the following September. His experiences are captured in the profound and sad 10th Canzon.

Meanwhile Francisco Barreto, an honourable and generous man, had become governor-general of India in the June of 1555, and, his appointment being popular, a reign of festivities began in Golden Goa to welcome his succession, in the course of which Camoens produced his Filodemo, a dramatized novel written in his court days. The same occasion probably gave birth to the Disparates na India (“Follies of India”), and certainly to the Satyra do Torneio (“Satire of the Tourney”), which confirmed the poet’s reputation as a sayer of sharp things and gave considerable umbrage to those whom the cap fitted. However, it was not the enmities thus aroused but military duty which compelled him to quit Goa once more in the spring of 1556. He had enlisted in Lisbon for five years, the usual term, and in compliance with the orders of the governor he sailed for the Moluccas in April and there fought and versified for two years, though nearly all is guesswork at this period of his life. He appears to have spent the time between September 1556 and February 1557 in the island of Ternate, where he wrote Canzon 6, revealing a state of moral depression similar to that of Canzon 10, and he perhaps visited Banda and Amboina. In the following year he took part in the military occupation of Macao, which the emperor of China had presented to the Portuguese in return for their destruction of a pirate fleet which had besieged Canton. The poet’s five years’ term of service was now over, and he remained at Macao many months waiting for a ship to carry him back to India. He had made some profit out of the Mercî de Viagem, granted by the governor Barreto to free him from the poverty in which he habitually lived, and he spent his money royally. At the same time he continued his epic, working in the grotto which still bears his name.

Meanwhile, Francisco Barreto, an honorable and generous man, became governor-general of India in June 1555. His appointment was well-received, and a celebration started in Golden Goa to welcome him, during which Camoens produced his Filodemo, a dramatized novel he wrote during his time at court. This occasion likely also led to the creation of the Disparates na India (“Follies of India”), and certainly the Satyra do Torneio (“Satire of the Tourney”), which solidified the poet’s reputation for sharp commentary and upset those it was aimed at. However, it was not the rivalries stirred up that made him leave Goa again in spring 1556, but military duty. He had enlisted in Lisbon for the standard five-year term and, following the governor's orders, set sail for the Moluccas in April, where he fought and wrote poetry for two years, though little is known about this period in his life. He seems to have spent the time between September 1556 and February 1557 on the island of Ternate, where he wrote Canzon 6, reflecting a mood of moral sadness similar to that in Canzon 10, and he might have visited Banda and Amboina. The next year, he participated in the military occupation of Macao, a territory the emperor of China had given to the Portuguese in exchange for destroying a pirate fleet that had attacked Canton. With his five-year service now complete, he stayed in Macao for several months waiting for a ship back to India. He had made some money from the Mercî de Viagem, granted by Governor Barreto to help him escape the poverty he usually lived in, and he spent it lavishly. At the same time, he continued his epic work, using the grotto that still bears his name.

All seemed to be going smoothly with him until suddenly his fortunes took a serious turn for the worse. As the result of an intrigue the captain of the yearly ship from China to India, who acted as governor of Macao during his stay in port, imprisoned 118 Camoens, and took him on board with a view of bringing him to trial in India. The ship, however, was wrecked in October 1559 at the mouth of the Mekong river, and the poet had to save his life and his Lusiads by swimming to shore, and though he preserved the six or seven finished cantos of the poem, he lost everything else. While wandering about on the Cambodian coast awaiting the monsoon and a vessel to take him to Malacca, he composed those magnificent stanzas “By the Waters of Babylon,” called by Lope de Vega “the pearl of all poetry,” in which he recalls the happy days of his youth, sighs for Lisbon (Sion) and his love, and mourns his long exile from home. He got somehow to Malacca, and after a short stay there reached Goa, still as prisoner, in June 1561. He was straightway lodged in gaol, where he heard for the first time of the death of Catherina, and he poured out his grief in the great sonnet, Alma Minha Gentil. The viceroy, D. Constantius de Bragança, had recently returned from Jafanapatam, bringing as prize a tooth of Buddha, and Camoens approached him with a splendid epistle in twenty octaves, after the manner of Horace’s ode to Augustus. It failed, however, to hasten the consideration of his case, but in September the Conde de Redondo, a good friend, came into office and immediately ordered his release from prison. His troubles were not yet at an end, however, for one Miguel Rodriguez Coutinho, a well-known soldier and citizen of Goa who lent money at usurious rates, thought the opportunity a good one to obtain repayment of a debt, and had Camoens lodged once more in gaol. As soon as he came out the poet composed a burlesque roundel satirizing his persecutor under the nickname of Fios Seccos (“dry threads”).

Everything seemed to be going well for him until suddenly his luck took a serious downturn. Due to a scheme, the captain of the annual ship from China to India, who served as governor of Macao while docked, imprisoned 118 Camoens and took him aboard with plans to put him on trial in India. However, the ship was wrecked in October 1559 at the mouth of the Mekong River, forcing the poet to save himself and his Lusiads by swimming to shore. Although he managed to keep the six or seven finished cantos of the poem, he lost everything else. While wandering along the Cambodian coast waiting for the monsoon and a ship to take him to Malacca, he wrote those beautiful stanzas “By the Waters of Babylon,” which Lope de Vega called “the pearl of all poetry,” where he reflects on the happy days of his youth, longs for Lisbon (Sion) and his love, and mourns his long exile from home. Somehow, he made it to Malacca, and after a short stay, he reached Goa, still a prisoner, in June 1561. He was immediately thrown in jail, where he learned for the first time about Catherina's death, and he expressed his grief in the powerful sonnet, Alma Minha Gentil. The viceroy, D. Constantius de Bragança, had just returned from Jafanapatam with a prize tooth of Buddha, and Camoens approached him with a grand letter in twenty octaves, following the style of Horace’s ode to Augustus. However, this did not expedite the review of his case, but by September, the Conde de Redondo, a good friend, took office and quickly ordered his release from prison. Still, his troubles weren’t over; one Miguel Rodriguez Coutinho, a well-known soldier and citizen of Goa who lent money at outrageous interest rates, saw this as an opportunity to collect a debt and had Camoens thrown back in jail. As soon as he got out, the poet composed a humorous roundel mocking his tormentor under the nickname Fios Seccos (“dry threads”).

Though very poor he now led an easier, even a pleasant life for a time. He was able to see his friends D. Vasco de Ataide, D. Francisco de Almeida, Heitor da Silveira, João Lopes Leitaõ and Francisco de Mello, all men of family and note. One day he invited them to a banquet, at which, instead of the usual dishes, each guest was served with a set of witty verses, and after these had been read out and chaff had gone round, the food came and they formed a merry party. The poet used his interest with the viceroy to recommend to him the naturalist Garcia da Orta, whose Colloquies on the simples and drugs of the East, the first product of the press in India, appeared in April 1563 with an ode by Camoens. His life for the next three years is almost a blank, but we know that he was hard at work finishing his epic, assisted by the advice of the historian Diogo do Couto, who became its commentator, and further that the new viceroy, his friend D. Antão de Noronha, nominated him to a reversion of the factory of Chaul, which, however, never fell into possession. It is clear from his writings that fourteen years in the East had told on Camoens. His best friends were dead or scattered, and he was overwhelmed with saudade. His sole ambition was to go home and print his poem, but he had no money to pay his passage. In September 1567, however, Pedro Barreto was named captain of Mozambique, and insisted on the poet accompanying him to Sofala, at the same time lending him two hundred cruzades. It was part of the way home, so Camoens accepted, but after they reached Mozambique Barreto called in this money, and his debtor, being unable to pay, was detained there for two whole years. Here Diogo do Couto found him “so poor that he ate at the cost of friends, and in order that he might embark for the Kingdom we friends collected for him the clothes he needed and some gave him to eat, and that winter he finished perfecting the Lusiads for the press and wrote much in a book he was making, which he called Parnaso of Luiz de Camoes, a book of much learning, doctrine and philosophy, which was stolen from him.” Thanks to Couto and others, Camoens was able to liquidate his debt and set sail in November 1569 in the “Santa Clara,” and he reached Portugal on the 7th of April 1570, after an absence of seventeen years.

Though he was very poor, he led a somewhat easier, even enjoyable life for a while. He got to see his friends D. Vasco de Ataide, D. Francisco de Almeida, Heitor da Silveira, João Lopes Leitaõ, and Francisco de Mello, all respected men. One day, he invited them to a banquet, where, instead of the usual dishes, each guest received a set of witty verses. After these had been read and jokes were exchanged, the food arrived, and they formed a lively gathering. The poet used his connections with the viceroy to recommend the naturalist Garcia da Orta, whose Colloquies on herbs and drugs from the East, the first book printed in India, was published in April 1563, accompanied by an ode from Camoens. The next three years of his life are mostly a blur, but we know he was busy finishing his epic, with guidance from the historian Diogo do Couto, who became its commentator. Additionally, the new viceroy, his friend D. Antão de Noronha, nominated him for a position at the factory of Chaul, although he never actually got it. It’s evident from his writings that his fourteen years in the East had a significant impact on Camoens. His closest friends were either dead or scattered, and he was consumed with saudade. His only desire was to return home and print his poem, but he had no money for passage. However, in September 1567, Pedro Barreto was appointed captain of Mozambique and insisted that the poet accompany him to Sofala, lending him two hundred cruzades. Since it was part of the way home, Camoens accepted, but once they reached Mozambique, Barreto called in the loan, and Camoens, unable to pay, was stuck there for two whole years. Diogo do Couto found him “so poor that he ate at the expense of friends, and so that he could embark for the Kingdom, we friends collected the clothes he needed, and some gave him food. That winter, he finished perfecting the Lusiads for publication and wrote extensively in a book he was creating called Parnaso of Luiz de Camoes, a work rich in knowledge, morality, and philosophy, which was eventually stolen from him.” Thanks to Couto and others, Camoens was able to settle his debt and set sail in November 1569 on the “Santa Clara,” reaching Portugal on April 7, 1570, after being away for seventeen years.

The only wealth he brought with him from India was the MS. of his great poem, a ”Tesoro del Luso” in the words of Cervantes. Moreover, he returned at an unfortunate moment—one of pest and famine. The great plague which had killed a quarter, or, as some say, half of the population of the capital, was declining, but a rigid quarantine prevailed, and the ship had to lie off Cascaes until the sanitary authorities allowed her to enter the Tagus. Camoens was welcomed by his mother, whom he found “very old and very poor”—his father had died at Goa about 1555—and after a visit to Catherina’s tomb, which inspired the poignant sonnet 337, he set about obtaining the royal licence to print the Lusiads. This was dated the 24th of September 1571 and gave him a ten years’ copyright, and as soon as the book appeared some friendly and influential hand, perhaps D. Manoel de Portugal, perhaps D. Francisca de Aragão for whom he had rhymed in the happy days of his youth, presented the national epic to King Sebastian. Shortly afterwards, on the 28th of July 1572, the king gave the poet a pension of fifteen milreis for the term of three years, as a reward for his services in India and for his poem. It was relatively a considerable sum, seeing that he had no great military record, and it seems even generous when we remember that Magellan had only received twelve, and had left Portugal because King Manoel would not give him a slight increase. Many functionaries with families had less to live on, and Camoens’s subsistence was secure for the time being, and he could afford an attendant, so that the legend of the slave Antonio may well be true. Moreover, he was in the enjoyment of the fame his poem brought him. Philip II. is said to have read and admired it, and the powerful minister, Pedro de Alcaçova Carneiro, echoed the general opinion when he remarked that it had only one defect, in not being short enough to learn by heart or long enough to have no ending. Tributes came from abroad too. Tasso wrote and sent Camoens a sonnet in his praise, Fernando de Herrera celebrated him, and the year 1580 saw the publication of two Spanish versions, one at Alcalá, the other at Salamanca. His pension lapsed in 1575, but on the 2nd of August it was renewed for a further term; owing, however, to a mistake of the treasury officials, Camoens drew nothing for about a year and a half and fell into dire distress. This explains the story of Ruy da Camara, who had engaged him to translate the penitential psalms, and not receiving the version, called on the poet, who said in excuse that he had no spirit for such work now that he wanted for everything, and that his slave had asked him for a penny for fuel and he could not give it.

The only wealth he brought back from India was the manuscript of his great poem, a ”Tesoro del Luso” in Cervantes's words. Furthermore, he returned at a really bad time—during a plague and famine. The massive plague that had killed a quarter, or as some say, half of the capital's population was starting to decline, but strict quarantine measures were still in place, so the ship had to stay off Cascaes until the sanitary authorities allowed it to enter the Tagus. Camoens was welcomed by his mother, who he found “very old and very poor”—his father had died in Goa around 1555—and after visiting Catherina’s tomb, which inspired the touching sonnet 337, he set out to get the royal license to print the Lusiads. This was granted on September 24, 1571, giving him a ten-year copyright, and as soon as the book was published, some supportive and influential person, possibly D. Manoel de Portugal or D. Francisca de Aragão (for whom he had written poems in his youth), presented the national epic to King Sebastian. Not long after, on July 28, 1572, the king awarded the poet a pension of fifteen milreis for three years, in recognition of his services in India and for his poem. This was quite a significant amount, especially considering he didn't have a notable military record, and it seems even generous when we remember that Magellan had only received twelve and had left Portugal because King Manoel wouldn't grant him a small raise. Many officials with families had less to live on, so Camoens’s financial situation was secure for the time being, and he could even afford an assistant, which suggests that the story of the slave Antonio might be true. Additionally, he was enjoying the fame that his poem brought him. Philip II is said to have read and admired it, and the powerful minister, Pedro de Alcaçova Carneiro, reflected the general sentiment when he stated that it had just one flaw: it wasn't short enough to memorize or long enough to feel complete. Tributes came from abroad too. Tasso wrote and sent Camoens a sonnet praising him, Fernando de Herrera celebrated him, and in 1580, two Spanish versions of his work were published, one in Alcalá and the other in Salamanca. His pension ended in 1575, but it was renewed on August 2 for a further term; however, due to an error by the treasury officials, Camoens didn’t receive any payments for about a year and a half, leading to serious financial hardship. This explains the story of Ruy da Camara, who had hired him to translate the penitential psalms. When he didn’t receive the translation, he visited the poet, who explained that he couldn't focus on that work now since he was struggling for everything, and that even his slave had asked him for a penny for fuel which he couldn't provide.

On the 2nd of June 1578, just before his start for the expedition to Africa which cost him his life and Portugal her independence, King Sebastian had renewed the poet’s pension for a further period. Though Camoens had neither the health nor the means to accompany the splendid train of nobles and courtiers who followed the last crusading monarch to his doom, he began an epic to celebrate the enterprise, but burnt it when he heard the news of the battle of Alcacer. Instead, he mourned the death of his royal benefactor in a magnificent sonnet, and in Elegy x. reproached the cowardly soldiery who contributed to the rout. On the 31st of January 1580 the cardinal king Henry died, and, foreseeing the Spanish invasion, Camoens wrote in March to his old friend D. Francisco de Almeida: “All will see that I so loved my country that I was content not only to die in her but with her.” A great plague had been raging in Lisbon since the previous year, and the poet, who lay ill in his poor cottage in the rua de Santa Anna, depressed by the calamities of his country, fell a victim to it. He was removed to a hospital and there passed away, unmarried and the last of his line, on the 10th of June 1580. A Carmelite, Frei José Indio, attended him in his last moments and received the only recognition Camoens could give, his copy of the Lusiads. He wrote afterwards: “What more grievous thing than to see so great a genius thus unfortunate. I saw him die in a hospital in Lisbon, without a sheet to cover him, after having triumphed in the East Indies and sailed 5000 leagues by sea.” The house of Vimioso supplied the winding-sheet, and Camoens was buried with other victims of the plague in a common grave in the cemetery of Santa Anna. Years later D. Gonçalo Coutinho erected in the church of that invocation an in memoriam slab of marble with an inscription, and subsequently epitaphs were added by other admirers, but the earthquake of 1755 damaged the building, and all traces of these last acts of homage 119 to genius have disappeared. The third centenary of the poet’s death was made the occasion of a national apotheosis, and on the 8th of June 1880 some remains, piously believed to be his, were borne with those of Vasco da Gama to the national pantheon, the Jeronymos at Belem.

On June 2, 1578, just before he set off on the expedition to Africa that would cost him his life and Portugal its independence, King Sebastian extended the poet’s pension for a further period. Although Camoens lacked both the health and the means to join the impressive group of nobles and courtiers following the last crusading monarch to his fate, he began an epic to celebrate the venture but destroyed it when he heard the news of the battle of Alcacer. Instead, he mourned the loss of his royal benefactor in a magnificent sonnet and in Elegy x. criticized the cowardly soldiers who contributed to the defeat. On January 31, 1580, King Henry, the cardinal, died, and anticipating the Spanish invasion, Camoens wrote in March to his old friend D. Francisco de Almeida: “Everyone will see that I loved my country so much that I was willing to die not only in her but with her.” A severe plague had been raging in Lisbon since the previous year, and the poet, who was ill in his humble cottage on rua de Santa Anna, overcome by the misfortunes of his country, fell victim to it. He was taken to a hospital and passed away there, unmarried and the last of his family, on June 10, 1580. A Carmelite, Frei José Indio, was with him in his final moments and received the only token Camoens could give, his copy of the Lusiads. He later wrote: “What could be more tragic than to see such a great talent in such misfortune? I witnessed him die in a hospital in Lisbon, without a sheet to cover him, after having triumphed in the East Indies and sailed 5,000 leagues by sea.” The house of Vimioso provided the shroud, and Camoens was buried, along with other victims of the plague, in a mass grave at the cemetery of Santa Anna. Years later, D. Gonçalo Coutinho erected a marble memorial slab in the church dedicated to that patronage with an inscription, and later admirers added epitaphs, but the 1755 earthquake damaged the building, and all signs of these final tributes to genius have vanished. The third centenary of the poet’s death was marked by a national celebration, and on June 8, 1880, some remains, believed to be his, were taken along with those of Vasco da Gama to the national pantheon, the Jeronymos in Belem.

The masterpiece of Camoens, the Lusiads, is the epos of discovery. It is written in hendecasyllabic ottava rima, and is divided into ten cantos containing in all 1102 stanzas. Its argument is briefly as follows. After an exordium proposing the subject, invoking the Tagus muses and addressing King Sebastian, Vasco da Gama’s ships are shown sailing up the East African coast on their way to India. At a council of the gods the fate of the fleet is discussed, and Bacchus promises to thwart the voyage, while Venus and Mars favour the navigators. They arrive at Mozambique, where the governor endeavours to destroy them by stratagem, and, this failing, Bacchus tries other plots against them at Quiloa and Mombasa which are foiled by Venus. In answer to her appeal, Jupiter foretells the glorious feats of the Portuguese in the East, and sends Mercury to direct the voyagers to Melinde, where they are hospitably received and get a pilot to guide them to India. The local ruler visits the fleet and asks Gama about his country and its history, and in response the latter gives an account of the origin of the kingdom of Portugal, its kings and principal achievements, ending with the incidents of the voyage out. This recital occupies cantos 3, 4 and 5, and includes some of the most admired and most powerful episodes in the poem, e.g. those of Ignez de Castro, King Manoel’s dream of the rivers Ganges and Indus, the speech of the old man of Belem and the apparition of Adamastor off the Cape of Good Hope. Canto 6 describes the crossing of the Indian Ocean from Melinde to Calicut and a fresh hostile attempt on the part of Bacchus. He descends to Neptune’s palace, and at a council of the sea-gods it is resolved to order Aeolus to loose the winds against the Portuguese, but the tempest is quelled by Venus and her nymphs in answer to Gama’s prayer, and the morning light reveals the Ghats of India. Just before the storm, occurs the night scene in which Velloso entertains his shipmates with the story of the Twelve of England, another of the famous episodes. Canto 7 is taken up with the arrival at Calicut, a description of the country and the details of Gama’s reception by the raja. The governor of the city visits the fleet and inquires about the pictures on their banners, whereupon Paulo da Gama, Vasco’s brother, tells him of the deeds of the early Portuguese kings. Meanwhile Bacchus, not to be baulked, appears to a priest in the guise of Mahomet, and stirs up the Moslems against the Christian adventurers, with the result that the raja charges Gama with being a leader of convicts and pirates. To this the captain makes a spirited reply and gets his despatch, but he has new snares to avoid and further difficulties to overcome before he is finally able to set sail on the return voyage. Pitying their toils, Venus determines to give the voyagers repose and pleasure on their way home, and directs their course to an enchanted island, which is described in canto 9, in the longest and perhaps the most beautiful episode in the poem. On landing they are received by the goddess and her nymphs, and general joy ensues, heightened by banquets and amorous play. In a prophetic song, the siren tells of the exploits of the Portuguese viceroys, governors and captains in India until the time of D John de Castro, after which Tethys ascends a mountain with Gama, shows him the spheres after the system of Ptolemy and the globe of Asia and Africa, and describes the Indian life of St Thomas the apostle. Finally the navigators quit the island and reach Lisbon, and an epilogue contains a patriotic exhortation to King Sebastian and visions of glory, which ended so disastrously at the battle of Alcacer.

The masterpiece of Camoens, the Lusiads, is the epic of discovery. It’s written in hendecasyllabic ottava rima and is divided into ten cantos, containing a total of 1102 stanzas. Here's a brief summary of the story. It starts with an introduction that proposes the subject, calls upon the Tagus muses, and addresses King Sebastian. Vasco da Gama’s ships are shown sailing up the East African coast on their way to India. A council of the gods discusses the fate of the fleet, where Bacchus vows to sabotage the voyage while Venus and Mars support the navigators. They arrive at Mozambique, where the governor tries to destroy them with tricks, and when that fails, Bacchus plots more schemes against them in Quiloa and Mombasa, which Venus manages to thwart. In response to her plea, Jupiter predicts the Portuguese will achieve glorious feats in the East and sends Mercury to guide the sailors to Melinde, where they are warmly welcomed and get a pilot to lead them to India. The local ruler visits the fleet and asks Gama about his homeland and its history, to which Gama recounts the origin of the kingdom of Portugal, its kings, and major achievements, concluding with the events of their voyage. This recounting takes up cantos 3, 4, and 5 and includes some of the most admired and powerful episodes in the poem, such as those of Ignez de Castro, King Manuel’s dream of the Ganges and Indus rivers, the old man of Belem's speech, and the appearance of Adamastor off the Cape of Good Hope. Canto 6 describes the crossing of the Indian Ocean from Melinde to Calicut and another hostile attempt by Bacchus. He descends to Neptune’s palace, where a council of sea-gods decides to order Aeolus to unleash the winds against the Portuguese. However, Venus and her nymphs calm the storm in response to Gama’s prayer, and morning light reveals the Ghats of India. Just before the storm hits, there’s a night scene where Velloso entertains his shipmates with the story of the Twelve of England, another famous episode. Canto 7 focuses on their arrival at Calicut, a description of the land, and the details of Gama’s reception by the raja. The city’s governor visits the fleet and asks about the images on their banners, prompting Paulo da Gama, Vasco’s brother, to tell him about the deeds of the early Portuguese kings. Meanwhile, Bacchus, undeterred, appears to a priest disguised as Mahomet and incites the Muslims against the Christian adventurers, leading the raja to accuse Gama of being a leader of convicts and pirates. Gama responds passionately and secures his dispatch but faces new traps and additional challenges before he can finally set sail for the return journey. Feeling pity for their struggles, Venus decides to grant the sailors rest and enjoyment on their way home and guides them to an enchanted island, described in canto 9, which features the longest and possibly most beautiful episode in the poem. Upon landing, they are greeted by the goddess and her nymphs, leading to general joy, amplified by feasts and playful romance. In a prophetic song, the siren foretells the exploits of Portuguese viceroys, governors, and captains in India until the time of D John de Castro. Afterward, Tethys takes Gama up a mountain, shows him the spheres based on Ptolemy’s system and the globe of Asia and Africa, and recounts the Indian life of St. Thomas the apostle. Ultimately, the navigators leave the island and reach Lisbon. The epilogue contains a patriotic appeal to King Sebastian and visions of glory, which tragically ended so badly at the battle of Alcacer.

Though the influence of Camoens on Portuguese has been exaggerated, it was very considerable, and he so far fixed the written language that at the present day it is commonly and not inaccurately called “the language of Camoens.” The Lusiads is the most successful modern epic cast in the ancient mould, and it has done much to preserve the corporate life of the Portuguese people and to keep alive the spirit of nationality in times of adversity like the “Spanish Captivity” and the Napoleonic invasion. Even now it forms a powerful bond between the mother-country and her potentially mighty daughter-nation across the Atlantic, the United States of Brazil. The men of the Renaissance saw nothing incongruous in that mixture of paganism and Christianity which is found in the Lusiads as in Ariosto, though some modern critics, like Voltaire, consider it a grave artistic defect in the poem. The fact that the Lusiads is written in a little-known language, and its intensely national and almost exclusively historical character, undoubtedly militate against a right estimate of its value, now that Portugal, once a world power, has long ceased to hold the East in fee or to guide the destinies of Europe. But though political changes may and do react on literary appreciations, the Lusiads remains none the less a great poem, breathing the purest religious fervour, love of country and spirit of chivalry, with splendid imaginative and descriptive passages full of the truest and deepest poetry. The structure is Virgilian, but the whole conception is the author’s own, while the style is natural and noble, the diction nearly always correct and elegant, and the verse, as a rule, sonorous and full of harmony.

Though the impact of Camoens on Portuguese has been overstated, it was significant, and he established the written language to such an extent that today it is often accurately referred to as “the language of Camoens.” The Lusiads is the most successful modern epic modeled on ancient works, and it has played a major role in preserving the collective life of the Portuguese people and keeping the spirit of national identity alive during challenging times like the “Spanish Captivity” and the Napoleonic invasion. Even now, it serves as a strong connection between the mother country and her potentially powerful daughter nation across the Atlantic, the United States of Brazil. The men of the Renaissance found no contradiction in the blend of paganism and Christianity present in the Lusiads, similar to what is seen in Ariosto, although some modern critics, like Voltaire, view it as a serious artistic flaw in the poem. The fact that the Lusiads is written in a less familiar language, along with its intensely national and almost exclusively historical nature, certainly affects the current perception of its value, especially since Portugal, once a global power, has long ceased to dominate the East or shape the destinies of Europe. However, while political changes may influence literary evaluations, the Lusiads remains a great poem, expressing deep religious devotion, patriotism, and chivalric spirit, with magnificent imaginative and descriptive sections filled with profound and heartfelt poetry. The structure is inspired by Virgil, but the overall concept is unique to the author, while the style is natural and noble, the language nearly always correct and elegant, and the verse generally rich and harmonious.

In addition to his epic, Camoens wrote sonnets, canzons, odes, sextines, eclogues, elegies, octaves, roundels, letters and comedies. The roundels include cartas, motes, voltas, cantigas, trovas, pastorals and endechas. In the opinion of many competent judges Camoens only attains his true stature in his lyrics; and a score of his sonnets, two or three of the canzons, eclogues and elegies, and the Babylonian roundels will bear comparison with any composition of the same kind that other literatures can show. Referring to the Lusiads, A. von Humboldt calls Camoens a “great maritime painter,” but in his best lyrics he is a thinker as well as a poet, and when free from the trammels of the epic and inherited respect for classical traditions, he reveals a personality so virile and deep, a philosophy so broad and human, a vision so wide, and a form and style so nearly perfect, as not only to make him the foremost of Peninsular bards but to entitle him to a place in that small company of universal poets of the first rank.

In addition to his epic, Camoens wrote sonnets, songs, odes, sextains, eclogues, elegies, octaves, roundels, letters, and comedies. The roundels include cartas, motes, voltas, cantigas, trovas, pastorals, and endechas. Many experts believe that Camoens truly shines in his lyrics; a number of his sonnets, a couple of canzons, eclogues, and elegies, along with the Babylonian roundels, can compete with similar works from other literary traditions. Referring to the Lusiads, A. von Humboldt calls Camoens a “great maritime painter,” but in his finest lyrics, he is both a thinker and a poet. Free from the constraints of epic form and the traditional respect for classical influences, he reveals a personality that is both strong and profound, a philosophy that is broad and human, a vision that is expansive, and a style that is nearly perfect, making him not only the foremost poet from the Iberian Peninsula but also deserving of a place among the select group of first-rate universal poets.

The oldest and most authentic portrait of Camoens appeared in 1624 with his life, by Manoel Severim de Faria. It is a kitcat and shows the poet in armour wearing a laurel crown; his right hand holds a pen, his left rests on a copy of the Lusiads, while a shield above shows the family arms, a dragon rising from between rocks. The likeness exhibits a Gothic or northern type, and the tradition of his red beard and blue eyes confirms it. Except for an ode, sonnet and elegy, all Camoens’s lyrics were published posthumously.

The oldest and most authentic portrait of Camoens was published in 1624 along with his biography by Manoel Severim de Faria. It's a kitcat style and depicts the poet in armor wearing a laurel crown; his right hand holds a pen, while his left rests on a copy of the Lusiads. Above him, a shield displays the family crest, featuring a dragon emerging from between rocks. The likeness shows a Gothic or northern appearance, and the tradition of him having a red beard and blue eyes supports this. Aside from one ode, one sonnet, and one elegy, all of Camoens’s lyrics were published after his death.

Authorities.—The most modern and most critical biographies are those of Dr Theophilo Braga, Camões, epoca e Vide (Oporto, 1907), and of Dr Wilhelm Storck, Luis de Camões Leben (Paderborn, 1890), while the most satisfactory edition of the complete works is due to the Visconde de Juromenha (6 vols., Lisbon, 1860-1869), though it contains some spurious matter. While rejecting without good reason many of the traditions accepted by Juromenha in his life of the poet, Storck embroiders on his own account, and Braga must be preferred to him. Two volumes of Innocencio da Silva’s Diccionario Bibliographico Portuguez (14 and 15) are entirely devoted to Camoens and Camoniana, the second of them dealing fully with the tercentenary celebrations. Among modern Portuguese studies of the national epic the most important are perhaps Camões e a Renascença em Portugal, by Oliveira Martins, and Camões e o Sentimento Nacional, by Dr T. Braga (Oporto, 1891). The latter volume contains useful information on the various editions of Camoens, with an account of the texts and remarks on his plagiarists. Very few poets have been so often translated, and a list and estimate of the English translations of the Lusiads from the time of Sir Richard Fanshawe (1655) downwards, will be found in Sir Richard Burton’s Camoens: His Life and His Lusiads, which, notwithstanding some errors, is a most informing book, and the result of a curious similarity of temperament and experience between master and disciple. Burton translated the Lusiads (2 vols., London, 1880) and the Lyricks (sonnets, canzons, odes and sextines; 2 vols., London, 1884), and left a version of all the minor works in MS. The accurate and readable version of the epic by Mr J.J. Aubertin, with the Portuguese text opposite, has gone through two editions (2nd ed., 2 vols., London, 1884), and there is a version of seventy of the sonnets, accompanied by the Portuguese text, by the same author (London, 1881).

Authorities.—The most current and critical biographies are by Dr. Theophilo Braga, Camões, epoca e Vide (Oporto, 1907), and Dr. Wilhelm Storck, Luis de Camões Leben (Paderborn, 1890). The best edition of the complete works is attributed to the Visconde de Juromenha (6 vols., Lisbon, 1860-1869), though it includes some questionable content. While Storck dismisses many of the traditions that Juromenha accepted in his biography of the poet without justification, he adds his own interpretations, making Braga the better choice. Two volumes of Innocencio da Silva’s Diccionario Bibliographico Portuguez (14 and 15) are fully dedicated to Camoens and Camoniana, with the second one extensively covering the tercentenary celebrations. Among modern Portuguese studies of the national epic, the key works are likely Camões e a Renascença em Portugal by Oliveira Martins, and Camões e o Sentimento Nacional by Dr. T. Braga (Oporto, 1891). The latter includes valuable information about the various editions of Camoens, a discussion of the texts, and comments on his plagiarists. Very few poets have been translated as frequently, and a list and assessment of the English translations of the Lusiads from Sir Richard Fanshawe (1655) onward can be found in Sir Richard Burton’s Camoens: His Life and His Lusiads, which, despite some inaccuracies, is a highly informative book that stems from a unique similarity in temperament and experience between the master and the disciple. Burton translated the Lusiads (2 vols., London, 1880) and the Lyricks (sonnets, canzons, odes, and sextines; 2 vols., London, 1884), and left behind a version of all the minor works in manuscript. The accurate and accessible version of the epic by Mr. J.J. Aubertin, featuring the Portuguese text alongside, has gone through two editions (2nd ed., 2 vols., London, 1884), and there is also a version of seventy of the sonnets, with the Portuguese text included, by the same author (London, 1881).

(E. Pr.)




        
        
    
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